ML12338A435

From kanterella
Revision as of 12:17, 22 June 2019 by StriderTol (talk | contribs) (Created page by program invented by StriderTol)
Jump to navigation Jump to search
Official Exhibit - ENT000052-00-BD01 - Indian Point, Unit 2, FAC Susceptible Non-Modeled (SNM) Program 0700.104-03, Rev 2
ML12338A435
Person / Time
Site: Indian Point  Entergy icon.png
Issue date: 10/13/2011
From: Doremus R
CSI Technologies
To:
Entergy Nuclear Indian Point 2, Atomic Safety and Licensing Board Panel
SECY RAS
References
RAS 22102, 50-247-LR, 50-286-LR, ASLBP 07-858-03-LR-BD01
Download: ML12338A435 (261)
v • d • e


Text

ENT000052 Submitted: March 28, 2012 United States Nuclear Regulatory Commission Official Hearing Exhibit In the Matter of

Entergy Nuclear Operations, Inc. (Indian Point Nuclear Generating Units 2 and 3)

ASLBP #:07-858-03-LR-BD01 Docket #:05000247 l 05000286 Exhibit #:

Identified:

Admitted: Withdrawn:

Rejected: Stricken: Other: ENT000052-00-BD01 10/15/2012 10/15/2012 (S I TECHNOLOGIES, INC. Consulting Engineers REPORT APPROVAL COVER SHEET Document Title: Indian Point Energy Center Unit 2 FAC Susceptible Non-Modeled (SNM) Program Document No.: 0700.104-03 Client: Entergy Nuclear Project No.: 0705.111 This report has been prepared in accordance with Section 4.4 of the CSI Quality System Manual, Revision 2. Revision:

2 (For-Use) 256 pages yano:ooremus (CSI) Verified:

Approved:

_______ _ Approved:

________________

_ Ian D. Mew (lPEC) Date: IcLl3/f{ , > Date: /O/'-!1/" ; ; Date: 10/1'4/1( Date:

(S I TECHNOLOGIES, INC. Project Number: Project Name: Client: Document Title: Document Number: Rev. Date 0 1211112009 1 112212010 2 1011412011 Revision Control Sheet 0705.111 IPEC FAC Support 2011 Entergy Nuclear Indian Point Energy Center Unit 2 FAC Susceptible Non-Modeled (SNM) Program 0700.104-03 Description of Changes Initial Issue-For Use Revision to incor p orate new s y stem list -For Use Revision to incor p orate re p lacement history -For Use . , Consulting Engineers CSI Client A pp roval A pp roval B. Trudeau I. Mew B. Trudeau I. Mew Indian Point Energy Center Unit 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03 Revision 2 Issued For-Use October 14, 2011 prepared for:

Entergy Nuclear Indian Point Energy Center 450 Broadway Buchanan, NY 10511 prepared by:

CSI TECHNOLOGIES

, I NC. 1 Douglas Ave., Suite 300 Elgin, IL 60120

Copyright © 2011 CSI Technologies, Inc. All rights reserved.

The information in this document belongs to CSI Technologies, Inc. It may not be used, reproduced, or disclosed without the written approval of CSI Technologies, Inc.

Disclaimer and Limitation of Liability CSI Technologies, Inc. (CSI) has made efforts to ensure the accuracy and completeness of the information in this document. However, CSI makes no warranties of any kind (whether express, implied, or statutory) with respect to the information contained herein. CSI assumes no liability to any party for any loss or damage (whether direct or indirect) caused by any errors, omissions, or statements of any kind contained in this document.

Further, CSI assumes no liability arising from the application or use of the product, service, or results described herein and specifically disclaims any representation that the products, services, or results described herein do not infringe upon any existing or future intellectual property rights. Nothing herein grants the reader any license to make, use, or sell equipment or products constructed in accordance with this document. Finally, all rights and privileges related to any intellectual property right described herein are vested in the patent, trademark, or service mark owner, and no other person may exercise such rights without express permission, authority, or license secured from the patent, trademark, or service mark owner.

Trademarks CSI Technologies, Inc., the CSI logo, and other trademarks, service marks, and logos are registered or unregistered trademarks of CSI and its subsidiaries in the United States and in foreign countries. Other trademarks and service marks in this document are the property of their respective owners.

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Revision 2 Page 1 of 20 Table of Contents

1. INTRODUCTION ..................................................................................................................

............................. 2

2. PURPOSE .......................................................................................................................

..................................... 3

3. SCOPE .........................................................................................................................

......................................... 4

4. ASSUMPTIONS ...................................................................................................................

............................... 5 4.1. GENERAL ..............................................................................................................................

.......................... 5 4.2. INFREQUENTLY ACCESSED AREAS ................................................................................................................. 5 4.3. BURN THRESHOLD ..............................................................................................................................

............ 5 4.4. CONDENSER LINES ..............................................................................................................................

........... 5 4.5. OPERATING PARAMETERS ..............................................................................................................................

6 5. METHODOLOGY ...................................................................................................................

........................... 7 5.1. CONSEQUENCE OF FAILURE ............................................................................................................................ 9 5.2. RELATIVE LEVEL OF FAC SUSCEPTIBILITY .................................................................................................. 10

6. RESULTS .......................................................................................................................

.................................... 14 6.1. LINE SNM ANALYSIS RESULTS TABLE ...................................................................................................... 14 6.2. COLOR-CODED FLOW DIAGRAMS............................................................................................................... 16 6.3. INSPECTION FREQUENCY (PRIORITY).......................................................................................................... 16 6.4. CHECWORKS PARAMETRIC ANALYSIS ................................................................................................... 17

7. REFERENCES ....................................................................................................................

.............................. 18 APPENDIX A: SNM P ROGRAM LINES APPENDIX B: SNM P ROGRAM LINES SORTED BY SUSCEPTIBILITY

- HIGH CONSEQUENCE OF FAILURE - H IGH SUSCEPTIBILITY APPENDIX C: SNM P ROGRAM LINES SORTED BY SUSCEPTIBILITY

- HIGH CONSEQUENCE OF FAILURE - MODERATE SUSCEPTIBILITY APPENDIX D: SNM P ROGRAM LINES SORTED BY SUSCEPTIBILITY

- HIGH CONSEQUENCE OF FAILURE - LOW SUSCEPTIBILITY APPENDIX E: SNM P ROGRAM LINES SORTED BY SUSCEPTIBILITY

- LOW CONSEQUENCE OF FAILURE APPENDIX F: REVISION HISTORY ATTACHMENT A: CHECWORKS PARAMETRIC ANALYSIS ATTACHMENT B: REFERENCED CORRESPONDENCE AND COMMUNICATIONS ATTACHMENT C: INDUSTRY FAC EXPERIENCE TABLE ATTACHMENT D: SNM SMALL BORE INSPECTIONS ATTACHMENT E: SNM LARGE BORE INSPECTIONS

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Revision 2 Page 2 of 20 1. Introduction Flow-Accelerated Corrosion (FAC) is a form of material degradation that results in thinning of the inside pipe wall in carbon steel piping and fittings under certain flow and chemistry conditions. If undetected, FAC may result in piping rupture and subsequent fatalities, injuries, equipment damage, unplanned plant shutdown, and transients that pose undesirable challenges to plant operators. Consequently, all US nuclear plants, including Indian Point, have FAC programs in place to detect and mitigate FAC before piping failure, in accordance with Generic Letter 89-08 [7.1]. As methods to predict and monitor FAC in high-energy large-bore piping have improved over the past several years, attention is now turning towards small-bore piping. Failures in small-bore piping generally pose less of a hazard than failures in large-bore piping.

However, a small-bore piping failure still has the potential to injure plant personnel or force a plant shutdown. Moreover, as plants age, failures in small-bore lines due to FAC are occurring more frequently. Therefore, a method to address FAC in small-bore piping becomes increasingly valuable in improving plant reliability and safety. Susceptible Non-Modeled (SNM) lines include small-bore and some large-bore piping

that is not suitable for predictive modeling. Small-bore piping is not suitable for CHECWORKS modeling primarily due to the random nature of the fit-up gap between the pipe and socket-weld fittings. In addition, the extremely large linear footage of small-bore lines and the often-unknown thermodynamic conditions combine to make detailed modeling of small-bore piping inefficient and sometimes inaccurate. In addition to small-bore piping, some large-bore FAC susceptible piping is unsuitable for CHECWORKS modeling because of uncertain operating conditions. For example, steam trap and drain lines may combine in a header before draining to the condenser.

The flow rates in such a manifold are difficult to determine, and therefore, an analytical model would be of limited value. Lines that are visually inspected, such as the turbine crossunder piping, are not typically modeled. Lines which are only susceptible at a particular location (e.g. at a nozzle or downstream of a flow element) are not usually modeled in CHECWORKS. Lines that have operating conditions outside of CHECWORKS modeling capabilities such as vent lines with entrained moisture are not modeled. Since quantitative methods are not available for evaluating SNM piping, a qualitative method is used. This method addresses both the failure consequence and relative FAC susceptibility to develop a prioritized ranking of lines that can be used as input to the inspection planning process.

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Revision 2 Page 3 of 20

2. Purpose The purpose of this document is to produce a prioritized ranking of all of the Indian Point Flow Accelerated Corrosion (FAC) Susceptible Non-Modeled (SNM) piping. These rankings are in accordance with Appendix A of NSAC 202L [7.2]. For lines established as SNM in the Indian Point System Susceptibility Evaluation (SSE) [7.3], this document determines the consequence of failure, the level of FAC susceptibility, and establishes the methodology used to perform the evaluation. The results of this document are to be used as input to inspection planning and selection of inspection locations and/or as a guide for a proactive small-bore replacement plan.

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Revision 2 Page 4 of 20

3. Scope The scope of this SNM Program is defined as all conventional piping designated Susceptible Non-Modeled in the Indian Point System Susceptibility Evaluation (SSE)

[7.3]. This document reflects the current operating status of the plant. Periodically, it should be reviewed and updated as necessary to reflect changes in plant configuration, operating conditions, related plant experience, and industry experience as recommended by EPRIS Recommendations for an Effective Flow-Accelerated Corrosion Program, NSAC 202L [7.2]. Section 4 of this document contains a record of all assumptions made. Section 5 describes the methodology employed in this analysis. The results obtained are documented in Section 6 and in the Appendices. Finally, Section 7 includes a list of all references used in this analysis.

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Revision 2 Page 5 of 20 4. Assumptions 4.1. General 4.1.1. Piping with nominal pipe size less than or equal to 2 is assumed to be socket welded. Likewise, lines over 2 in diameter are assumed butt-welded. 4.2. Infrequently Accessed Areas 4.2.1. An SNM line is not considered to pose a hazard to personnel upon failure if it is located in an inaccessible or infrequently accessed (low traffic) area during normal plant operation. Restricted areas, inaccessible areas, or infrequently accessed areas are considered not to pose a personnel hazard upon failure. The following general locations are considered to be low traffic, infrequently accessed areas:

  • Inside containment
  • Inside the condensers
  • Locked rooms
  • Equipment rooms that are not normally accessed except by operators

on rounds 4.3. Burn Threshold 4.3.1. It is conservatively assumed that 112

°F is the threshold point for burn injuries due to piping failure. 4.4. Condenser Lines 4.4.1. It is assumed that the plant can not withstand an FAC-related failure which leads to a rupture of an SNM line connected directly to the condenser. A rupture would cause a loss or decrease in condenser vacuum and thus require plant shutdown. However, the following situations can downgrade an SNM classification to Category 2 (see Section 5 for a definition of Category 2):

  • The SNM line is in a low traffic area and
  • The SNM line is non-safety-related and
  • A small-bore line is connected to a larger header before entering the condenser, in which case the header would feedback through the small-bore leak and condenser vacuum would not be affected or
  • The SNM line is low pressure and could be assumed to have a leak before a break, in which case the leak would be discovered during operator rounds and repaired.

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Revision 2 Page 6 of 20 4.5. Operating Parameters 4.5.1. If design and operating parameters such as flow rates, temperatures and pressures are not available from the Indian Point PEPSE Model [7.4], pipe spec [7.5], or system descriptions [7.5], operating conditions are approximated in these SNM lines, using engineering judgment wherever necessary.

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Revision 2 Page 7 of 20 5. Methodology A ranking method was used to evaluate the lines designated as Susceptible Non-Modeled (SNM) from the System Susceptibility Evaluation report [7.3]. The SNM lines were first categorized based on consequence of failure and were designated either High Consequence of Failure or Low Consequence of Failure - Category 1 or Category 2, respectively. Lines that are 2-inch nominal pipe size (NPS) or less (small-bore) and could be demonstrated to have minimal consequences of failure were designated Category 2. Category 1 lines were defined to consist of the remaining piping (potentially high consequences of failure). Category 1 lines were further evaluated for level of FAC susceptibility (high, moderate, or low) based on industry experience [7.7], plant experience/maintenance history [7.8], and operating conditions [7.4]. The methodology employed in this analysis consisted of a number of successive steps. Each step is explained in detail in the following sections. A flowchart of the methodology used is included in Figure 5.1.

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Revision 2 Page 8 of 20 Figure 5.1 SNM Analysis Methodology SNM LinesLarge BoreSmall BoreCategory 1High Consequence ofFailureNPS 2" or Less?MeetsCategory 1Criteria?Category 2Low Consequence ofFailureDetermine Level of FACSusceptibilityIndustry ExperiencePlant Maintenance HistoryOperating ConditionsModeratelySusceptible S2HighlySusceptible S1MinimallySusceptible S3 NoYesCategory 1 Criteria- Safety Related- Non-Isolable- Shutdown or Trip- Personnel SafetyYes No CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Revision 2 Page 9 of 20 The following sections provide a detailed description of the evaluation method. 5.1. Consequence of Failure The criteria used to evaluate consequence of failure are based on Appendix A of NSAC 202L [7.2], the safety classification, the potential for injury to plant personnel, and the potential for forced shutdown as described below:

5.1.1. Size All large-bore piping (NPS of greater than 2) was designated Category 1.

5.1.2. Safety-Related Piping All SNM Safety-Related lines were designated Category 1. All ASME Code Class 1, 2, or 3 piping, based on pipe class, was considered Safety-Related in addition to lines designated as Safety-Related on the P&IDs.

5.1.3. Plant Personnel Safety Any line whose failure would likely result in injury to plant personnel was designated Category 1. The likelihood of injury to plant personnel was taken as a function of the lines accessibility and operating temperature.

5.1.3.1. Accessibility Piping located in inaccessible or infrequently accessed areas was considered unlikely to cause injury upon failure (see Assumption

4.2). 5.1.3.2. Operating Temperature It was conservatively assumed that a person in the area of failure of a line with an operating temperature greater than or equal to 112°F would be injured (see Assumption 4.3).

5.1.4. Forced Shutdown Any line whose failure would likely result in a forced plant shutdown was designated Category 1. A plant trip or shutdown required to repair an un-isolable leak are both considered a forced shutdown.

5.1.4.1. Trip Any line whose failure is likely to cause a plant trip was considered to force a shutdown upon failure. For example, a failure in a vent line near the condenser may result in a loss of condenser vacuum and a consequent trip. 5.1.4.2. Non-Isolable Leak Any line whose failure is likely to cause an un-isolable leak was considered to force a shutdown upon failure. Some isolable leaks may require the plant to operate at reduced power. Any SNM line whose isolation due to failure would likely CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Revision 2 Page 10 of 20 force the plant to operate at reduced power was designated Category 1. Table 5.1 provides a summary of the Consequence of Failure criteria discussed in this section as well as the abbreviation used for each criterion. Table 5.1 Consequence of Failure Criteria Abbreviation Description FI High Consequence of Failure: non-Isolable line FL High Consequence of Failure: Large Bore line FP High Consequence of Failure: Personnel safety issue (frequently accessed location) FS High Consequence of Failure: Safety-Related line FT High Consequence of Failure: Shutdown or Trip upon failure 5.1.5. Category 2 All lines that do not meet any of the Category 1 criteria discussed above are considered Category 2, Low Consequence of Failure. 5.2. Relative Level of FAC Susceptibility An FAC susceptibility analysis was performed for all the Category 1 SNM lines.

This analysis provides a relative ranking of lines with respect to FAC susceptibility and aids in the inspection planning process. Industry experience, maintenance history, and operating conditions were considered in determining FAC susceptibility. Based on these factors, each line was evaluated as having: high susceptibility (S1), moderate susceptibility (S2), or low susceptibility (S3).

The following guidelines were used to determine the relative level of FAC susceptibility of each line:

5.2.1. Industry Experience (IE) Certain lines, such as operating vents, have a history of leaking. The CHECWORKS Users Group (CHUG) Plant Experience Database [7.7]

provides a listing of FAC related wall thinning and through-wall failures at other plants. EPRIs Flow-Accelerated Corrosion in Power Plants provides historical data on FAC failures [7.9]. Finally, FACnet is an electronic forum used by FAC Coordinators and Program Owners throughout the industry to discuss imminent issues. The Indian Point SNM lines which are similar in function and operating conditions to lines at other plants that have experienced wall thinning or failures were considered to have a relatively high susceptibility. These lines were generally ranked High for susceptibility level.

5.2.2. Plant Experience or Maintenance History (PE) The Indian Point outage reports provided information regarding the history of FAC events/failures [7.8]. These lines were considered to have a CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Revision 2 Page 11 of 20 relatively high susceptibility, and were generally ranked High for susceptibility level.

5.2.3. Operating Conditions Steam quality, operating temperature, flow rate, and frequency of operation were also considered in determining the relative FAC susceptibility of each line. The relationships between predicted FAC wear rate and these parameters are well established and are presented in EPRIs Flow-Accelerated Corrosion in Power Plants [7.9]. For example, FAC wear rates are generally higher for two-phase flow or for operating temperatures between 250-400

°F. Although FAC is caused by a complex interaction of several parameters, an approximate susceptibility ranking can be achieved through consideration of these parameters along with field experience and sound engineering judgment. Operating conditions were determined through revi ew of the plant PEPSE Model [7.4], flow diagrams [7.10], and system design manuals [7.5]. Where operating conditions are known only upstream of flow elements, orifices, and control valves, thermodynamic conditions change significantly downstream if there is a large pressure drop. In these cases, the downstream operating conditions were estimated based on the known thermodynamic data and steam tables. The following guidelines were used in determining relative FAC susceptibility:

5.2.3.1. Steam Quality (Q) Lines operating with two-phase flow are generally more susceptible to FAC than single-phase lines. The predicted rate of FAC as a function of steam quality is highest for wet steam and drops off as the quality approaches either all water or all steam

[7.2]. For the purposes of this document, steam quality was divided into three ranges based on FAC Effect as shown in Table

5.2. Since the steam quality for SNM lines is usually not known exactly, these ranges provide a means of categorizing the steam quality of a line for determining the FAC susceptibility ranking.

Lines operating with a quality between 30 and 99.5 percent were considered to be more susceptible than lines outside that range. If the steam quality was in the highly susceptible range, the line was generally ranked 1, depending on the other conditions such as temperature, operating frequency, and flow rate (see Sections 5.2.3.2. through 5.2.3.4). If the steam quality was outside of this range, it was generally ranked 2 depending on temperature, operating frequency, and flow rate. If flashing was present, the line was generally ranked High in terms of susceptibility.

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Revision 2 Page 12 of 20 Table 5.2 Steam Quality FAC Effect Steam Quality FAC Effect 30% Q < 99.5% or Flashing Steam 1 (High) 0% (Water) Q < 30% 2 (Moderate) 99.5% Q < 100% 3 (Low) 5.2.3.2. Operating Temperature (T) Based on EPRIs Flow-Accelerated Corrosion in Power Plants

[7.9], the predicted rate of FAC as a function of operating temperature is highest for temperatures in the range of 250

°F - 400°F with higher or lower temperatures being relatively less susceptible. As with steam quality, the operating temperatures of SNM lines cannot always be determined exactly. Therefore, operating temperature was divided into three ranges based on FAC Effect as shown in Table 5.3. Lines with operating temperatures in the high range were considered more susceptible than lines operating in the low range. Operating temperature alone cannot be used to determine FAC susceptibility but was considered along with the other parameters discussed in this sec tion to determine a relative ranking. Table 5.3 Temperature FAC Effect Temperature Range ( °°°°F) FAC Effect 250 T 350 1 (High) 350 < T 400 2 (Moderate) T < 250, T > 400 3 (Low) 5.2.3.3. Operating Time or Frequency of Operation (O) Lines that operate frequently tend to have more wall loss over time than those lines that operate less frequently. However, it is also true that many lines that operate only during startup or testing experience especially severe conditions while in service. Therefore, operating frequency alone is not a good indication of the likelihood of wall thinning. For the purposes of this document, lines which operate infrequently were considered less susceptible relative only to lines of similar function and with similar operating conditions that operate more frequently. If a line is frequently operated and, based on industry and/or plant experience, encounters severe conditions during operation, it was ranked 1. If a line is infrequently operated and does not experience severe conditions during operation, it was generally ranked 2.

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Revision 2 Page 13 of 20 Operating frequency was ranked with a FAC Effect of 1 or 2 according to Table 5.4. Table 5.4 Operating Time FAC Effect Operation FAC Effect Lines operating frequently (or w/ severe conditions) 1 (High) Lines operating infrequently 2 (Low) 5.2.3.4. Flow Rate Higher flow rates resulting in high fluid velocities tend to result in higher FAC wear rates. Flow rates in SNM lines are often unknown. Where this information was available, those lines with higher flow rates were considered more susceptible. Flow Rate was ranked with a FAC Effect of C or L according to Table 5.5. Choking, also called critical or sonic flow, occurs when maximum flow through a restriction is reached. If a line experiences choked flow, it was ranked High for susceptibility. If the flow rate was known to be extremely low or if the line is a gravity drain, it was generally ranked Low for susceptibility.

Flow rates were based on engineering judgment (see Section 5).

In cases where flow rate played a major role in determining the FAC susceptibility, a note is provided in the Comments field. Table 5.5 Flow FAC Effect Operation FAC Effect Lines with Choked flow C (High) Lines with Low flow L (Low)

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Revision 2 Page 14 of 20 6. Results This report further categorized the susceptibility le vel for lines categorized SNM in the Indian Point SSE. For each line designated SNM, a corresponding Consequence of Failure designation and susceptibility level has been assigned. Table 6.1 provides a summary of the results of the SNM analysis. Table 6.1 Results of SNM Analysis Indicating the Number of Lines for Each Susceptibility Level Consequence of Failure Susceptibility Level Quantity Category 1 S1 154 Category 1 S2 303 Category 1 S3 99 Category 2 N/A 146 *There are a total of 702 lines categorized as SNM. 6.1. Line SNM Analysis Results Table The appendices of this document contain the results of the SNM line analysis for Indian Point Energy Center. The appendices are sorted by pipe size (large bore or small bore) and by susceptibility level (see Table 6.1). The following fields appear in these reports:

6.1.1. System The system appears on the first line of each section within Appendix A. This is a two-digit code defined in the Indian Point SSE [7.3].

6.1.2. Subsystem Number The subsystem number is provided above its associated group of lines.

6.1.3. Subsystem Description A short description of the subsystem boundary is provided after the subsystem number.

6.1.4. Line Number Indian Point Energy Center does not maintain a complete piping line list. Therefore, line names needed to be created. The majority of main piping lines, depending on susceptibility, were assigned a unique Line Number.

The naming convention follows a format which includes unit number, system abbreviation, a sequential number, and, if necessary, a section designator used either for parts of the same line with different susceptibility characteristics or specifications or for preventing duplicate line names:

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Revision 2 Page 15 of 20 A-BBBB-CCC-D A Unit Number BBBB System Abbreviation CCC Sequential Number D Section Designator

Examples: 2-1EST-014, 2-AS-082-B 6.1.5. Size The diameter of the line in inc hes is listed here. For lines with multiple sizes, the largest diameter is listed in the Size field.

6.1.6. Consequence of Failure (F)

Lines are classified as either Category 1 (potentially High Consequence of Failure) or Category 2 (Low Consequence of Failure) as described in Section 5.1. Category 1 lines are designated 1 in the table and Category 2 lines are designated 2.

6.1.7. Level of Susceptibility (S) SNM Category 1 lines are ranked for FAC susceptibility as follows: 1 = High, 2 = Moderate, and 3 = Low susceptibility.

6.1.8. Consequence of Failure Criteria (F Crit) The Consequence of Failure criteria as defined in Section 5.1 (see Table 5.1). 6.1.9. Operating Parameters 6.1.9.1. Op. Quality (Q) The FAC Effect ranking based on operating steam quality as defined in section 5.2.3.1 (see Table 5.2).

6.1.9.2. Op. Temp (T) The FAC Effect ranking based on the operating temperature as defined in section 5.2.3.2 (see Table 5.3).

6.1.9.3. Op. Time (O) The FAC Effect ranking based on the percentage of time that the line actually operates as defined in Section 5.2.3.3 (see Table

5.4). 6.1.9.4. Op. Flow (Fl) The FAC Effect ranking based on flow conditions as defined in Section 5.2.3.4 (see Table 5.5). This field is populated for lines that experience choked flow or low flow conditions. Otherwise, CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Revision 2 Page 16 of 20 the field is blank. In all cases at Indian Point, this field was left blank, so this column was omitted from the results table.

6.1.10. Priority SNM lines are ranked for FAC priority as follows: 1 = High, 2 = Moderate, and 3 = Low priority.

6.1.11. Plant Experience (Plant Exp.) If there is a plant event associated with a line then a Y appears in this column, otherwise N appears.

6.1.12. Industry Experience (Ind. Exp.)

If there is an industry event associated with a similar line, then Y appears in this column, otherwise N appears.

6.1.13. Comments The Comments field contains any information pertinent to the line function as well as to its prioritization.

6.1.14. Flow Diagram (P&ID)

This field lists the flow diagram on which the line is found.

6.1.15. Reference The Reference field documents the source of information used to categorize and/or prioritize the line. This field was generally left blank if only a standard resource such as a PEPSE Model [7.4] was used.

6.1.16. Line Description This field contains a short description of the line function and/or line boundaries. 6.2. Color-Coded Flow Diagrams The Color-Coded Flow Diagrams document contains Piping and Instrumentation Diagrams (P&IDs) of all FAC susceptible systems addressed in this document as well as in the System Susceptibility Evaluation (SSE). The P&IDs are color-coded based upon FAC susceptibility category. Line names were added to the flow diagrams when needed. See the Color-Coded Flow Diagrams Document 0700.104-04 for the color-coding convention.

6.3. Inspection Frequency (Priority) SNM piping inspections should be prioritized based on ongoing plant and industry experience as well as susceptibility ranking. For example, a line categorized as highly susceptible may be inspected more frequently than a Moderate or Low Susceptibility line. This relationship between priority and susceptibility can be seen in the results table in Appendix A. As an alternative or CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Revision 2 Page 17 of 20 a supplement to inspections, a small-bore piping replacement program can be implemented. 6.4. Revision History Changes made for each revision of this report are documented in Appendix F. 6.5. CHECWORKS Parametric Analysis Each line to be inspected will contain a variety of geometry types. Attachment A contains a parametric analysis of various component geometries. CHECWORKS was used to rank various components based upon their geometric configuration and operating conditions. These rankings should be used when selecting components for inspection in the SNM Program.

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Revision 2 Page 18 of 20 7. References 7.1. Erosion/Corrosion-Induced Pipe Wall Thinning, Generic Letter 89-08, U.S. Nuclear Regulatory Commission (NRC), May 2, 1989.

7.2. Recommendations for an Effective Flow-Accelerated Corrosion Program, EPRI NSAC 202L-R3, 1011838, May 2006.

7.3. Indian Point Energy Center Unit 2 System Susceptibility Evaluation (SSE), Report No. 0700.104-02 Rev. 2A, dated 9/8/2011.

7.4. Indian Point Uprate PEPSE Model with New HP Turbine High Pressure Turbine Expansion, Run Date 10/26/06.

7.5. Entergy Nuclear Northeast Indian Point Energy Center - Unit No. 2:

Specification For Fabrication of Piping Systems Turbine Generator Plant; Specification No. 9321-01-248-18; Revision 18; January 15, 2010.

7.6. Indian Point System Descriptions/Design Manuals. System Name SD No. Main and Reheat Steam Supply 18.00 Extraction Steam and Heater Drains and Vents 19.02 Condensate 20.00 Feedwater 21.00 Circulating Water 23.04 Service Water 24.00 Main Turbine Lube Oil 26.00 Auxiliary Steam 29.01 Instrument Air 29.02 7.7. CHUG Industry Experience Documents (see Attachment A).

7.8. Indian Point FAC Program History Outage Reports, transmitted to CSI on

7/15/2009.

7.9. EPRI, Flow-Accelerated Corrosion in Power Plants, B. Chexal et al, EPRI TR-106611-R1, 1998.

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Revision 2 Page 19 of 20 7.10. Indian Point Unit 2 FAC Susceptible Piping and Instrumentation Diagrams. System (Drawing Title) P&ID # Rev # Main Steam 9321-F-2017 84 Main Steam A235308 49 Main Steam 227780 53 Main Steam Traps (Sheet 1) 9321-F-2041 35 Main Steam Traps (Sheet 2) 9321-F-2042 21 Steam Drain and Gland Seal for Low and High Pressure Turbines B237144 4 Steam Drain and Gland Seal for Low and High Pressure Turbines B237145 6 Boiler Feed Pump Turbine Steam Lines Drains & Vents 9321-H-2024 23 Moisture Separator and Reheater Drains & Vents 9321-F-2023 35 Moisture Preseparator A228272 16 Extraction Steam 9321-F-2020 43 Extraction Steam Trap System 9321-F-2031 17 Heater Drains & Vents 9321-F-2022 53 Heater Drains & Vents A235304 23 Moisture Separator Reheaters Vent Chamber Discharge A209847 13 Superheater Building Service Boilers 9321-F-2120 69 Auxiliary Steam Supply and Condensate Return System A209775 45 Auxiliary Steam System (Sheet 1) B192490 22 Auxiliary Steam System (Sheet 2) 192491 39 Auxiliary Steam System (Sheet 3) B192493 8 Water Treatment System (Sheet 3) A192496 18 Steam Activated Carbon Filter B227209 16 Auxiliary Boiler Feed B193201 15 Condensate & Boiler Feed Pump Suction (Sheet 1) 9321-2018 141 Condensate & Boiler Feed Pump Suction (Sheet 2) A235307 32 Boiler Feedwater 9321-F-2019 113 Steam Generator Blowdown & Blowdown Sample System 9321-F-2729 69 7.11. CHECWORKS Steam/Feedwater Application Guidelines for Plant Modeling and Evaluation of Component Inspection Data. EPRI, Palo Alto, CA and CSI Technologies, Inc., Elgin, IL: 2009. 1019176. (For information only).

7.12. Indian Point Isometric Drawings for FAC-susceptible piping, gathered by CSI on 4/3/2009 (For information only).

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Revision 2 Page 20 of 20 7.13. Electronic correspondence between CSI and Indian Point personnel (see Attachment B) (For information only).

7.13.1. Email from Ryan Doremus (CSI) to Ian Mew (IPEC) regarding a Line Naming Convention, dated 7/27/2009.

7.13.2. Email from Ian Mew (IPEC) to Ryan Doremus (CSI) regarding responses to information requests, dated 8/10/2009.

7.13.3. Email from Ian Mew (IPEC) to Ryan Doremus (CSI) regarding responses to information requests, dated 8/13/2009.

7.14. CHUG Position Paper Number 6, Recommendations for an Effective Flow-Accelerated Corrosion Program for Small-Bore Piping, Revision 0, October 2007 (For information only).

7.15. Flow Accelerated Corrosion Program Plan Supplement; Edited by Hazel Pearsall, FAC Program Engineer; Dated April 28, 2003 (For information only).

Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramSNM Program LinesAppendix ACSI TECHNOLOGIE S , I N C. Indian Point Unit 2Report No. 0700.104-03, Appendix A, Revision 2Page A-1 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Feedwater (AF), Unit 22-AF-01: Service Boiler Auxiliary Feedwater LinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AF-001 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2Deaerator Header to Boiler Feed PumpsText19:2-AF-002 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2Aux. Feed header to #23 Boiler Feed Pump and

  1. 10 House Service DeaeratorText19:2-AF-003 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2Aux. Feed header to #21 Boiler Feed PumpText19:2-AF-004 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2Aux. Feed header to #22 Boiler Feed PumpText19:2-AF-005 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2Aux. Feed header to #23 Boiler Feed PumpText19:2-AF-006 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2Aux. Feed header to #10 House Service DeaeratorText19:2-AF-0071.5 P&ID 9321-F-2120 2N o N oN/ABoiler Feed Pump overflow header to DeaeratorText19:2-AF-0081.5 P&ID 9321-F-2120 2N o N oN/ABoiler Feed Pump discharge Unit #3 tie-in.Text19:2-AF-011-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2120 1F P 2221NoNo 2#21 BFP discharge overflow line upstream of orificeReport No. 0700.104-03, Appendix A, Revision 2Page A-2 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Feedwater (AF), Unit 22-AF-01: Service Boiler Auxiliary Feedwater LinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AF-011-B 1 P&ID 9321-F-2120 2N o N oN/A#21 BFP discharge overflow line downstream of orificeText19:2-AF-012-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2120 1F P 2221NoNo 2#22 BFP discharge overflow line upstream of orificeText19:2-AF-012-B 1 P&ID 9321-F-2120 2N o N oN/A#22 BFP discharge overflow line downstream of orificeText19:2-AF-013-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2120 1F P 2221NoNo 2#23 BFP discharge overflow line upstream of orificeText19:2-AF-013-B 1 P&ID 9321-F-2120 2N o N oN/A#23 BFP discharge overflow line downstream of orificeText19:2-AF-014 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2#21 BFP discharge lineText19:2-AF-015 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2#22 BFP discharge lineText19:2-AF-016 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2#23 BFP discharge lineText19:2-AF-017 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2#21 and #22 BFP discharge headerReport No. 0700.104-03, Appendix A, Revision 2Page A-3 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Feedwater (AF), Unit 22-AF-01: Service Boiler Auxiliary Feedwater LinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AF-0182.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2LH Boiler #22 Feed LineText19:2-AF-0192.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2AF-144 bypass lineText19:2-AF-020 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDB193201, 9321-F-2021 1F L 2221NoNo 2Unit 1 Service Boiler Feed Pump discharge tie-in line.Text19:2-AF-021 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2120 1F P 2221NoNo 2BFP discharge header to Desuperheater StationText19:2-AF-0222.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2RH Boiler #21 Feed LineText19:2-AF-0232.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2AF-138 bypass lineText19:2-AF-0240.75 P&ID 9321-F-2120 2N o N oN/ARH Boiler #21 Continuous Blowdown

LineText19:2-AF-0251.5 P&ID 9321-F-2120 2N o N oN/ARH Boiler #21 Intermittent Blowdown

LineText19:2-AF-0260.75 P&ID 9321-F-2120 2N o N oN/ALH Boiler #22 Continuous Blowdown LineText19:2-AF-0271.5 P&ID 9321-F-2120 2N o N oN/ALH Boiler #22 Intermittent Blowdown LineReport No. 0700.104-03, Appendix A, Revision 2Page A-4 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Feedwater (AF), Unit 22-AF-01: Service Boiler Auxiliary Feedwater LinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AF-0280.75 P&ID 9321-F-2120 2N o N oN/AContinuous Blowdown line to HSBSPCLsText19:2-AF-0291.5 P&ID 9321-F-2120 2N o N oN/ABoiler Blowdown Tank Bottom DrainText19:2-AF-0301.5 P&ID 9321-F-2120 2N o N oN/ABoiler Blowdown Tank Drain BypassText19:2-AF-0311.25 P&ID 9321-F-2120 2N o N oN/ABoiler Blowdown Tank Drain VentText19:2-AF-032 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2211NoNo 2Boiler Blowdown Tank DrainText19:2-AF-033 P&IDB193201, 9321-

F-21202NoNoN/AABSPCLB Aux. Feed InletText19:2-AF-034 P&ID 9321-F-21202NoNoN/AABSPCLB Aux. Feed Outlet to Dissolved O2 AnalyzerText19:2-AF-035 P&ID 9321-F-21202NoNoN/AABSPCLB Aux. Feed Outlet to Cooling BathText19:2-AF-037 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB193201 1F P 2121NoNo 2Flash Tank Drain to Service Boiler DeaeratorText19:2-AF-0381.25 P&IDB193201 2N o N oN/AService Boiler Deaerator VentText19:2-AF-039 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDB193201 1F L 2221NoNo 2Service Boiler Deaerator 6" Drain to OBText19:2-AF-040 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDB193201 1F L 2221NoNo 2Service Boiler Deaerator

Drain ventReport No. 0700.104-03, Appendix A, Revision 2Page A-5 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Feedwater (AF), Unit 22-AF-01: Service Boiler Auxiliary Feedwater LinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AF-041 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB193201 1F P 2221NoNo 2Service Boiler Deaerator 2" Drain to OBText19:2-AF-0420.75 P&IDB193201 2N o N oN/ADrain from multiport valve.Text19:2-AF-043 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDB193201 1F L 2221NoNo 2Service Boiler Deaerator Drain to Service Boiler Feed PumpsText19:2-AF-044 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDB193201 1F L 2221NoNo 2Service Boiler Pump No.

11 Feed LineText19:2-AF-045 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDB193201 1F L 2221NoNo 2Service Boiler Pump No.

12 Feed LineText19:2-AF-046 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDB193201 1F L 2221NoNo 2Service Boiler Pump No.

13 Feed LineText19:2-AF-047 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDB193201 1F L 2221NoNo 2Service Boiler Pump No. 11 Discharge LineText19:2-AF-048 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDB193201 1F L 2221NoNo 2Service Boiler Pump No. 12 Discharge LineText19:2-AF-049 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDB193201 1F L 2221NoNo 2Service Boiler Pump No. 13 Discharge LineReport No. 0700.104-03, Appendix A, Revision 2Page A-6 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Feedwater (AF), Unit 22-AF-01: Service Boiler Auxiliary Feedwater LinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AF-050 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDB193201 1F L 2221NoNo 2Service Boiler Pump Discharge HeaderText19:2-AF-0511.5 P&IDB193201 2N o N oN/AAF59 Vent to Service Boiler DeaeratorText19:2-AF-0521.5 P&IDB193201 2N o N oN/AAF58 Vent to Service Boiler DeaeratorText19:2-AF-0531.5 P&IDB193201 2N o N oN/AAF57 Vent to Service Boiler DeaeratorText19:2-AF-0541.5 P&IDB193201 2N o N oN/ACheck valve vent header to Service Boiler DeaeratorText19:2-AF-057 P&ID 9321-F-21202NoNoN/AChemical Bench SinkReport No. 0700.104-03, Appendix A, Revision 2Page A-7 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Steam (AS), Unit 22-AS-03: Remainder of Auxiliary SteamLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AS-001-A 10This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01B192493,

B192490, 192491 1F L 2121NoNo 210" Aux. Steam HeaderText19:2-AS-002 10This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01 9321-F-2120 1F L 2121NoNo 2Aux. Steam Header from Service BoilersText19:2-AS-003 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01 9321-F-2120 1F L 2121NoNo 2Aux. Steam from #22 LH BoilerText19:2-AS-004 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01 9321-F-2120 1F L 2121NoNo 2Aux. Steam from #21 RH BoilerText19:2-AS-005 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01 9321-F-2120 1F L 2121NoNo 2Aux. Steam Drain to DeaeratorText19:2-AS-0061.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.SD 29.01 9321-F-2120 1F P 2121NoNo 2FCV-1148 Bypass LineText19:2-AS-0081.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA209775 1F P 2121NoNo 2Steam to 21 and 22 Air Tempering UnitsText19:2-AS-009 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2121NoNo 2Steam to AST-26Report No. 0700.104-03, Appendix A, Revision 2Page A-8 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Steam (AS), Unit 22-AS-03: Remainder of Auxiliary SteamLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AS-0151.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.SD 29.01 9321-F-2120 1F P 2121NoNo 2#21 RH Boiler DrainText19:2-AS-0161.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.SD 29.01 9321-F-2120 1F P 2121NoNo 2#22 LH Boiler DrainText19:2-AS-0171.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.SD 29.01 9321-F-2120 1F P 2121NoNo 2Boiler Drain Header to Blowdown TankText19:2-AS-018 1 P&ID 9321-F-2120 2N o N oN/ARH Boiler #21 Atomizing Steam bleed-off lineText19:2-AS-019 1 P&ID 9321-F-2120 2N o N oN/ALH Boiler #22 Atomizing Steam bleed-off lineText19:2-AS-025 1 P&ID 9321-F-2120 2N o N oN/AOil Separator Tank outletText19:2-AS-026 1 P&ID 9321-F-2120 2N o N oN/AOil Separator Tank outlet to Carbon Filter TankText19:2-AS-027 1 P&ID 9321-F-2120 2N o N oN/AOil Separator Tank outlet to Floor DrainText19:2-AS-030 2 P&IDB192490 2N o N oN/ASteam to Water HeaterText19:2-AS-031 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01B192490 1F L 2121NoNo 2Steam Header to Barge Steam ConnectionsText19:2-AS-032 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01B192490 1F L 2121NoNo 2Steam to AS845Text19:2-AS-0331.5 P&IDB192490 2N o N oN/ASteam to AS840Report No. 0700.104-03, Appendix A, Revision 2Page A-9 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Steam (AS), Unit 22-AS-03: Remainder of Auxiliary SteamLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AS-036 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01B192490 1F L 2121NoNo 2Steam line to UH-1239Text19:2-AS-037 1 P&IDB192490 2N o N oN/APRV-7343 BypassText19:2-AS-039 P&IDB1924902NoNoN/ASteam to ScreensText19:2-AS-046 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01 192491 1F L 2121NoNo 2Steam header to Service Boiler Feed Pump No. 13Text19:2-AS-047 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01 192491 1F L 2121NoNo 2Steam header to Carbon Filter TanksText19:2-AS-048 2 P&ID 192491 2N o N oN/ASteam to Service Boiler Phosphate Mix Tanks and Continuous HeatersText19:2-AS-051 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.SD 29.01 192491 1F P 2121NoNo 2Steam to Service Boiler Feed Pump No. 13Text19:2-AS-053 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01 192491 1F L 2121NoNo 2Steam from Service Boiler Feed Pump No. 13Text19:2-AS-054 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01 192491 1F L 2121NoNo 2Steam from Service Boiler Feed Pump No. 13 to #10 Service DeaeratorText19:2-AS-055 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01 192491 1F L 2121NoNo 2Steam from Service Boiler Feed Pump No. 13 to Atmospheric Vent headerReport No. 0700.104-03, Appendix A, Revision 2Page A-10 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Steam (AS), Unit 22-AS-03: Remainder of Auxiliary SteamLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AS-057 10This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 192491 1F L 2121NoNo 2Steam drain to #10 Service Deaerator via AS484Text19:2-AS-058 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 192491 1F L 2121NoNo 2Steam to Heating and Ventilation Pressure Reducing StationText19:2-AS-060 2 P&ID 192491 2N o N oN/ASteam from Heating and Ventilation Pressure Reducing StationText19:2-AS-070 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01192491, B227209 1F L 2121NoNo 2Steam header to Carbon Filter TanksText19:2-AS-073 2 P&ID 192491 2N o N oN/AHeader to Service Boiler Phosphate Mix TanksText19:2-AS-0740.75 P&ID 192491 2N o N oN/ASteam to Service Boiler Phosphate Mix Tank No.

11Text19:2-AS-0750.75 P&ID 192491 2N o N oN/ASteam to Service Boiler Phosphate Mix Tank No.

12Text19:2-AS-076 2 P&ID 192491 2N o N oN/ASteam to Continuous Heaters via AS568Text19:2-AS-077 2 P&ID 192491 2N o N oN/ASteam to Continuous Heaters via AS112Text19:2-AS-079 2 P&ID 192491 2N o N oN/ASteam header to Continuous Heaters via AS568Text19:2-AS-080 1 P&ID 192491 2N o N oN/ASteam to Continuous Heater No. 11Report No. 0700.104-03, Appendix A, Revision 2Page A-11 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Steam (AS), Unit 22-AS-03: Remainder of Auxiliary SteamLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AS-081 1 P&ID 192491 2N o N oN/ASteam to Continuous Heater No. 12Text19:2-AS-082-A 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01 192491 1F L 2121NoNo 2Floor trench drain to capText19:2-AS-082-B1.5 P&ID 192491 2N o N oN/AFloor trench drain downstream of capText19:2-AS-083 16This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01 192491 1F L 2121NoNo 2Aux Steam Vent to AtmosphereText19:2-AS-087 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01B227209 1F L 2121NoNo 2Steam to 21ACFTText19:2-AS-088 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01B227209 1F L 2121NoNo 2Steam to 22ACFTText19:2-AS-0910.75 P&IDB227209 2N o N oN/APort Basin drain from Aux. Steam supply to ACFTsText19:2-AS-0931.5 P&IDB227209 2N o N oN/APRV-5245 BypassText19:2-AS-096 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID192491, B193201 1F L 2121NoNo 2Aux. Steam to Flash TankReport No. 0700.104-03, Appendix A, Revision 2Page A-12 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Steam Traps (AST), Unit 22-AST-01: Steam Trap Lines from Auxiliary Steam LinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AST-0020.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA227780, A209775 1F P 2131NoNo 2Steam to and from AST-

50Text19:2-AST-0061.5 P&ID 9321-F-2120 2N o N oN/ASteam to Hot Water Heat ExchangersText19:2-AST-0070.75 P&ID 9321-F-2120 2N o N oN/ASteam to and from AS-

1176Text19:2-AST-007-A 1 P&ID 9321-F-2120 2N o N oN/ASteam to Condensate Return via AST-35Text19:2-AST-009 2 P&ID 9321-F-2120 2N o N oN/AHot Water Heat Exchangers Discharge LineText19:2-AST-010 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01 9321-F-2120 1F L 2121NoNo 2Condensate Return HeaderText19:2-AST-0110.75 P&ID 9321-F-2120 2N o N oN/ASteam to and from AS-1093Text19:2-AST-013 P&ID 9321-F-21202NoNoN/ASteam Supply Drain to Condensate Return via AST-31Text19:2-AST-017 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA209775 1F L 2131NoNo 2Steam to AST-33Text19:2-AST-019 1 P&IDA209775 2N o N oN/AAST-33 DischargeText19:2-AST-020 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA209775 1F P 2121NoNo 2Steam to AST-20Report No. 0700.104-03, Appendix A, Revision 2Page A-13 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Steam Traps (AST), Unit 22-AST-01: Steam Trap Lines from Auxiliary Steam LinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AST-021 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.SD 29.01 9321-F-2120 1F P 2121NoNo 2#21 Fuel Oil Heater heating steam outletText19:2-AST-021-A 1 P&IDA209775 2N o N oN/AAST-20 DischargeText19:2-AST-022 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.SD 29.01 9321-F-2120 1F P 2121NoNo 2#22 Fuel Oil Heater heating steam outletText19:2-AST-023 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.SD 29.01 9321-F-2120 1F P 2121NoNo 2#23 Fuel Oil Heater heating steam outletText19:2-AST-024 1 P&ID 9321-F-2120 2N o N oN/AFuel Oil heating steam outlet from steam traps to oil separator tankText19:2-AST-025 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA209775 1F L 2131NoNo 2Steam to AST-2 and 3Text19:2-AST-0270.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA209775 1F P 2131NoNo 2Steam to AST-6Text19:2-AST-0280.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA209775 1F P 2131NoNo 2Steam to AST-7Text19:2-AST-0320.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA209775 1F P 2131NoNo 2Steam to AST-4Report No. 0700.104-03, Appendix A, Revision 2Page A-14 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Steam Traps (AST), Unit 22-AST-01: Steam Trap Lines from Auxiliary Steam LinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AST-0330.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA209775 1F P 2131NoNo 2Steam to AST-5Text19:2-AST-0340.75 P&IDB192490 2N o N oN/ASteam to and from AS849Text19:2-AST-035-A0.75 P&IDA209775 2N o N oN/AAST-6 DischargeText19:2-AST-0360.75 P&IDA209775 2N o N oN/AAST-7 DischargeText19:2-AST-0371.5 P&IDA209775 2N o N oN/AAST-4 DischargeText19:2-AST-0380.75 P&IDB192490 2N o N oN/ASteam to and from UH-1238Text19:2-AST-038-A0.75 P&IDA209775 2N o N oN/AAST-5 DischargeText19:2-AST-041 1 P&IDB192490 2N o N oN/ASteam to and from AST-27Text19:2-AST-042 1 P&IDB192490 2N o N oN/AAST-27 BypassText19:2-AST-043 1 P&IDB192490 2N o N oN/ASteam to and from AST-42Text19:2-AST-044 1 P&IDB192490 2N o N oN/AAST-42 BypassText19:2-AST-049-A0.5 P&ID 192491 2N o N oN/ASteam to and from AST-

38Text19:2-AST-050-A0.5 P&ID 192491 2N o N oN/ASteam to and from AST-

37Text19:2-AST-0520.75 P&ID 192491 2N o N oN/ASteam to and from AST-

45Text19:2-AST-058 1 P&IDA209775 2N o N oN/AAST-2 DischargeText19:2-AST-059 1 P&IDA209775 2N o N oN/AAST-3 DischargeText19:2-AST-061 1 P&ID 192491 2N o N oN/ASteam to and from AST-

39Report No. 0700.104-03, Appendix A, Revision 2Page A-15 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Steam Traps (AST), Unit 22-AST-01: Steam Trap Lines from Auxiliary Steam LinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AST-063 1 P&ID 192491 2N o N oN/ASteam to and from AST-32Text19:2-AST-065 1 P&ID 192491 2N o N oN/AAST-32 and 39 drain to Cond. Return HeaderText19:2-AST-066 2 P&ID 192491 2N o N oN/ASteam to and from FP-

1198Text19:2-AST-067 2 P&ID 192491 2N o N oN/ASteam to and from UH-

1300Text19:2-AST-069-A 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01 192491 1F L 2121NoNo 2Stub to AST-30 and drainText19:2-AST-069-B 1 P&ID 192491 2N o N oN/ASteam to and from AST-

30Report No. 0700.104-03, Appendix A, Revision 2Page A-16 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Steam Generator Blowdown (BD), Unit 22-BD-01: Steam Generator Blowdown to Sample Coolers and Blowdown TankLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-BD-001 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 21 Blowdown via MS-67-AText19:2-BD-002 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 21 Blowdown via MS-67-BText19:2-BD-003 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 22 Blowdown via MS-67-CText19:2-BD-004 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 22 Blowdown via MS-67-DText19:2-BD-005 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 23 Blowdown via MS-67-EText19:2-BD-006 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 23 Blowdown via MS-67-FText19:2-BD-007 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 24 Blowdown via MS-67-GText19:2-BD-008 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 24 Blowdown via MS-67-HReport No. 0700.104-03, Appendix A, Revision 2Page A-17 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Steam Generator Blowdown (BD), Unit 22-BD-01: Steam Generator Blowdown to Sample Coolers and Blowdown TankLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-BD-009-A 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 21 Blowdown Upstream of Line Spec

ChangeText19:2-BD-010-A 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 22 Blowdown Upstream of Line Spec

ChangeText19:2-BD-011-A 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 23 Blowdown Upstream of Line Spec ChangeText19:2-BD-012-A 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 24 Blowdown Upstream of Line Spec ChangeText19:2-BD-017 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 23 1" Blowdown LineText19:2-BD-018 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 24 1" Blowdown LineText19:2-BD-019 18This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2729 1F L 2231NoNo 2Blowdown Tank vent to AtmosphereReport No. 0700.104-03, Appendix A, Revision 2Page A-18 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Extraction Steam Traps (EST), Unit 22-1EST-01: Extraction Steam Trap Headers to the Drains Collecting TankLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-1EST-013-A 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2031 1F L 2131NoNo 2Steam Trap Header from EST-1 and 1AText19:2-1EST-013-B 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2031 1F L 1111NoNo 1Steam Trap Header from EST-1, 1A, 2, and 6Text19:2-1EST-014 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2031 1F L 1111NoNo 1Main Extraction Steam Trap Header2-3EST-01: Steam Trap lines from Extraction Steam to the #23 FWHsLine Number Size(in.)FComments ReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-3EST-012-A 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1Extraction Steam to EST-14Text19:2-3EST-012-B 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-14 to Steam Trap HeaderText19:2-3EST-013-A0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1Extraction Steam to EST-15Text19:2-3EST-013-B0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1Header from EST-15 to Steam Trap HeaderReport No. 0700.104-03, Appendix A, Revision 2Page A-19 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Extraction Steam Traps (EST), Unit 22-3EST-01: Steam Trap lines from Extraction Steam to the #23 FWHsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-3EST-014-A0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1Extraction Steam to EST-16Text19:2-3EST-014-B0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1Header from EST-16 to Steam Trap HeaderText19:2-3EST-015-A 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1Extraction Steam to EST-17Text19:2-3EST-015-B 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-17 to Steam Trap HeaderText19:2-3EST-016-A0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1Extraction Steam to EST-18Text19:2-3EST-016-B0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-18 to Steam Trap HeaderText19:2-3EST-017-A0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1Extraction Steam to EST-19Text19:2-3EST-017-B0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-19 to Steam Trap HeaderReport No. 0700.104-03, Appendix A, Revision 2Page A-20 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Extraction Steam Traps (EST), Unit 22-3EST-01: Steam Trap lines from Extraction Steam to the #23 FWHsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-3EST-018-A 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1Extraction Steam to EST-20Text19:2-3EST-018-B 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-20 to Steam Trap HeaderText19:2-3EST-019-A0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1Extraction Steam to EST-21Text19:2-3EST-019-B0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-21 to Steam Trap HeaderText19:2-3EST-020-A0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1Extraction Steam to EST-23Text19:2-3EST-020-B0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-23 to Steam Trap Header2-4EST-01: Lines from Stm Traps to the Stm Trap Drains Header from Ext lines to #24 FWHsLine Number Size(in.)FComments ReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-4EST-0010.75Components in the line have been replaced in the past. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P1111Y esN o 1EST-5 to Steam Trap HeaderReport No. 0700.104-03, Appendix A, Revision 2Page A-21 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Extraction Steam Traps (EST), Unit 22-4EST-01: Lines from Stm Traps to the Stm Trap Drains Header from Ext lines to #24 FWHsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-4EST-0020.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-6 to Steam Trap HeaderText19:2-4EST-0030.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-7 to Steam Trap HeaderText19:2-4EST-0040.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-8 to Steam Trap HeaderText19:2-4EST-0050.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-9 to Steam Trap HeaderText19:2-4EST-0060.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-10 to Steam Trap HeaderText19:2-4EST-0070.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-11 to Steam Trap HeaderText19:2-4EST-0080.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-12 to Steam Trap HeaderText19:2-4EST-0090.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-13 to Steam Trap HeaderReport No. 0700.104-03, Appendix A, Revision 2Page A-22 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Extraction Steam Traps (EST), Unit 22-5EST-01: Steam Trap lines from Extraction Steam to the #25 FWHsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-5EST-040-A0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2031 1F P 1121NoNo 1Extraction steam to EST-4Text19:2-5EST-040-B0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2031 1F P 1121NoNo 1EST-4 to Steam Trap

Header2-6EST-01: Steam Trap lines from Extraction Steam to the #26 FWHsLine Number Size(in.)FComments ReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-6EST-015-A 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 2131NoNo 2Extraction Steam to EST-1Text19:2-6EST-015-B 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 2131NoNo 2Extraction Steam to EST-1AText19:2-6EST-015-C 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 2131NoNo 2EST-1 to Steam Trap HeaderText19:2-6EST-015-D 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 2131NoNo 2EST-1A to Steam Trap

HeaderText19:2-6EST-016-A0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 2131NoNo 2Extraction Steam to EST-2Report No. 0700.104-03, Appendix A, Revision 2Page A-23 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Extraction Steam Traps (EST), Unit 22-6EST-01: Steam Trap lines from Extraction Steam to the #26 FWHsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-6EST-016-B0.75Components in this line have been replaced in the past. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE, Replacement History 9321-F-2031 1F P1131Y esN o 1EST-2 to Steam Trap

HeaderReport No. 0700.104-03, Appendix A, Revision 2Page A-24 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Extraction Steam (EX), Unit 22-3EX-01: Boiler Feed Pump Turbine Drains to CondensersLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-3EX-0211.5This line exists in an area accessible by plant personnel during operation, and a leak presents an injury risk to a passerby.PEPSEA227780 1F P 2131NoNoContinuous Drain from #21 Steam Generator Feed Pump Turbine drain to #21 CondenserText19:2-3EX-0221.5This line exists in an area accessible by plant personnel during operation, and a leak presents an injury risk to a passerby.PEPSEA227780 1F P 2131NoNoContinuous Drain from #22 Steam Generator Feed Pump Turbine drain to #22 Condenser2-5EX-01: HP Turbine Crossunder Piping Drip Pots to the CondenserLine Number Size(in.)FComments ReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-5EX-025-A 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA235308 1F P 1121NoNo 1Crossunder Piping leakoff from Moisture Preseparator A upstream of Pipe Spec ChangeText19:2-5EX-026-A 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA235308 1F P 1121NoNo 1Crossunder Piping leakoff from Moisture Preseparator B upstream of Pipe Spec ChangeText19:2-5EX-027-A 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA235308 1F P 1121NoNo 1Crossunder Piping leakoff from Moisture Preseparator C upstream of Pipe Spec ChangeText19:2-5EX-028-A 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA235308 1F P 1121NoNo 1Crossunder Piping leakoff from Moisture Preseparator D upstream of Pipe Spec ChangeText19:2-5EX-1171.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB237145 1F P 1111NoNo 1HP Turbine DrainReport No. 0700.104-03, Appendix A, Revision 2Page A-25 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Extraction Steam (EX), Unit 22-5EX-01: HP Turbine Crossunder Piping Drip Pots to the CondenserLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-5EX-1181.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB237145 1F P 1111NoNo 1Crossunder piping leakoff to FCV-1156Text19:2-5EX-1191.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB237145 1F P 1111NoNo 1Crossunder piping leakoff to FCV-1164Text19:2-5EX-1201.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB237145 1F P 1111NoNo 1Crossunder piping leakoff to FCV-1157Text19:2-5EX-1211.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB237145 1F P 1111NoNo 1Crossunder piping leakoff to FCV-1165Text19:2-5EX-122This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB2371451FP1111NoNo 1Crossunder piping to Moisture Separator Outlet LineText19:2-5EX-123This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB2371451FP1111NoNo 1Crossunder piping to Moisture Separator Outlet LineText19:2-5EX-124This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB2371451FP1111NoNo 1Crossunder piping to Moisture Separator Outlet

LineText19:2-5EX-125This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB2371451FP1111NoNo 1Crossunder piping to Moisture Separator Outlet

LineReport No. 0700.104-03, Appendix A, Revision 2Page A-26 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Extraction Steam (EX), Unit 22-5EX-01: HP Turbine Crossunder Piping Drip Pots to the CondenserLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-5EX-128This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEB237145, B2371441FL2131NoNo 2LP Leakoff Header to Gland CondenserText19:2-5EX-1291.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB237145 1F P 1111NoNo 1Crossunder piping leakoff to FCV11542-6EX-01: HP Turbine Extraction Steam to #26 Feedwater HeatersLine Number Size(in.)FComments ReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-6EX-001-A 12All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2020 1F L1131Y esN o 1ES8-1-6THPT ES to HDR: HP Turbine Extraction Nozzle to #26 FWHs.Text19:2-6EX-002-A 12All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2020 1F L1131Y esN o 1ES8-2-6THPT ES to HDR: HP Turbine Extraction Nozzle to #26 FWHs.Text19:2-6EX-006-B 12All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2020 1F L1131Y esN o 1ES8-7-6THPT ESHDR to FWH 26A: Extraction Steam Inlet Nozzle to FWH 26A.Text19:2-6EX-008-B 12All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2020 1F L1131Y esN o 1ES8-6-6THPT ESHDR to FWH 26B: Extraction Steam Inlet Nozzle to FWH 26B.Text19:2-6EX-010-B 12All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2020 1F L1131Y esN o 1ES8-4-6THPT ESHDR to FWH 26C: Extraction Steam Inlet Nozzle to FWH 26C.Report No. 0700.104-03, Appendix A, Revision 2Page A-27 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Feed Water (FW), Unit 22-FW-01: Feedwater Lines from the Boiler Feed Pumps to the Steam GeneratorsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-FW-031-A 30This large bore line is important to plant operation and/or is a personnel safety issue upon failure. There is high industry experience in Feedwater min-flow lines.PEPSE 9321-F-2019 1F L1231NoY e s 1Feedwater Header to Steam Generators downstream of Main Line to SG 23Text19:2-FW-0620.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2019 1F P 2231NoNo 2Feedwater to Sampling Upstream of BFD-11382-FW-03: Boiler Feed Pump Recirc Lines to the Drains Collecting TankLine Number Size(in.)FComments ReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-FW-063 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure. Industry experience exists in Boiler Feed Pump recirculation lines.CSI Document 0700.104.C.008 9321-F-2019 1F L1222NoY e s 1BFP No. 21 Recirc to Drains Collecting TankText19:2-FW-064 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure. Industry experience exists in Boiler Feed Pump recirculation lines.CSI Document 0700.104.C.008 9321-F-2019 1F L1222NoY e s 1BFP No. 22 Recirc to Drains Collecting TankReport No. 0700.104-03, Appendix A, Revision 2Page A-28 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Gland Sealing Steam (GS), Unit 22-GS-01: Gland Steam to and from HP, LP, and BFP TurbinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-GS-001 12This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 2131NoNo 2Gland Seal Steam Header to HP and LP

TurbinesText19:2-GS-002 10This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 2131NoNo 2Gland Seal to HP TurbineText19:2-GS-003 10This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 2131NoNo 2Gland Seal to HP TurbineText19:2-GS-004 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 2131NoNo 2Gland Seal to LP Turbine 21Text19:2-GS-005 2Loss of sealing steam to the turbine will cause a plant shutdown or downpower.

PEPSEA235308 1F T 2131NoNo 2Gland Seal to LP Turbine 21Text19:2-GS-006 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 2131NoNo 2Gland Seal to LP Turbine 21Text19:2-GS-007 2Loss of sealing steam to the turbine will cause a plant shutdown or downpower.

PEPSEA235308 1F T 2131NoNo 2Gland Seal to LP Turbine 21Text19:2-GS-008 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 2131NoNo 2Gland Seal to LP Turbine

22Text19:2-GS-009 2Loss of sealing steam to the turbine will cause a plant shutdown or downpower.

PEPSEA235308 1F T 2131NoNo 2Gland Seal to LP Turbine 22Report No. 0700.104-03, Appendix A, Revision 2Page A-29 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Gland Sealing Steam (GS), Unit 22-GS-01: Gland Steam to and from HP, LP, and BFP TurbinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-GS-010 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 2131NoNo 2Gland Seal to LP Turbine

22Text19:2-GS-011 2Loss of sealing steam to the turbine will cause a trip or downpower.

PEPSEA235308 1F T 2131NoNo 2Gland Seal to LP Turbine

22Text19:2-GS-012 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 2131NoNo 2Gland Seal to LP Turbine

23Text19:2-GS-013 2Loss of sealing steam to the turbine will cause a plant shutdown or downpower.

PEPSEA235308 1F T 2131NoNo 2Gland Seal to LP Turbine 23Text19:2-GS-014 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 2131NoNo 2Gland Seal to LP Turbine 23Text19:2-GS-015 2Loss of sealing steam to the turbine will cause a plant shutdown or downpower.

PEPSEA235308 1F T 2131NoNo 2Gland Seal to LP Turbine 23Text19:2-GS-016 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-H-2024 1F L 2131NoNo 2Gland Seal supply to BFP TurbinesText19:2-GS-020 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-H-2024 1F L 2131NoNo 2Steam to BFPT #22Text19:2-GS-021 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-H-2024 1F L 2131NoNo 2Steam to BFPT #21Report No. 0700.104-03, Appendix A, Revision 2Page A-30 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Gland Sealing Steam (GS), Unit 22-GS-01: Gland Steam to and from HP, LP, and BFP TurbinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-GS-022 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-H-2024 1F L 2131NoNo 2Steam to BFPT #22Text19:2-GS-023 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-H-2024 1F L 2131NoNo 2Steam to BFPT #21Text19:2-GS-032 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-H-2024 1F L 2131NoNo 2BFPT #22 Gland Steam DischargeText19:2-GS-034 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-H-2024 1F L 2131NoNo 2BFPT #21 Gland Steam DischargeText19:2-GS-036 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-H-2024 1F L 2131NoNo 2BFPT Gland Steam Discharge Header to Gland CondenserText19:2-GS-038 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024, B237144 1F P 2131NoNo 2BFPT Gland Steam Discharge Header drain to waste headerText19:2-GS-039 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2BFPT #21 Exhaust

Cylinder DrainText19:2-GS-040 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2BFPT #22 Exhaust

Cylinder DrainReport No. 0700.104-03, Appendix A, Revision 2Page A-31 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Gland Sealing Steam (GS), Unit 22-GS-01: Gland Steam to and from HP, LP, and BFP TurbinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-GS-041 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-H-2024 1F L 2131NoNo 2BFPT Exhaust Cylinder Drain header to Boiler Feed Pump Drip TankText19:2-GS-042 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2BFPT Exhaust Cylinder Drain header line to Boiler Feed Pump Drip Tank ventText19:2-GS-043 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-H-2024 1F L 2131NoNo 2BFPT Drip Tank vent to Condenser #21Text19:2-GS-047This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEB2371451FL2131NoNo 2Gland Seal Return from HP TurbineText19:2-GS-048This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEB2371451FL2131NoNo 2Gland Seal Return from HP TurbineText19:2-GS-049This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEB2371441FL2131NoNo 2Gland Seal Return from #21 LP TurbineText19:2-GS-050This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEB2371441FL2131NoNo 2Gland Seal Return from

  1. 21 LP TurbineText19:2-GS-051This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEB2371441FL2131NoNo 2Gland Seal Return from
  1. 22 LP TurbineReport No. 0700.104-03, Appendix A, Revision 2Page A-32 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Gland Sealing Steam (GS), Unit 22-GS-01: Gland Steam to and from HP, LP, and BFP TurbinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-GS-052This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEB2371441FL2131NoNo 2Gland Seal Return from
  1. 22 LP TurbineText19:2-GS-053This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEB2371441FL2131NoNo 2Gland Seal Return from
  1. 23 LP TurbineText19:2-GS-054This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEB2371441FL2131NoNo 2Gland Seal Return from #23 LP TurbineText19:2-GS-055This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEB237145, B2371441FL2131NoNo 2Gland Seal return header to Gland CondenserText19:2-GS-056This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEB2371441FL1211NoNo 1Gland Condenser Drain to Main CondenserReport No. 0700.104-03, Appendix A, Revision 2Page A-33 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Gland Steam Traps (GST), Unit 22-GST-01: Steam Trap Lines from the Gland Seal SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-GST-0170.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2Steam to GST-1Text19:2-GST-0190.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2GST-1 Discharge to

HeaderText19:2-GST-0240.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2Steam to GST-3Text19:2-GST-0260.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2GST-3 Discharge to HeaderText19:2-GST-0270.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2Steam to GST-2Text19:2-GST-0290.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2GST-2 Discharge to HeaderText19:2-GST-030 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2Header from GST-1 and 3Text19:2-GST-031 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2Gland Steam Trap Header to Boiler Feed Pump Drip TankReport No. 0700.104-03, Appendix A, Revision 2Page A-34 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Heater Drains & Vents (HD), Unit 22-1HD-02: #21 Feedwater Heater VentsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-1HD-021 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235304 1F L 2131NoNo 2FWH 21A High Level Dump to Condenser 23Text19:2-1HD-022 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235304 1F L 2131NoNo 2FWH 21B High Level Dump to Condenser 22Text19:2-1HD-023 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235304 1F L 2131NoNo 2FWH 21C High Level Dump to Condenser 21Text19:2-1HD-024 5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235304 1F L 2131NoNo 2FWH 21A 5" Vent to Condenser 23Text19:2-1HD-025 5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235304 1F L 2131NoNo 2FWH 21B 5" Vent to Condenser 22Text19:2-1HD-026 5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235304 1F L 2131NoNo 2FWH 21C 5" Vent to Condenser 21Text19:2-1HD-027 1Low Temp and Press. Leak-before-break situation.

PEPSEA235304 2N o N oN/AFWH 21A 1" Vent to Condenser 23Text19:2-1HD-028 1Low Temp and Press. Leak-before-break situation.

PEPSEA235304 2N o N oN/AFWH 21B 1" Vent to Condenser 22Text19:2-1HD-029 1Low Temp and Press. Leak-before-break situation.

PEPSEA235304 2N o N oN/AFWH 21C 1" Vent to Condenser 21Report No. 0700.104-03, Appendix A, Revision 2Page A-35 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Heater Drains & Vents (HD), Unit 22-2HD-02: #22 Feedwater Heater VentsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-2HD-019 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA235304 1F L 2131NoNo 2FWH 22A High Level Dump to Condenser 23Text19:2-2HD-020 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA235304 1F L 2131NoNo 2FWH 22B High Level Dump to Condenser 22Text19:2-2HD-021 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA235304 1F L 2131NoNo 2FWH 22C High Level Dump to Condenser 21Text19:2-2HD-0222.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA235304 1F L 2131NoNo 2FWH 22A 2-1/2" Vent to Condenser 23Text19:2-2HD-0232.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA235304 1F L 2131NoNo 2FWH 22B 2-1/2" Vent to Condenser 22Text19:2-2HD-0242.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA235304 1F L 2131NoNo 2FWH 22C 2-1/2" Vent to Condenser 21Text19:2-2HD-025 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA235304 1F P 2131NoNo 2FWH 22A 1" Vent to Condenser 23Text19:2-2HD-026 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA235304 1F P 2131NoNo 2FWH 22B 1" Vent to Condenser 22Report No. 0700.104-03, Appendix A, Revision 2Page A-36 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Heater Drains & Vents (HD), Unit 22-2HD-02: #22 Feedwater Heater VentsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-2HD-027 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA235304 1F P 2131NoNo 2FWH 22C 1" Vent to Condenser 212-3HD-02: #23 Feedwater Heater VentsLine Number Size(in.)FComments ReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-3HD-027 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 23A Vent to 3EX-53Text19:2-3HD-028 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 23A Vent to 3EX-

534Text19:2-3HD-029 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 23B Vent to 3EX-536Text19:2-3HD-030 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 23B Vent to 3EX-539Text19:2-3HD-031 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 23C Vent to 3EX-

541Text19:2-3HD-032 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 23C Vent to 3EX-

544Report No. 0700.104-03, Appendix A, Revision 2Page A-37 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Heater Drains & Vents (HD), Unit 22-3HD-02: #23 Feedwater Heater VentsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-3HD-039 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235304 1F L1111NoY e s 1FWH 23A 3" Vent HeaderText19:2-3HD-040 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235304 1F L1111NoY e s 1FWH 23B 3" Vent HeaderText19:2-3HD-041 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235304 1F L1111NoY e s 1FWH 23C 3" Vent HeaderText19:2-3HD-042 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235304 1F L1111NoY e s 14" Vent Header from FWH 23A and 23BText19:2-3HD-043 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235304 1F L1111NoY e s 14" Vent Header from #23 FWHsText19:2-3HD-044 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 23A 1" VentText19:2-3HD-045 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 23B 1" VentText19:2-3HD-046 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 23C 1" VentReport No. 0700.104-03, Appendix A, Revision 2Page A-38 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Heater Drains & Vents (HD), Unit 22-3HD-02: #23 Feedwater Heater VentsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-3HD-047 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 12" Vent From FWH 23A

and 23BText19:2-3HD-048 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 12" Vent From #23 FWHs2-4HD-02: #24 Feedwater Heater VentsLine Number Size(in.)FComments ReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-4HD-016 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 24A 1" VentText19:2-4HD-017 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 24B 1" VentText19:2-4HD-018 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 24C 1" VentText19:2-4HD-019 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 12" Vent Header from FWH 24A and 24BText19:2-4HD-020 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 12" Vent Header from #24 FWHs to Condenser 22Report No. 0700.104-03, Appendix A, Revision 2Page A-39 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Heater Drains & Vents (HD), Unit 22-4HD-02: #24 Feedwater Heater VentsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-4HD-021 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 24A 2" VentText19:2-4HD-022 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 24B 2" VentText19:2-4HD-023 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 24B 2" VentText19:2-4HD-024 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235304 1F L1111NoY e s 13" Vent Header from FWH 24A and 24BText19:2-4HD-025 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235304 1F L1111NoY e s 13" Vent Header from #24 FWHs to Condenser 222-5HD-02: Heater Vents from #25 Feedwater Heater and Heater Drain Tank vents to #25 Feedwater HeatersLine Number Size(in.)FComments ReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-5HD-044 10Components in this line have been replaced. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.

PEPSE, Replacement History 9321-F-2022 1F L1121Y esN o 1Heater Drain Tank vent to FWH 25AText19:2-5HD-045 10Components in this line have been replaced. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.
PEPSE, Replacement History 9321-F-2022 1F L1121Y esN o 1Heater Drain Tank vent to FWH 25BReport No. 0700.104-03, Appendix A, Revision 2Page A-40 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Heater Drains & Vents (HD), Unit 22-5HD-02: Heater Vents from #25 Feedwater Heater and Heater Drain Tank vents to #25 Feedwater HeatersLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-5HD-046 10Components in this line have been replaced. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.
PEPSE, Replacement History 9321-F-2022 1F L1121Y esN o 1Heater Drain Tank vent to FWH 25CText19:2-5HD-0471.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 25A VentText19:2-5HD-0481.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 25B VentText19:2-5HD-0491.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 25C VentText19:2-5HD-050 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1Vent header from FWH 25A and 25BText19:2-5HD-0512.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-F-2022, A235304 1F L1121NoY e s 1#25 FWH Vent header to Condenser2-5HD-03: HDT Drains to HDPs and Condensers and HDP Vents to HDTLine Number Size(in.)FComments ReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-5HD-057 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P 1121NoNo 1#21 HDP vent to HDTReport No. 0700.104-03, Appendix A, Revision 2Page A-41 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Heater Drains & Vents (HD), Unit 22-5HD-03: HDT Drains to HDPs and Condensers and HDP Vents to HDTLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-5HD-058 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P 1121NoNo 1#22 HDP vent to HDTText19:2-5HD-059 24Components in this line have been replaced with FAC-resistant material. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.

PEPSE, Replacement History9321-F-2022, A235304 1F L1221Y esN o 1Heater Drain Tank drain to CondensersText19:2-5HD-060 24Components in this line have been replaced with FAC-resistant material. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.

PEPSE, Replacement HistoryA235304 1F L1221Y esN o 1HDT Drain Header to Condensers 21 and 22Text19:2-5HD-061-A 14Components in this line have been replaced with FAC-resistant material. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.

PEPSE, Replacement HistoryA235304 1F L1221Y esN o 1HDT Drain to LCV-5003Text19:2-5HD-061-B 8Components in this line have been replaced with FAC-resistant material. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.
PEPSE, Replacement HistoryA235304 1F L1221Y esN o 1LCV-5003 to Condenser

21Text19:2-5HD-062-A 14Components in this line have been replaced with FAC-resistant material. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.

PEPSE, Replacement HistoryA235304 1F L1221Y esN o 1HDT Drain to LCV-5002Report No. 0700.104-03, Appendix A, Revision 2Page A-42 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Heater Drains & Vents (HD), Unit 22-5HD-03: HDT Drains to HDPs and Condensers and HDP Vents to HDTLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-5HD-062-B 8Components in this line have been replaced with FAC-resistant material. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.
PEPSE, Replacement HistoryA235304 1F L1221Y esN o 1LCV-5002 to Condenser

22Text19:2-5HD-063-A 14Components in this line have been replaced with FAC-resistant material. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.

PEPSE, Replacement HistoryA235304 1F L1221Y esN o 1HDT Drain to LCV-5001Text19:2-5HD-063-B 8Components in this line have been replaced with FAC-resistant material. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.
PEPSE, Replacement HistoryA235304 1F L1221Y esN o 1LCV-5001 to Condenser

232-6HD-02: Heater Vents from #26 Feedwater HeaterLine Number Size(in.)FComments ReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-6HD-025 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 26A vent via 6EX-10Text19:2-6HD-026 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 26A vent via 6EX-500Text19:2-6HD-027 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 26A vent from 6EX-10 and 6EX-500Report No. 0700.104-03, Appendix A, Revision 2Page A-43 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Heater Drains & Vents (HD), Unit 22-6HD-02: Heater Vents from #26 Feedwater HeaterLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-6HD-028 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 26A vent via 6EX-9Text19:2-6HD-029 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 26B vent via 6EX-10-1Text19:2-6HD-030 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 26B vent via 6EX-501Text19:2-6HD-031 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 26B vent from 6EX-10-1 and 6EX-501Text19:2-6HD-032 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 26B vent via 6EX 1Text19:2-6HD-033 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 26C vent via 6EX-10-2Text19:2-6HD-034 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 26C vent via 6EX-502Text19:2-6HD-035 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 26C vent from 6EX-10-2 and 6EX-502Report No. 0700.104-03, Appendix A, Revision 2Page A-44 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Heater Drains & Vents (HD), Unit 22-6HD-02: Heater Vents from #26 Feedwater HeaterLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-6HD-036 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 26C vent via 6EX 2Text19:2-6HD-0371.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1Heater Start Up Vent Header from FWH 26A

and 26BText19:2-6HD-038 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-F-2022, A235304 1F P1121NoY e s 1#26 FWH Startup Vent Header to CondenserText19:2-6HD-0391.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1Heater Vent Header from FWH 26A and 26BText19:2-6HD-040 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-F-2022, A235304 1F P1121NoY e s 1#26 FWH Vent Header to Condenser2-HD-01: Heater Drain Pump discharge to Boiler Feed PumpsLine Number Size(in.)FComments ReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-HD-004-A0.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P 2221NoNo 2#21 HDP to HDP Water Chem. Monitor Upstream of Root Isolation ValveText19:2-HD-005-A0.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P 2221NoNo 2#22 HDP to HDP Water Chem. Monitor Upstream of Root Isolation ValveReport No. 0700.104-03, Appendix A, Revision 2Page A-45 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam (MS), Unit 22-MS-01: Main Steam from Stm Gen to HP Turbine, BFP Turbine, MSRs, Aux. Steam, SJAEs, and Priming Ejectors.Line Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-001 28High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-F-2017, A235308 1F L 3331NoNo 3Main Steam from Steam Generator 21 ShellText19:2-MS-002 28High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-F-2017, A235308 1F L 3331NoNo 3Main Steam from Steam Generator 22 ShellText19:2-MS-003 28High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-F-2017, A235308 1F L 3331NoNo 3Main Steam from Steam Generator 23 ShellText19:2-MS-004 28High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-F-2017, A235308 1F L 3331NoNo 3Main Steam from Steam Generator 24 ShellText19:2-MS-005 24High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3Line from 2-MS-001 to Seal Steam and MSR Header.Text19:2-MS-006 24High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3Line from 2-MS-002 to Gland Seal Steam and MSR B Header.Text19:2-MS-007 20High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308, A227780 1F L 3331NoNo 3Gland Seal Steam, MSR B, and Aux. Steam

Header.Report No. 0700.104-03, Appendix A, Revision 2Page A-46 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam (MS), Unit 22-MS-01: Main Steam from Stm Gen to HP Turbine, BFP Turbine, MSRs, Aux. Steam, SJAEs, and Priming Ejectors.Line Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-008 24High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3Line from 2-MS-001 (3) to MSR A HeaderText19:2-MS-009 24High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3Line from 2-MS-004 to MSR A HeaderText19:2-MS-010 20High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308, A227780 1F L 3331NoNo 3MSR A, BFP Turbine, SJAE, and Priming Ejector HeaderText19:2-MS-011 28High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3Main Steam to NE HP Turbine InletText19:2-MS-011-A 4High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3MS-863 BypassText19:2-MS-012 28High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3Main Steam to SE HP Turbine InletText19:2-MS-012-A 4High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3MS-864 BypassReport No. 0700.104-03, Appendix A, Revision 2Page A-47 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam (MS), Unit 22-MS-01: Main Steam from Stm Gen to HP Turbine, BFP Turbine, MSRs, Aux. Steam, SJAEs, and Priming Ejectors.Line Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-013 28High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3Main Steam to NW HP Turbine InletText19:2-MS-013-A 4High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3MS-865 BypassText19:2-MS-014 28High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3Main Steam to SW HP Turbine InletText19:2-MS-014-A 4High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3MS-866 BypassText19:2-MS-015 20High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3Main Steam Balancing Line between 2-MS-001 and 2-MS-003Text19:2-MS-016 12High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Main Steam to Reheater Steam Control Station A.Text19:2-MS-017 8High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Reheater Steam Control Station A line to PCV 1175-1Report No. 0700.104-03, Appendix A, Revision 2Page A-48 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam (MS), Unit 22-MS-01: Main Steam from Stm Gen to HP Turbine, BFP Turbine, MSRs, Aux. Steam, SJAEs, and Priming Ejectors.Line Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-018 8High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Reheater Steam Control Station A line to PCV 1175-2Text19:2-MS-019 1High quality main steam line. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA227780 1F P 3331NoNo 3Reheater Steam Control Station A line to PCV

1108Text19:2-MS-020 12High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Reheater Steam Header AText19:2-MS-021 6High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Reheater Header to MSR

21AText19:2-MS-022 6High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Reheater Header to MSR 22AText19:2-MS-023 6High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Reheater Header to MSR

23AText19:2-MS-024 12High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Main Steam to Reheater Steam Control Station B.Report No. 0700.104-03, Appendix A, Revision 2Page A-49 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam (MS), Unit 22-MS-01: Main Steam from Stm Gen to HP Turbine, BFP Turbine, MSRs, Aux. Steam, SJAEs, and Priming Ejectors.Line Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-025 8High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Reheater Steam Control Station B line to PCV 1175-3Text19:2-MS-026 8High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Reheater Steam Control Station B line to PCV 1175-4Text19:2-MS-027 1High quality main steam line. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA227780 1F P 3331NoNo 3Reheater Steam Control Station B line to PCV 1109Text19:2-MS-028 12High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Reheater Steam Header

BText19:2-MS-029 6High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Reheater Header to MSR 21BText19:2-MS-030 6High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Reheater Header to MSR

22BText19:2-MS-031 6High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Reheater Header to MSR

23BReport No. 0700.104-03, Appendix A, Revision 2Page A-50 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam (MS), Unit 22-MS-01: Main Steam from Stm Gen to HP Turbine, BFP Turbine, MSRs, Aux. Steam, SJAEs, and Priming Ejectors.Line Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-032 1High quality main steam line. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA227780 1F P 3331NoNo 3Reheater Cal. LineText19:2-MS-033 4High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Main Steam to BFP #21

TurbineText19:2-MS-034 4High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Main Steam to BFP #22 TurbineText19:2-MS-035 6High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Main Steam to SJAEs and Priming EjectorsText19:2-MS-036-A 3High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3SJAE Steam Supply Upstream of PCV 1132Text19:2-MS-036-B 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD No. 18.0A227780 1F L 2131NoNo 2SJAE Steam Supply Downstream of PCV 1132Text19:2-MS-037 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD No. 18.0A227780 1F L 2131NoNo 2SJAE HeaderReport No. 0700.104-03, Appendix A, Revision 2Page A-51 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam (MS), Unit 22-MS-01: Main Steam from Stm Gen to HP Turbine, BFP Turbine, MSRs, Aux. Steam, SJAEs, and Priming Ejectors.Line Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-038 2This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A227780 1F T 2131NoNo 2Header to SJAE 21Text19:2-MS-039 2This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A227780 1F T 2131NoNo 2Header to SJAE 22Text19:2-MS-040 2This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A227780 1F T 2131NoNo 2Header to SJAE 23Text19:2-MS-041This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-797Text19:2-MS-042This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-798Text19:2-MS-043This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-799Text19:2-MS-044This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-800Report No. 0700.104-03, Appendix A, Revision 2Page A-52 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam (MS), Unit 22-MS-01: Main Steam from Stm Gen to HP Turbine, BFP Turbine, MSRs, Aux. Steam, SJAEs, and Priming Ejectors.Line Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-045This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-801Text19:2-MS-046This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-802Text19:2-MS-047This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-803Text19:2-MS-048This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-804Text19:2-MS-049This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-805Text19:2-MS-050This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-806Text19:2-MS-051This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-807Report No. 0700.104-03, Appendix A, Revision 2Page A-53 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam (MS), Unit 22-MS-01: Main Steam from Stm Gen to HP Turbine, BFP Turbine, MSRs, Aux. Steam, SJAEs, and Priming Ejectors.Line Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-052This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-808Text19:2-MS-053This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-809Text19:2-MS-054This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-810Text19:2-MS-055This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-811Text19:2-MS-056This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-812Text19:2-MS-057This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-813Text19:2-MS-058This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-814Report No. 0700.104-03, Appendix A, Revision 2Page A-54 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam (MS), Unit 22-MS-01: Main Steam from Stm Gen to HP Turbine, BFP Turbine, MSRs, Aux. Steam, SJAEs, and Priming Ejectors.Line Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-059-A 6High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Main Steam to Priming Ejectors Header Upstream of PCV 1133Text19:2-MS-059-B 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD No. 18.0A227780 1F L 2131NoNo 2Main Steam to Priming Ejectors Header Downstream of PCV 1133Text19:2-MS-060 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD No. 18.0A227780 1F L 2131NoNo 2Priming Ejectors HeaderText19:2-MS-061 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD No. 18.0A227780 1F L 2131NoNo 2Priming Ejectors Header to PE 21Text19:2-MS-062 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD No. 18.0A227780 1F L 2131NoNo 2Priming Ejectors Header to PE 22Text19:2-MS-063 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD No. 18.0A227780 1F L 2131NoNo 2Priming Ejectors Header to PE 23Text19:2-MS-064 12High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3Balancing line between SE and SW HP Turbine Steam Feed Lines.Text19:2-MS-076 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA235308 1F L 2131NoNo 2MS-863 Valve leakoff to condenser.Report No. 0700.104-03, Appendix A, Revision 2Page A-55 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam (MS), Unit 22-MS-01: Main Steam from Stm Gen to HP Turbine, BFP Turbine, MSRs, Aux. Steam, SJAEs, and Priming Ejectors.Line Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-077 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA235308 1F L 2131NoNo 2MS-864 Valve leakoff to condenser.Text19:2-MS-078 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA235308 1F L 2131NoNo 2MS-865 Valve leakoff to condenser.Text19:2-MS-079 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA235308 1F L 2131NoNo 2MS-866 Valve leakoff to condenser.Text19:2-MS-1430.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235308 1F P 2131NoNo 2Main Steam Stop Valve drain to 23 Cond. West SideText19:2-MS-1440.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235308 1F P 2131NoNo 2Main Steam Stop Valve drain to 23 Cond. East SideText19:2-MS-192 4High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Main Steam Header to Aux. Steam Upstream of PCV-1015Text19:2-MS-198This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB2371451FP2131NoNo 2LH Control Valve Stem Leak-off LinesText19:2-MS-199This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB2371451FP2131NoNo 2RH Control Valve Stem Leak-off LinesReport No. 0700.104-03, Appendix A, Revision 2Page A-56 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam (MS), Unit 22-MS-01: Main Steam from Stm Gen to HP Turbine, BFP Turbine, MSRs, Aux. Steam, SJAEs, and Priming Ejectors.Line Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-2001.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB237145 1F P 2131NoNo 2Upper LH HP Turbine Feed LeakoffText19:2-MS-2011.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB237145 1F P 2131NoNo 2Lower LH HP Turbine Feed LeakoffText19:2-MS-2021.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB237145 1F P 2131NoNo 2Upper RH HP Turbine Feed LeakoffText19:2-MS-2031.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB237145 1F P 2131NoNo 2Lower LH HP Turbine Feed Leakoff2-MS-06: Main Steam Supply to Gland Steam HeaderLine Number Size(in.)FComments ReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-187 4High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3Main Steam Supply to Gland Seal Regulator StationText19:2-MS-188-A 3High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3Gland Seal Steam Supply upstream of PCV-1145-1Text19:2-MS-188-B 12This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 2131NoNo 2Gland Seal Steam Supply downstream of PCV-1145-1Report No. 0700.104-03, Appendix A, Revision 2Page A-57 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam (MS), Unit 22-MS-06: Main Steam Supply to Gland Steam HeaderLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-189-A 3High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3Gland Seal Steam Supply upstream of PCV-1145-2Text19:2-MS-189-B 12This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 2131NoNo 2Gland Seal Steam Supply downstream of PCV-1145-2Text19:2-MS-191 12This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 2131NoNo 2Main Steam to Gland Seal Steam Header.Report No. 0700.104-03, Appendix A, Revision 2Page A-58 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Moisture Separator Reheater Drains (MSD), Unit 22-MSD-01: Moisture Separator Drains to the Heater Drain Tank and Drains Collecting TankLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MSD-0972.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 1121NoNo 1MS Drain Tank 21A vent to MSRText19:2-MSD-0982.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 1121NoNo 1MS Drain Tank 22A vent to MSRText19:2-MSD-0992.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 1121NoNo 1MS Drain Tank 23A vent to MSRText19:2-MSD-1002.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 1121NoNo 1MS Drain Tank 21B vent to MSRText19:2-MSD-1012.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 1121NoNo 1MS Drain Tank 22B vent to MSRText19:2-MSD-1022.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 1121NoNo 1MS Drain Tank 23B vent to MSRText19:2-MSD-103-A 6All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2023 1F L1221Y esN o 1MSD33A-1-MSDT 21A to HDT: MS Drain Tank 21A Nozzle to Heater

Drain TankText19:2-MSD-103-C 6All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2023 1F L1221Y esN o 1MSD33A-1-MSDT 21A to HDT: Heater Drain Tank Nozzle from MS Drain Tank 21AReport No. 0700.104-03, Appendix A, Revision 2Page A-59 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Moisture Separator Reheater Drains (MSD), Unit 22-MSD-01: Moisture Separator Drains to the Heater Drain Tank and Drains Collecting TankLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MSD-104-A 6All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2023 1F L1221Y esN o 1MSD34A-1-MSDT 22A to HDT: MS Drain Tank 22A Nozzle to Heater

Drain TankText19:2-MSD-104-C 6All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2023 1F L1221Y esN o 1MSD34A-1-MSDT 22A to HDT: Heater Drain Tank Nozzle from MS Drain Tank 22AText19:2-MSD-105-A 6All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2023 1F L1221Y esN o 1MSD35A-1-MSDT 23A to HDT: MS Drain Tank 23A Nozzle to Heater Drain TankText19:2-MSD-105-C 6All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2023 1F L1221Y esN o 1MSD35A-1-MSDT 23A to HDT: Heater Drain Tank Nozzle from MS Drain Tank 23AText19:2-MSD-106-A 6All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2023 1F L1221Y esN o 1MSD36A-1-MSDT 21B to HDT: MS Drain Tank 21B Nozzle to Heater

Drain TankText19:2-MSD-106-C 6All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2023 1F L1221Y esN o 1MSD36A-1-MSDT 21B to HDT: Heater Drain Tank Nozzle from MS Drain Tank 21BText19:2-MSD-107-A 6All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2023 1F L1221Y esN o 1MSD37A-1-MSDT 22B to HDT: MS Drain Tank 22B Nozzle to Heater

Drain TankText19:2-MSD-107-C 6All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2023 1F L1221Y esN o 1MSD37A-1-MSDT 22B to HDT: Heater Drain Tank Nozzle from MS Drain Tank 22BReport No. 0700.104-03, Appendix A, Revision 2Page A-60 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Moisture Separator Reheater Drains (MSD), Unit 22-MSD-01: Moisture Separator Drains to the Heater Drain Tank and Drains Collecting TankLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MSD-108-A 6All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2023 1F L1221Y esN o 1MSD38A-1-MSDT 23B to HDT: MS Drain Tank 23B Nozzle to Heater

Drain TankText19:2-MSD-108-C 6All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2023 1F L1221Y esN o 1MSD38A-1-MSDT 23B to HDT: Heater Drain Tank Nozzle from MS Drain Tank 23B2-MSD-02: Reheater Drains to #26 Feedwater Heaters and CondensersLine Number Size(in.)FComments ReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MSD-1452.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 2131NoNo 2Reheater Drain Tank 21A Vent to MSRText19:2-MSD-1462.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 2131NoNo 2Reheater Drain Tank 22A Vent to MSRText19:2-MSD-1472.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 2131NoNo 2Reheater Drain Tank 23A Vent to MSRText19:2-MSD-1482.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 2131NoNo 2Reheater Drain Tank 21B Vent to MSRText19:2-MSD-1492.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 2131NoNo 2Reheater Drain Tank 22B Vent to MSRReport No. 0700.104-03, Appendix A, Revision 2Page A-61 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Moisture Separator Reheater Drains (MSD), Unit 22-MSD-02: Reheater Drains to #26 Feedwater Heaters and CondensersLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MSD-1502.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 2131NoNo 2Reheater Drain Tank 23B Vent to MSRText19:2-MSD-175 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 2131NoNo 2Reheater 21A to Condenser 23Text19:2-MSD-176 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 2131NoNo 2Reheater 22A to Condenser 22Text19:2-MSD-177 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 2131NoNo 2Reheater 23A to Condenser 23Text19:2-MSD-178 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 2131NoNo 2Reheater 21B to Condenser 21Text19:2-MSD-179 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 2131NoNo 2Reheater 22B to Condenser 22Text19:2-MSD-180 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 2131NoNo 2Reheater 23B to Condenser 21Report No. 0700.104-03, Appendix A, Revision 2Page A-62 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-019-A 12This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 1121NoNo 1Crossunder Steam Trap to Condenser 21Text19:2-MST-020-A 12This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 1121NoNo 1Crossunder Steam Trap to Condenser 21Text19:2-MST-021-A 12This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 1121NoNo 1Crossunder Steam Trap to Condenser 22Text19:2-MST-022-A 12This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 1121NoNo 1Crossunder Steam Trap to Condenser 22Text19:2-MST-023-A 12This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 1121NoNo 1Crossunder Steam Trap to Condenser 23Text19:2-MST-024-A 12This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 1121NoNo 1Crossunder Steam Trap to Condenser 23Text19:2-MST-080-A1.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main steam to MST-1Text19:2-MST-080-B1.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-1 to Steam Trap HeaderReport No. 0700.104-03, Appendix A, Revision 2Page A-63 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-081-A1.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main steam to MST-2Text19:2-MST-081-B1.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-2 to Steam Trap HeaderText19:2-MST-082-A1.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main steam to MST-3Text19:2-MST-082-B1.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-3 to Steam Trap HeaderText19:2-MST-083-A1.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from Drain Pot to MST-4Text19:2-MST-083-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-1-24 US Leakoff to MST-4.Text19:2-MST-083-CThis line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-20411FP2131NoNo 2MST-4 to Steam Trap HeaderText19:2-MST-084-A1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-1-21 US Leakoff to MST-5Report No. 0700.104-03, Appendix A, Revision 2Page A-64 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-084-B1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-5 to Steam Trap

HeaderText19:2-MST-085-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-2A US Leakoff to MST-6Text19:2-MST-085-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-1-21 DS Leakoff to MST-6Text19:2-MST-085-C 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-6 to Steam Trap HeaderText19:2-MST-086-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-2A DS Leakoff to MST-8Text19:2-MST-086-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-8 to Steam Trap HeaderText19:2-MST-087-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-2B DS Leakoff to MST-9Text19:2-MST-087-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-9 to Steam Trap

HeaderReport No. 0700.104-03, Appendix A, Revision 2Page A-65 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-088-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-1-22 DS Leakoff to MST-10Text19:2-MST-088-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-2B US Leakoff to MST-10Text19:2-MST-088-C 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-10 to Steam Trap HeaderText19:2-MST-089-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-1-22 US Leakoff to MST-12Text19:2-MST-089-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-12 to Steam Trap

HeaderText19:2-MST-090-A1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-1-23 US Leakoff to MST-13Text19:2-MST-090-B1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-13 to Steam Trap

HeaderText19:2-MST-091-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-1-23 DS Leakoff to MST-14Report No. 0700.104-03, Appendix A, Revision 2Page A-66 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-091-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-2C US Leakoff to MST-14Text19:2-MST-091-C 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-14 to Steam Trap

HeaderText19:2-MST-092-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-2C DS Leakoff to MST-16Text19:2-MST-092-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-16 to Steam Trap HeaderText19:2-MST-093-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-1-24 DS Leakoff to MST-18Text19:2-MST-093-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-2D US Leakoff to MST-18Text19:2-MST-093-C 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-18 to Steam Trap

HeaderText19:2-MST-094-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-2D DS Leakoff to MST-20Report No. 0700.104-03, Appendix A, Revision 2Page A-67 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-094-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-20 to Steam Trap

HeaderText19:2-MST-095-A1.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam to MST-21Text19:2-MST-095-B1.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-21 to Steam Trap HeaderText19:2-MST-096-A1.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam to MST-22Text19:2-MST-096-B1.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-22 to Steam Trap

HeaderText19:2-MST-097-A1.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam to MST-23Text19:2-MST-097-B1.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-23 to Steam Trap

HeaderText19:2-MST-098-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Exit Nozzle US of Valve MS-90-1Report No. 0700.104-03, Appendix A, Revision 2Page A-68 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-099-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam to MST-25 via Steam Dump LinesText19:2-MST-099-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-25 to Steam Trap

HeaderText19:2-MST-100-A1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-26 via Steam Dump LinesText19:2-MST-100-B1.25Components have been replaced in a similar line. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.P&ID, Replacement History 9321-F-2042 1F P1131Y esN o 1MST-26 to Steam Trap HeaderText19:2-MST-101-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam to MST-27 via Steam Dump LinesText19:2-MST-101-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-27 to Steam Trap

HeaderText19:2-MST-102-A1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-28 via Steam Dump LinesText19:2-MST-102-B1.25Components have been replaced in a similar line. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.P&ID, Replacement History 9321-F-2042 1F P1131Y esN o 1MST-28 to Steam Trap

HeaderReport No. 0700.104-03, Appendix A, Revision 2Page A-69 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-103-A1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-29 via Steam Dump LinesText19:2-MST-103-B1.25Components have been replaced in a similar line. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.P&ID, Replacement History 9321-F-2042 1F P1131Y esN o 1MST-29 to Steam Trap

HeaderText19:2-MST-104-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-30Text19:2-MST-104-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-30 to Steam Trap HeaderText19:2-MST-105-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-31Text19:2-MST-105-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-31 to HeaderText19:2-MST-105-D 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2Header to Steam Trap

HeaderText19:2-MST-106-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-32Report No. 0700.104-03, Appendix A, Revision 2Page A-70 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-106-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-32 to Steam Trap

HeaderText19:2-MST-107-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.SD No. 18.0 9321-F-2042 1F P 2131NoNo 2Steam to MST-33Text19:2-MST-107-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-33 to Steam Trap HeaderText19:2-MST-108-A1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-34Text19:2-MST-108-B1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-34 to Steam Trap

HeaderText19:2-MST-109-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-35Text19:2-MST-109-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-35 to Steam Trap

HeaderText19:2-MST-110-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam to MST-36Report No. 0700.104-03, Appendix A, Revision 2Page A-71 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-110-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-36 to Steam Trap

HeaderText19:2-MST-111-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-37Text19:2-MST-111-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-37 to Steam Trap HeaderText19:2-MST-112-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-38Text19:2-MST-112-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-38 to Steam Trap

HeaderText19:2-MST-113-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-39Text19:2-MST-113-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-39 to HeaderText19:2-MST-113-D1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2Header to Steam Trap

HeaderReport No. 0700.104-03, Appendix A, Revision 2Page A-72 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-114-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-40Text19:2-MST-114-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-40 to HeaderText19:2-MST-115-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam to MST-41Text19:2-MST-115-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-41 to HeaderText19:2-MST-116-A1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-42 via Steam Dump LinesText19:2-MST-116-B1.25Components have been replaced in a similar line. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.P&ID, Replacement History 9321-F-2042 1F P1131Y esN o 1MST-42 to Steam Trap HeaderText19:2-MST-117-A1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-43 via Steam Dump LinesText19:2-MST-117-B1.25Components have been replaced in this line. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.P&ID, Replacement History 9321-F-2042 1F P1131Y esN o 1MST-43 to Steam Trap

HeaderReport No. 0700.104-03, Appendix A, Revision 2Page A-73 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-118-A1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-44 via Steam Dump LinesText19:2-MST-118-B1.25Components have been replaced in a similar line. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.P&ID, Replacement History 9321-F-2042 1F P1131Y esN o 1MST-44 to Steam Trap

HeaderText19:2-MST-119-A1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-45 via Steam Dump LinesText19:2-MST-119-B1.25Components have been replaced in a similar line. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.P&ID, Replacement History 9321-F-2042 1F P1131Y esN o 1MST-45 to Steam Trap HeaderText19:2-MST-120-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-46 via Steam Dump LinesText19:2-MST-120-B 1Components have been replaced in a similar line. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.P&ID, Replacement History 9321-F-2042 1F P1131Y esN o 1MST-46 to Steam Trap

HeaderText19:2-MST-121-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-47 via Steam Dump LinesReport No. 0700.104-03, Appendix A, Revision 2Page A-74 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-121-B 1Components have been replaced in a similar line. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.P&ID, Replacement History 9321-F-2042 1F P1131Y esN o 1MST-47 to Steam Trap

HeaderText19:2-MST-122-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-48Text19:2-MST-122-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-48 to Steam Trap HeaderText19:2-MST-123-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-49Text19:2-MST-123-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-49 to Steam Trap

HeaderText19:2-MST-124-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-50Text19:2-MST-124-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-50 to Steam Trap

HeaderText19:2-MST-125-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-51Report No. 0700.104-03, Appendix A, Revision 2Page A-75 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-125-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-51 to Steam Trap

HeaderText19:2-MST-126-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-52Text19:2-MST-126-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-52 to Steam Trap HeaderText19:2-MST-127-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2Steam to MST-56Text19:2-MST-127-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-56 to Steam Trap

HeaderText19:2-MST-128-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2Steam to MST-57Text19:2-MST-128-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-57 to Steam Trap

HeaderText19:2-MST-129-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2Steam to MST-58Report No. 0700.104-03, Appendix A, Revision 2Page A-76 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-129-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-58 to Steam Trap

HeaderText19:2-MST-130-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2Steam to MST-59Text19:2-MST-130-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-59 to Steam Trap HeaderText19:2-MST-131-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2Steam to MST-60Text19:2-MST-131-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-60 to HeaderText19:2-MST-132-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2Steam to MST-61Text19:2-MST-132-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-61 to Steam Trap

HeaderText19:2-MST-133-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2Steam to MST-62Report No. 0700.104-03, Appendix A, Revision 2Page A-77 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-133-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-62 to Steam Trap

HeaderText19:2-MST-134-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2Steam to MST-63Text19:2-MST-134-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-63 to Steam Trap HeaderText19:2-MST-135-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Steam to MST-64Text19:2-MST-135-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-64 to HeaderText19:2-MST-136-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2Steam to MST-65Text19:2-MST-136-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-65 to HeaderText19:2-MST-193-A0.75High quality main steam line. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA227780 1F P 3331NoNo 3Main Steam to MST-100Report No. 0700.104-03, Appendix A, Revision 2Page A-78 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-193-B0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA227780 1F P 2131NoNo 2MST-100 to Steam Trap

HeaderReport No. 0700.104-03, Appendix A, Revision 2Page A-79 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Moisture Preseparator Drains (PD), Unit 22-PD-01: Moisture Preseparator Drain LinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-PD-005 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA228272 1F L 1121NoNo 1Moisture Preseparator "A" to 20" LineText19:2-PD-006 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA228272 1F L 1121NoNo 1Moisture Preseparator "B" to 20" LineText19:2-PD-007 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA228272 1F L 1121NoNo 1Moisture Preseparator "C" to 20" LineText19:2-PD-008 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA228272 1F L 1121NoNo 1Moisture Preseparator "D" to 20" LineText19:2-PD-009-A 20All other components in this line were replaced with Stainless Steel to mitigate FAC.SFA ModelA228272 1F L1121Y esN o 1ES7A-1-SEP TKA VNT to FWH25: Separating Tank A Nozzle to Extraction Steam HeaderText19:2-PD-010-A 20All other components in this line were replaced with Stainless Steel to mitigate FAC.SFA ModelA228272 1F L1121Y esN o 1ES7A-2-SEP TKB VNT to FWH25: Separating Tank B Nozzle to Extraction Steam HeaderReport No. 0700.104-03, Appendix A, Revision 2Page A-80 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Reheat Steam Traps (RST), Unit 22-RST-01: Reheat Steam Trap Lines Downstream of Reheater Steam TrapsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-RST-0010.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2RST-1 to BFP Turbine Drip Tank HeaderText19:2-RST-0020.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2RST-2 to BFP Turbine Drip Tank HeaderText19:2-RST-0030.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2RST-3 to BFP Turbine Drip Tank HeaderText19:2-RST-004 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2Reheat Steam Trap Header to BFP Turbine Drip TankReport No. 0700.104-03, Appendix A, Revision 2Page A-81 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Service Boiler (SB), Unit 22-SB-01: Service Boiler LinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-SB-001 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780, A209775 1F L 2131NoNo 2Auxiliary Steam from PCV-1015Text19:2-SB-004 2 P&ID 9321-F-2120 2N o N oN/ASteam to Condensate Return, Hot Water Heat Exchangers, and Office Unit HeatersText19:2-SB-005 2 P&ID 9321-F-2120 2N o N oN/ASteam to Hot Water Heat Exchangers and Office Unit HeatersText19:2-SB-011 1 P&ID 9321-F-2120 2N o N oN/AHeader Drain to AST-35Text19:2-SB-0121.5 P&ID 9321-F-2120 2N o N oN/ASteam to Office Unit HeatersText19:2-SB-015 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA209775 1F L 2131NoNo 2Steam from Aux. Steam HeaderText19:2-SB-016 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA209775 1F L 2131NoNo 2Desuperheater HeaderText19:2-SB-022 2 P&IDA209775 2N o N oN/ASteam trap header to Cond. ReceiverText19:2-SB-023 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA209775 1F L 2131NoNo 2Header to Steam TrapsText19:2-SB-026 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA209775 1F P 2131NoNo 2Desuperheater HeaderReport No. 0700.104-03, Appendix A, Revision 2Page A-82 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Service Boiler (SB), Unit 22-SB-01: Service Boiler LinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-SB-030 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA209775 1F L 2131NoNo 2Steam to DesuperheaterText19:2-SB-039 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA209775 1F L 2121NoNo 2Service Boiler Header to Air Tempering UnitsText19:2-SB-042 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID9321-F-2021, B193201 1F L 2221NoNo 2Line from #10 House Service Boiler DeaeratorText19:2-SB-0431.5 P&ID9321-F-2021, B193201 2N o N oN/ALine from #10 House Service Boiler DeaeratorReport No. 0700.104-03, Appendix A, Revision 2Page A-83 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Condensate Return Unit Heaters to Service Boiler D (UH), Unit 22-UH-01: Condensate Return from Unit Heaters to the DeaeratorLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-UH-001 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA209775, 9321-

F-2120 1F L 2211NoNo 2Condensate return pumps to #20 House Service DeaeratorText19:2-UH-002 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID9321-F-2120, B193201 1F L 2211NoNo 2Condensate return to #10 House Service DeaeratorText19:2-UH-003 10This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD No. 29.01A209775 1F L 2311NoNo 2Desuperheater outlet header to various unit heatersText19:2-UH-004 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD No. 29.01A209775 1F L 2311NoNo 2Desuperheater outlet steam to Gland Seal Steam HeaderText19:2-UH-071 6Based on engineering judgment, these lines are not as susceptible as the numbers may imply.

Susceptibility level was lowered accordingly. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.

P&IDA209775 1F L 2111NoNo 2Unit Heater Drain Header to Condensate ReceiverText19:2-UH-072 6Based on engineering judgment, these lines are not as susceptible as the numbers may imply.

Susceptibility level was lowered accordingly. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.

P&IDA209775 1F L 2111NoNo 2Unit Heater Drain Header to Condensate ReceiverReport No. 0700.104-03, Appendix A, Revision 2Page A-84 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Condensate Return Unit Heaters to Service Boiler D (UH), Unit 22-UH-01: Condensate Return from Unit Heaters to the DeaeratorLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-UH-073 4Based on engineering judgment, these lines are not as susceptible as the numbers may imply. Susceptibility level was lowered accordingly. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.

P&IDA209775 1F L 2111NoNo 2Condensate Receiver Vent to AtmosphereText19:2-UH-074 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA209775 1F L 2211NoNo 2Condensate Receiver Drain to Cond. Return Pump #21Text19:2-UH-075 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA209775 1F L 2211NoNo 2Condensate Receiver Drain to Cond. Return Pump #22Text19:2-UH-077 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA209775 1F L 2211NoNo 2Cond. Return Pump #21 DischargeText19:2-UH-078 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA209775 1F L 2211NoNo 2Cond. Return Pump #21 DischargeText19:2-UH-079 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB193201 1F P 2211NoNo 2Line from #20 House Service Boiler to Service Boiler DeaeratorReport No. 0700.104-03, Appendix A, Revision 2Page A-85 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Condensate Return Unit Heater Steam Traps (UHT), Unit 22-UHT-01: Steam Trap Lines from the Condensate Return from Unit Heaters to the Deaerator systemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-UHT-005 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.SD No. 29.01A209775 1F P 2311NoNo 2Steam to UHT-510Text19:2-UHT-006 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.SD No. 29.01A209775 1F P 2311NoNo 2Steam to UHT-511Text19:2-UHT-007 2 P&IDA209775 2N o N oN/ASteam trap header to Cond. Receiver from UHT-510.Text19:2-UHT-008 1 P&IDA209775 2N o N oN/ASteam from gland steam supply steam trapsText19:2-UHT-009 2 P&IDA209775 2N o N oN/ASteam to and from

215UHRText19:2-UHT-010 2 P&IDA209775 2N o N oN/ASteam to and from

217UHRText19:2-UHT-011 2 P&IDA209775 2N o N oN/ASteam to and from 29UHRText19:2-UHT-012 2 P&IDA209775 2N o N oN/ASteam to and from

22UHRText19:2-UHT-013 1 P&IDA209775 2N o N oN/ASteam to and from UHT-2-1Text19:2-UHT-014 2 P&IDA209775 2N o N oN/ASteam to and from

221UHRText19:2-UHT-015 2 P&IDA209775 2N o N oN/ASteam to and from

219UHRText19:2-UHT-016 2 P&IDA209775 2N o N oN/ASteam to and from

211UHRText19:2-UHT-017 2 P&IDA209775 2N o N oN/ASteam to and from

24UHRReport No. 0700.104-03, Appendix A, Revision 2Page A-86 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Condensate Return Unit Heater Steam Traps (UHT), Unit 22-UHT-01: Steam Trap Lines from the Condensate Return from Unit Heaters to the Deaerator systemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-UHT-018 1 P&IDA209775 2N o N oN/ASteam to and from UHT-2-2Text19:2-UHT-019 2 P&IDA209775 2N o N oN/ASteam to and from

225UHRText19:2-UHT-020 2 P&IDA209775 2N o N oN/ASteam to and from

224UHRText19:2-UHT-021 2 P&IDA209775 2N o N oN/ASteam to and from

223UHRText19:2-UHT-022 2 P&IDA209775 2N o N oN/ASteam to and from 213UHRText19:2-UHT-023 2 P&IDA209775 2N o N oN/ASteam to and from 27UHRText19:2-UHT-024 1 P&IDA209775 2N o N oN/ASteam to and from UHT-

1-1Text19:2-UHT-024-A 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA209775 1F L 2131NoNo 2Steam to UHT-512 and 513Text19:2-UHT-025 1 P&IDA209775 2N o N oN/ASteam to and from Oil PreheaterText19:2-UHT-026 1 P&IDA209775 2N o N oN/ASteam to and from UHT-4-1Text19:2-UHT-027 2 P&IDA209775 2N o N oN/ASteam to and from 24AUHRText19:2-UHT-0281.5 P&IDA209775 2N o N oN/ASteam to and from UHT-

2-3Text19:2-UHT-029 1 P&IDA209775 2N o N oN/ASteam to and from

248UHRText19:2-UHT-030 1 P&IDA209775 2N o N oN/ASteam to and from

250UHRReport No. 0700.104-03, Appendix A, Revision 2Page A-87 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Condensate Return Unit Heater Steam Traps (UHT), Unit 22-UHT-01: Steam Trap Lines from the Condensate Return from Unit Heaters to the Deaerator systemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-UHT-031 1 P&IDA209775 2N o N oN/ASteam to and from 249UHRText19:2-UHT-032 1 P&IDA209775 2N o N oN/ASteam to and from

252UHRText19:2-UHT-033 1 P&IDA209775 2N o N oN/ASteam to and from

251UHRText19:2-UHT-034 1 P&IDA209775 2N o N oN/ASteam to and from UHT-

11-3Text19:2-UHT-035 1 P&IDA209775 2N o N oN/ASteam to and from 247UHRText19:2-UHT-036 1 P&IDA209775 2N o N oN/ASteam to and from 246UHRText19:2-UHT-037 1 P&IDA209775 2N o N oN/ASteam to and from

245UHRText19:2-UHT-038 1 P&IDA209775 2N o N oN/ASteam to and from UHT-

11-2Text19:2-UHT-039 2 P&IDA209775 2N o N oN/AUHT-511 outletText19:2-UHT-040 2 P&IDA209775 2N o N oN/ASteam to and from 214UHRText19:2-UHT-041 2 P&IDA209775 2N o N oN/ASteam to and from 216UHRText19:2-UHT-042 2 P&IDA209775 2N o N oN/ASteam to and from

218UHRText19:2-UHT-043 2 P&IDA209775 2N o N oN/ASteam to and from

220UHRText19:2-UHT-044 2 P&IDA209775 2N o N oN/ASteam to and from

222UHRText19:2-UHT-045 1 P&IDA209775 2N o N oN/ASteam to and from

260UHRReport No. 0700.104-03, Appendix A, Revision 2Page A-88 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Condensate Return Unit Heater Steam Traps (UHT), Unit 22-UHT-01: Steam Trap Lines from the Condensate Return from Unit Heaters to the Deaerator systemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-UHT-046 1 P&IDA209775 2N o N oN/ASteam to and from UHT-4-2Text19:2-UHT-047 2 P&IDA209775 2N o N oN/ASteam to and from

21UHRText19:2-UHT-048 2 P&IDA209775 2N o N oN/ASteam to and from

28UHRText19:2-UHT-049 2 P&IDA209775 2N o N oN/ASteam to and from

23UHRText19:2-UHT-050 2 P&IDA209775 2N o N oN/ASteam to and from 210UHRText19:2-UHT-051 2 P&IDA209775 2N o N oN/ASteam to and from 212UHRText19:2-UHT-052 2 P&IDA209775 2N o N oN/ASteam to and from

25UHRText19:2-UHT-0530.75 P&IDA209775 2N o N oN/ASteam to and from UHT-

11-1Text19:2-UHT-056 1 P&IDA209775 2N o N oN/AUHT-513 DischargeText19:2-UHT-0570.5 P&IDA209775 2N o N oN/AUHT-512 DischargeText19:2-UHT-0600.75 P&IDA209775 2N o N oN/A21 Air Tempering Unit DischargeText19:2-UHT-0610.75 P&IDA209775 2N o N oN/A22 Air Tempering Unit DischargeText19:2-UHT-062 1 P&IDA209775 2N o N oN/ASteam to various unit heatersText19:2-UHT-0630.75 P&IDA209775 2N o N oN/ASteam to and from UH-TSC-1Text19:2-UHT-0640.75 P&IDA209775 2N o N oN/ASteam to and from

242UHRReport No. 0700.104-03, Appendix A, Revision 2Page A-89 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Condensate Return Unit Heater Steam Traps (UHT), Unit 22-UHT-01: Steam Trap Lines from the Condensate Return from Unit Heaters to the Deaerator systemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-UHT-0650.75 P&IDA209775 2N o N oN/ASteam to and from 243UHRText19:2-UHT-0660.75 P&IDA209775 2N o N oN/ASteam to and from

244UHRText19:2-UHT-0670.75 P&IDA209775 2N o N oN/ASteam to and from UHT-

8-246Text19:2-UHT-0680.75 P&IDA209775 2N o N oN/ASteam to and from

253UHRText19:2-UHT-069 2 P&IDA209775 2N o N oN/AUnit Heater Drain to Discharge TunnelText19:2-UHT-0890.75 P&IDB227209 2N o N oN/ASteam to and from UH-1020Text19:2-UHT-0900.75 P&IDB227209 2N o N oN/ASteam to and from UH-1019Text19:2-UHT-0920.75 P&IDB227209 2N o N oN/ASteam to and from UH-1021Report No. 0700.104-03, Appendix A, Revision 2Page A-90 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Report Header Legend:

F SF Crit.Q T O Priority Plant Exp.Ind. Exp. Consequence of Failure 1 = High Consequence of Failure (Category 1) 2 = Low Consequence of Failure (Category 2)

Susceptibility level 1 = High Susceptibility 2 = Moderate Susceptibility 3 = Low Susceptibility Consequence of Failure Criteria (see below)

Operating Quality code 1 = 30% to 99.5% 2 = < 30%

3 = > 99.5% Operating Temperature code 1 = 250 to 350 deg F 2 = 350 to 400 deg F 3 = < 250 deg F, > 400 deg F Operating time code 1 = Lines operating frequently or w/ severe cond.

2 = Lines operating infrequently Priority 1 = High Priority 2 = Moderate Priority 3 = Low Priority Plant Experience Industry ExperienceConsequence of Failure Criteria (F Crit.) Legend:

FI FL FP FS FT High consequence of Failure: non-Isolable line High consequence of Failure: Large-bore line High consequence of Failure: Personnel safety issue (frequently accessed location)

High consequence of Failure: Safety-related line High consequence of Failure: shutdown or Trip upon failureReport No. 0700.104-03, Appendix A, Revision 2Page A-91 of 91 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramSNM Program Lines Sorted by SusceptibilityAppendix BCSI TECHNOLOGIE S , I N C. High Consequence of Failure - High SusceptibilityIndian Point Unit 2Report No. 0700.104-03, Appendix B, Revision 2Page B-1 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Extraction Steam Traps (EST), Unit 22-1EST-01: Extraction Steam Trap Headers to the Drains Collecting TankLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-1EST-013-B 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2031 1F L 1111NoNo 1Steam Trap Header from EST-1, 1A, 2, and 6Text19:2-1EST-014 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2031 1F L 1111NoNo 1Main Extraction Steam Trap Header2-3EST-01: Steam Trap lines from Extraction Steam to the #23 FWHsLine Number Size(in.)FComments ReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-3EST-012-A 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1Extraction Steam to EST-14Text19:2-3EST-012-B 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-14 to Steam Trap HeaderText19:2-3EST-013-A0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1Extraction Steam to EST-15Text19:2-3EST-013-B0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1Header from EST-15 to Steam Trap HeaderText19:2-3EST-014-A0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1Extraction Steam to EST-16Report No. 0700.104-03, Appendix B, Revision 2Page B-2 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Extraction Steam Traps (EST), Unit 22-3EST-01: Steam Trap lines from Extraction Steam to the #23 FWHsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-3EST-014-B0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1Header from EST-16 to Steam Trap HeaderText19:2-3EST-015-A 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1Extraction Steam to EST-17Text19:2-3EST-015-B 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-17 to Steam Trap HeaderText19:2-3EST-016-A0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1Extraction Steam to EST-18Text19:2-3EST-016-B0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-18 to Steam Trap HeaderText19:2-3EST-017-A0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1Extraction Steam to EST-19Text19:2-3EST-017-B0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-19 to Steam Trap HeaderText19:2-3EST-018-A 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1Extraction Steam to EST-20Report No. 0700.104-03, Appendix B, Revision 2Page B-3 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Extraction Steam Traps (EST), Unit 22-3EST-01: Steam Trap lines from Extraction Steam to the #23 FWHsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-3EST-018-B 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-20 to Steam Trap HeaderText19:2-3EST-019-A0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1Extraction Steam to EST-21Text19:2-3EST-019-B0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-21 to Steam Trap HeaderText19:2-3EST-020-A0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1Extraction Steam to EST-23Text19:2-3EST-020-B0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-23 to Steam Trap Header2-4EST-01: Lines from Stm Traps to the Stm Trap Drains Header from Ext lines to #24 FWHsLine Number Size(in.)FComments ReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-4EST-0010.75Components in the line have been replaced in the past. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P1111Y esN o 1EST-5 to Steam Trap HeaderText19:2-4EST-0020.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-6 to Steam Trap HeaderReport No. 0700.104-03, Appendix B, Revision 2Page B-4 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Extraction Steam Traps (EST), Unit 22-4EST-01: Lines from Stm Traps to the Stm Trap Drains Header from Ext lines to #24 FWHsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-4EST-0030.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-7 to Steam Trap HeaderText19:2-4EST-0040.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-8 to Steam Trap HeaderText19:2-4EST-0050.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-9 to Steam Trap HeaderText19:2-4EST-0060.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-10 to Steam Trap HeaderText19:2-4EST-0070.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-11 to Steam Trap HeaderText19:2-4EST-0080.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-12 to Steam Trap HeaderText19:2-4EST-0090.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 1111NoNo 1EST-13 to Steam Trap HeaderReport No. 0700.104-03, Appendix B, Revision 2Page B-5 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Extraction Steam Traps (EST), Unit 22-5EST-01: Steam Trap lines from Extraction Steam to the #25 FWHsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-5EST-040-A0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2031 1F P 1121NoNo 1Extraction steam to EST-4Text19:2-5EST-040-B0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2031 1F P 1121NoNo 1EST-4 to Steam Trap

Header2-6EST-01: Steam Trap lines from Extraction Steam to the #26 FWHsLine Number Size(in.)FComments ReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-6EST-016-B0.75Components in this line have been replaced in the past. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE, Replacement History 9321-F-2031 1F P1131Y esN o 1EST-2 to Steam Trap HeaderReport No. 0700.104-03, Appendix B, Revision 2Page B-6 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Extraction Steam (EX), Unit 22-5EX-01: HP Turbine Crossunder Piping Drip Pots to the CondenserLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-5EX-025-A 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA235308 1F P 1121NoNo 1Crossunder Piping leakoff from Moisture Preseparator A upstream of Pipe Spec ChangeText19:2-5EX-026-A 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA235308 1F P 1121NoNo 1Crossunder Piping leakoff from Moisture Preseparator B upstream of Pipe Spec ChangeText19:2-5EX-027-A 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA235308 1F P 1121NoNo 1Crossunder Piping leakoff from Moisture Preseparator C upstream of Pipe Spec ChangeText19:2-5EX-028-A 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA235308 1F P 1121NoNo 1Crossunder Piping leakoff from Moisture Preseparator D upstream of Pipe Spec ChangeText19:2-5EX-1171.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB237145 1F P 1111NoNo 1HP Turbine DrainText19:2-5EX-1181.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB237145 1F P 1111NoNo 1Crossunder piping leakoff to FCV-1156Text19:2-5EX-1191.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB237145 1F P 1111NoNo 1Crossunder piping leakoff to FCV-1164Text19:2-5EX-1201.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB237145 1F P 1111NoNo 1Crossunder piping leakoff to FCV-1157Report No. 0700.104-03, Appendix B, Revision 2Page B-7 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Extraction Steam (EX), Unit 22-5EX-01: HP Turbine Crossunder Piping Drip Pots to the CondenserLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-5EX-1211.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB237145 1F P 1111NoNo 1Crossunder piping leakoff to FCV-1165Text19:2-5EX-122This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB2371451FP1111NoNo 1Crossunder piping to Moisture Separator Outlet

LineText19:2-5EX-123This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB2371451FP1111NoNo 1Crossunder piping to Moisture Separator Outlet LineText19:2-5EX-124This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB2371451FP1111NoNo 1Crossunder piping to Moisture Separator Outlet LineText19:2-5EX-125This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB2371451FP1111NoNo 1Crossunder piping to Moisture Separator Outlet LineText19:2-5EX-1291.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB237145 1F P 1111NoNo 1Crossunder piping leakoff to FCV11542-6EX-01: HP Turbine Extraction Steam to #26 Feedwater HeatersLine Number Size(in.)FComments ReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-6EX-001-A 12All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2020 1F L1131Y esN o 1ES8-1-6THPT ES to HDR: HP Turbine Extraction Nozzle to #26 FWHs.Report No. 0700.104-03, Appendix B, Revision 2Page B-8 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Extraction Steam (EX), Unit 22-6EX-01: HP Turbine Extraction Steam to #26 Feedwater HeatersLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-6EX-002-A 12All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2020 1F L1131Y esN o 1ES8-2-6THPT ES to HDR: HP Turbine Extraction Nozzle to #26 FWHs.Text19:2-6EX-006-B 12All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2020 1F L1131Y esN o 1ES8-7-6THPT ESHDR to FWH 26A: Extraction Steam Inlet Nozzle to FWH 26A.Text19:2-6EX-008-B 12All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2020 1F L1131Y esN o 1ES8-6-6THPT ESHDR to FWH 26B: Extraction Steam Inlet Nozzle to FWH 26B.Text19:2-6EX-010-B 12All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2020 1F L1131Y esN o 1ES8-4-6THPT ESHDR to FWH 26C: Extraction Steam Inlet Nozzle to FWH 26C.Report No. 0700.104-03, Appendix B, Revision 2Page B-9 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Feed Water (FW), Unit 22-FW-01: Feedwater Lines from the Boiler Feed Pumps to the Steam GeneratorsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-FW-031-A 30This large bore line is important to plant operation and/or is a personnel safety issue upon failure. There is high industry experience in Feedwater min-flow lines.PEPSE 9321-F-2019 1F L1231NoY e s 1Feedwater Header to Steam Generators downstream of Main Line to SG 232-FW-03: Boiler Feed Pump Recirc Lines to the Drains Collecting TankLine Number Size(in.)FComments ReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-FW-063 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure. Industry experience exists in Boiler Feed Pump recirculation lines.CSI Document 0700.104.C.008 9321-F-2019 1F L1222NoY e s 1BFP No. 21 Recirc to Drains Collecting TankText19:2-FW-064 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure. Industry experience exists in Boiler Feed Pump recirculation lines.CSI Document 0700.104.C.008 9321-F-2019 1F L1222NoY e s 1BFP No. 22 Recirc to Drains Collecting TankReport No. 0700.104-03, Appendix B, Revision 2Page B-10 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Gland Sealing Steam (GS), Unit 22-GS-01: Gland Steam to and from HP, LP, and BFP TurbinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-GS-056This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEB2371441FL1211NoNo 1Gland Condenser Drain to Main CondenserReport No. 0700.104-03, Appendix B, Revision 2Page B-11 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Heater Drains & Vents (HD), Unit 22-3HD-02: #23 Feedwater Heater VentsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-3HD-027 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 23A Vent to 3EX-53Text19:2-3HD-028 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 23A Vent to 3EX-

534Text19:2-3HD-029 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 23B Vent to 3EX-536Text19:2-3HD-030 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 23B Vent to 3EX-539Text19:2-3HD-031 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 23C Vent to 3EX-

541Text19:2-3HD-032 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 23C Vent to 3EX-544Text19:2-3HD-039 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235304 1F L1111NoY e s 1FWH 23A 3" Vent HeaderText19:2-3HD-040 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235304 1F L1111NoY e s 1FWH 23B 3" Vent HeaderReport No. 0700.104-03, Appendix B, Revision 2Page B-12 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Heater Drains & Vents (HD), Unit 22-3HD-02: #23 Feedwater Heater VentsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-3HD-041 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235304 1F L1111NoY e s 1FWH 23C 3" Vent HeaderText19:2-3HD-042 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235304 1F L1111NoY e s 14" Vent Header from FWH 23A and 23BText19:2-3HD-043 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235304 1F L1111NoY e s 14" Vent Header from #23 FWHsText19:2-3HD-044 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 23A 1" VentText19:2-3HD-045 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 23B 1" VentText19:2-3HD-046 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 23C 1" VentText19:2-3HD-047 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 12" Vent From FWH 23A

and 23BText19:2-3HD-048 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 12" Vent From #23 FWHsReport No. 0700.104-03, Appendix B, Revision 2Page B-13 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Heater Drains & Vents (HD), Unit 22-4HD-02: #24 Feedwater Heater VentsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-4HD-016 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 24A 1" VentText19:2-4HD-017 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 24B 1" VentText19:2-4HD-018 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 24C 1" VentText19:2-4HD-019 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 12" Vent Header from FWH 24A and 24BText19:2-4HD-020 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 12" Vent Header from #24 FWHs to Condenser 22Text19:2-4HD-021 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 24A 2" VentText19:2-4HD-022 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 24B 2" VentText19:2-4HD-023 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235304 1F P1111NoY e s 1FWH 24B 2" VentReport No. 0700.104-03, Appendix B, Revision 2Page B-14 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Heater Drains & Vents (HD), Unit 22-4HD-02: #24 Feedwater Heater VentsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-4HD-024 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235304 1F L1111NoY e s 13" Vent Header from FWH 24A and 24BText19:2-4HD-025 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235304 1F L1111NoY e s 13" Vent Header from #24 FWHs to Condenser 222-5HD-02: Heater Vents from #25 Feedwater Heater and Heater Drain Tank vents to #25 Feedwater HeatersLine Number Size(in.)FComments ReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-5HD-044 10Components in this line have been replaced. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.

PEPSE, Replacement History 9321-F-2022 1F L1121Y esN o 1Heater Drain Tank vent to FWH 25AText19:2-5HD-045 10Components in this line have been replaced. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.

PEPSE, Replacement History 9321-F-2022 1F L1121Y esN o 1Heater Drain Tank vent to FWH 25BText19:2-5HD-046 10Components in this line have been replaced. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.

PEPSE, Replacement History 9321-F-2022 1F L1121Y esN o 1Heater Drain Tank vent to FWH 25CText19:2-5HD-0471.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 25A VentText19:2-5HD-0481.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 25B VentReport No. 0700.104-03, Appendix B, Revision 2Page B-15 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Heater Drains & Vents (HD), Unit 22-5HD-02: Heater Vents from #25 Feedwater Heater and Heater Drain Tank vents to #25 Feedwater HeatersLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-5HD-0491.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 25C VentText19:2-5HD-050 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1Vent header from FWH 25A and 25BText19:2-5HD-0512.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-F-2022, A235304 1F L1121NoY e s 1#25 FWH Vent header to Condenser2-5HD-03: HDT Drains to HDPs and Condensers and HDP Vents to HDTLine Number Size(in.)FComments ReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-5HD-057 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P 1121NoNo 1#21 HDP vent to HDTText19:2-5HD-058 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P 1121NoNo 1#22 HDP vent to HDTText19:2-5HD-059 24Components in this line have been replaced with FAC-resistant material. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.

PEPSE, Replacement History9321-F-2022, A235304 1F L1221Y esN o 1Heater Drain Tank drain to CondensersText19:2-5HD-060 24Components in this line have been replaced with FAC-resistant material. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.

PEPSE, Replacement HistoryA235304 1F L1221Y esN o 1HDT Drain Header to Condensers 21 and 22Report No. 0700.104-03, Appendix B, Revision 2Page B-16 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Heater Drains & Vents (HD), Unit 22-5HD-03: HDT Drains to HDPs and Condensers and HDP Vents to HDTLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-5HD-061-A 14Components in this line have been replaced with FAC-resistant material. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.

PEPSE, Replacement HistoryA235304 1F L1221Y esN o 1HDT Drain to LCV-5003Text19:2-5HD-061-B 8Components in this line have been replaced with FAC-resistant material. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.
PEPSE, Replacement HistoryA235304 1F L1221Y esN o 1LCV-5003 to Condenser

21Text19:2-5HD-062-A 14Components in this line have been replaced with FAC-resistant material. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.

PEPSE, Replacement HistoryA235304 1F L1221Y esN o 1HDT Drain to LCV-5002Text19:2-5HD-062-B 8Components in this line have been replaced with FAC-resistant material. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.
PEPSE, Replacement HistoryA235304 1F L1221Y esN o 1LCV-5002 to Condenser 22Text19:2-5HD-063-A 14Components in this line have been replaced with FAC-resistant material. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.

PEPSE, Replacement HistoryA235304 1F L1221Y esN o 1HDT Drain to LCV-5001Text19:2-5HD-063-B 8Components in this line have been replaced with FAC-resistant material. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.

PEPSE, Replacement HistoryA235304 1F L1221Y esN o 1LCV-5001 to Condenser

23Report No. 0700.104-03, Appendix B, Revision 2Page B-17 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Heater Drains & Vents (HD), Unit 22-6HD-02: Heater Vents from #26 Feedwater HeaterLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-6HD-025 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 26A vent via 6EX-10Text19:2-6HD-026 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 26A vent via 6EX-500Text19:2-6HD-027 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 26A vent from 6EX-10 and 6EX-500Text19:2-6HD-028 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 26A vent via 6EX-9Text19:2-6HD-029 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 26B vent via 6EX-10-1Text19:2-6HD-030 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 26B vent via 6EX-501Text19:2-6HD-031 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 26B vent from 6EX-10-1 and 6EX-501Text19:2-6HD-032 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 26B vent via 6EX 1Report No. 0700.104-03, Appendix B, Revision 2Page B-18 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Heater Drains & Vents (HD), Unit 22-6HD-02: Heater Vents from #26 Feedwater HeaterLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-6HD-033 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 26C vent via 6EX-10-2Text19:2-6HD-034 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 26C vent via 6EX-502Text19:2-6HD-035 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 26C vent from 6EX-10-2 and 6EX-502Text19:2-6HD-036 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1FWH 26C vent via 6EX 2Text19:2-6HD-0371.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1Heater Start Up Vent Header from FWH 26A and 26BText19:2-6HD-038 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-F-2022, A235304 1F P1121NoY e s 1#26 FWH Startup Vent Header to CondenserText19:2-6HD-0391.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P1121NoY e s 1Heater Vent Header from FWH 26A and 26BText19:2-6HD-040 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-F-2022, A235304 1F P1121NoY e s 1#26 FWH Vent Header to CondenserReport No. 0700.104-03, Appendix B, Revision 2Page B-19 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Moisture Separator Reheater Drains (MSD), Unit 22-MSD-01: Moisture Separator Drains to the Heater Drain Tank and Drains Collecting TankLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MSD-0972.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 1121NoNo 1MS Drain Tank 21A vent to MSRText19:2-MSD-0982.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 1121NoNo 1MS Drain Tank 22A vent to MSRText19:2-MSD-0992.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 1121NoNo 1MS Drain Tank 23A vent to MSRText19:2-MSD-1002.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 1121NoNo 1MS Drain Tank 21B vent to MSRText19:2-MSD-1012.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 1121NoNo 1MS Drain Tank 22B vent to MSRText19:2-MSD-1022.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 1121NoNo 1MS Drain Tank 23B vent to MSRText19:2-MSD-103-A 6All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2023 1F L1221Y esN o 1MSD33A-1-MSDT 21A to HDT: MS Drain Tank 21A Nozzle to Heater

Drain TankText19:2-MSD-103-C 6All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2023 1F L1221Y esN o 1MSD33A-1-MSDT 21A to HDT: Heater Drain Tank Nozzle from MS Drain Tank 21AReport No. 0700.104-03, Appendix B, Revision 2Page B-20 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Moisture Separator Reheater Drains (MSD), Unit 22-MSD-01: Moisture Separator Drains to the Heater Drain Tank and Drains Collecting TankLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MSD-104-A 6All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2023 1F L1221Y esN o 1MSD34A-1-MSDT 22A to HDT: MS Drain Tank 22A Nozzle to Heater

Drain TankText19:2-MSD-104-C 6All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2023 1F L1221Y esN o 1MSD34A-1-MSDT 22A to HDT: Heater Drain Tank Nozzle from MS Drain Tank 22AText19:2-MSD-105-A 6All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2023 1F L1221Y esN o 1MSD35A-1-MSDT 23A to HDT: MS Drain Tank 23A Nozzle to Heater Drain TankText19:2-MSD-105-C 6All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2023 1F L1221Y esN o 1MSD35A-1-MSDT 23A to HDT: Heater Drain Tank Nozzle from MS Drain Tank 23AText19:2-MSD-106-A 6All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2023 1F L1221Y esN o 1MSD36A-1-MSDT 21B to HDT: MS Drain Tank 21B Nozzle to Heater

Drain TankText19:2-MSD-106-C 6All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2023 1F L1221Y esN o 1MSD36A-1-MSDT 21B to HDT: Heater Drain Tank Nozzle from MS Drain Tank 21BText19:2-MSD-107-A 6All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2023 1F L1221Y esN o 1MSD37A-1-MSDT 22B to HDT: MS Drain Tank 22B Nozzle to Heater

Drain TankText19:2-MSD-107-C 6All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2023 1F L1221Y esN o 1MSD37A-1-MSDT 22B to HDT: Heater Drain Tank Nozzle from MS Drain Tank 22BReport No. 0700.104-03, Appendix B, Revision 2Page B-21 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Moisture Separator Reheater Drains (MSD), Unit 22-MSD-01: Moisture Separator Drains to the Heater Drain Tank and Drains Collecting TankLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MSD-108-A 6All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2023 1F L1221Y esN o 1MSD38A-1-MSDT 23B to HDT: MS Drain Tank 23B Nozzle to Heater

Drain TankText19:2-MSD-108-C 6All other components in this line have been clad with Stainless Steel to mitigate FAC.SFA Model 9321-F-2023 1F L1221Y esN o 1MSD38A-1-MSDT 23B to HDT: Heater Drain Tank Nozzle from MS Drain Tank 23BReport No. 0700.104-03, Appendix B, Revision 2Page B-22 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-019-A 12This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 1121NoNo 1Crossunder Steam Trap to Condenser 21Text19:2-MST-020-A 12This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 1121NoNo 1Crossunder Steam Trap to Condenser 21Text19:2-MST-021-A 12This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 1121NoNo 1Crossunder Steam Trap to Condenser 22Text19:2-MST-022-A 12This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 1121NoNo 1Crossunder Steam Trap to Condenser 22Text19:2-MST-023-A 12This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 1121NoNo 1Crossunder Steam Trap to Condenser 23Text19:2-MST-024-A 12This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 1121NoNo 1Crossunder Steam Trap to Condenser 23Text19:2-MST-100-B1.25Components have been replaced in a similar line. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.P&ID, Replacement History 9321-F-2042 1F P1131Y esN o 1MST-26 to Steam Trap

HeaderText19:2-MST-102-B1.25Components have been replaced in a similar line. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.P&ID, Replacement History 9321-F-2042 1F P1131Y esN o 1MST-28 to Steam Trap

HeaderReport No. 0700.104-03, Appendix B, Revision 2Page B-23 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-103-B1.25Components have been replaced in a similar line. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.P&ID, Replacement History 9321-F-2042 1F P1131Y esN o 1MST-29 to Steam Trap

HeaderText19:2-MST-116-B1.25Components have been replaced in a similar line. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.P&ID, Replacement History 9321-F-2042 1F P1131Y esN o 1MST-42 to Steam Trap

HeaderText19:2-MST-117-B1.25Components have been replaced in this line. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.P&ID, Replacement History 9321-F-2042 1F P1131Y esN o 1MST-43 to Steam Trap

HeaderText19:2-MST-118-B1.25Components have been replaced in a similar line. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.P&ID, Replacement History 9321-F-2042 1F P1131Y esN o 1MST-44 to Steam Trap HeaderText19:2-MST-119-B1.25Components have been replaced in a similar line. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.P&ID, Replacement History 9321-F-2042 1F P1131Y esN o 1MST-45 to Steam Trap

HeaderText19:2-MST-120-B 1Components have been replaced in a similar line. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.P&ID, Replacement History 9321-F-2042 1F P1131Y esN o 1MST-46 to Steam Trap

HeaderReport No. 0700.104-03, Appendix B, Revision 2Page B-24 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-121-B 1Components have been replaced in a similar line. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.P&ID, Replacement History 9321-F-2042 1F P1131Y esN o 1MST-47 to Steam Trap

HeaderReport No. 0700.104-03, Appendix B, Revision 2Page B-25 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Moisture Preseparator Drains (PD), Unit 22-PD-01: Moisture Preseparator Drain LinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-PD-005 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA228272 1F L 1121NoNo 1Moisture Preseparator "A" to 20" LineText19:2-PD-006 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA228272 1F L 1121NoNo 1Moisture Preseparator "B" to 20" LineText19:2-PD-007 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA228272 1F L 1121NoNo 1Moisture Preseparator "C" to 20" LineText19:2-PD-008 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA228272 1F L 1121NoNo 1Moisture Preseparator "D" to 20" LineText19:2-PD-009-A 20All other components in this line were replaced with Stainless Steel to mitigate FAC.SFA ModelA228272 1F L1121Y esN o 1ES7A-1-SEP TKA VNT to FWH25: Separating Tank A Nozzle to Extraction Steam HeaderText19:2-PD-010-A 20All other components in this line were replaced with Stainless Steel to mitigate FAC.SFA ModelA228272 1F L1121Y esN o 1ES7A-2-SEP TKB VNT to FWH25: Separating Tank B Nozzle to Extraction Steam HeaderReport No. 0700.104-03, Appendix B, Revision 2Page B-26 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Report Header Legend:

F SF Crit.Q T O Priority Plant Exp.Ind. Exp. Consequence of Failure 1 = High Consequence of Failure (Category 1) 2 = Low Consequence of Failure (Category 2)

Susceptibility level 1 = High Susceptibility 2 = Moderate Susceptibility 3 = Low Susceptibility Consequence of Failure Criteria (see below)

Operating Quality code 1 = 30% to 99.5% 2 = < 30%

3 = > 99.5% Operating Temperature code 1 = 250 to 350 deg F 2 = 350 to 400 deg F 3 = < 250 deg F, > 400 deg F Operating time code 1 = Lines operating frequently or w/ severe cond.

2 = Lines operating infrequently Priority 1 = High Priority 2 = Moderate Priority 3 = Low Priority Plant Experience Industry ExperienceConsequence of Failure Criteria (F Crit.) Legend:

FI FL FP FS FT High consequence of Failure: non-Isolable line High consequence of Failure: Large-bore line High consequence of Failure: Personnel safety issue (frequently accessed location)

High consequence of Failure: Safety-related line High consequence of Failure: shutdown or Trip upon failureReport No. 0700.104-03, Appendix B, Revision 2Page B-27 of 27 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramSNM Program Lines Sorted by SusceptibilityAppendix CCSI TECHNOLOGIE S , I N C. High Consequence of Failure - Moderate SusceptibilityIndian Point Unit 2Report No. 0700.104-03, Appendix C, Revision 2Page C-1 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Feedwater (AF), Unit 22-AF-01: Service Boiler Auxiliary Feedwater LinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AF-001 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2Deaerator Header to Boiler Feed PumpsText19:2-AF-002 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2Aux. Feed header to #23 Boiler Feed Pump and

  1. 10 House Service DeaeratorText19:2-AF-003 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2Aux. Feed header to #21 Boiler Feed PumpText19:2-AF-004 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2Aux. Feed header to #22 Boiler Feed PumpText19:2-AF-005 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2Aux. Feed header to #23 Boiler Feed PumpText19:2-AF-006 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2Aux. Feed header to #10 House Service DeaeratorText19:2-AF-011-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2120 1F P 2221NoNo 2#21 BFP discharge overflow line upstream of orificeText19:2-AF-012-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2120 1F P 2221NoNo 2#22 BFP discharge overflow line upstream of orificeReport No. 0700.104-03, Appendix C, Revision 2Page C-2 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Feedwater (AF), Unit 22-AF-01: Service Boiler Auxiliary Feedwater LinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AF-013-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2120 1F P 2221NoNo 2#23 BFP discharge overflow line upstream of orificeText19:2-AF-014 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2#21 BFP discharge lineText19:2-AF-015 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2#22 BFP discharge lineText19:2-AF-016 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2#23 BFP discharge lineText19:2-AF-017 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2#21 and #22 BFP discharge headerText19:2-AF-0182.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2LH Boiler #22 Feed LineText19:2-AF-0192.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2AF-144 bypass lineText19:2-AF-020 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDB193201, 9321-

F-2021 1F L 2221NoNo 2Unit 1 Service Boiler Feed Pump discharge tie-in line.Report No. 0700.104-03, Appendix C, Revision 2Page C-3 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Feedwater (AF), Unit 22-AF-01: Service Boiler Auxiliary Feedwater LinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AF-021 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2120 1F P 2221NoNo 2BFP discharge header to Desuperheater StationText19:2-AF-0222.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2RH Boiler #21 Feed LineText19:2-AF-0232.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2221NoNo 2AF-138 bypass lineText19:2-AF-032 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2211NoNo 2Boiler Blowdown Tank DrainText19:2-AF-037 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB193201 1F P 2121NoNo 2Flash Tank Drain to Service Boiler DeaeratorText19:2-AF-039 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDB193201 1F L 2221NoNo 2Service Boiler Deaerator 6" Drain to OBText19:2-AF-040 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDB193201 1F L 2221NoNo 2Service Boiler Deaerator

Drain ventText19:2-AF-041 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB193201 1F P 2221NoNo 2Service Boiler Deaerator 2" Drain to OBReport No. 0700.104-03, Appendix C, Revision 2Page C-4 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Feedwater (AF), Unit 22-AF-01: Service Boiler Auxiliary Feedwater LinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AF-043 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDB193201 1F L 2221NoNo 2Service Boiler Deaerator Drain to Service Boiler Feed PumpsText19:2-AF-044 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDB193201 1F L 2221NoNo 2Service Boiler Pump No.

11 Feed LineText19:2-AF-045 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDB193201 1F L 2221NoNo 2Service Boiler Pump No.

12 Feed LineText19:2-AF-046 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDB193201 1F L 2221NoNo 2Service Boiler Pump No.

13 Feed LineText19:2-AF-047 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDB193201 1F L 2221NoNo 2Service Boiler Pump No. 11 Discharge LineText19:2-AF-048 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDB193201 1F L 2221NoNo 2Service Boiler Pump No. 12 Discharge LineText19:2-AF-049 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDB193201 1F L 2221NoNo 2Service Boiler Pump No. 13 Discharge LineText19:2-AF-050 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDB193201 1F L 2221NoNo 2Service Boiler Pump Discharge HeaderReport No. 0700.104-03, Appendix C, Revision 2Page C-5 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Steam (AS), Unit 22-AS-03: Remainder of Auxiliary SteamLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AS-001-A 10This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01B192493,

B192490, 192491 1F L 2121NoNo 210" Aux. Steam HeaderText19:2-AS-002 10This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01 9321-F-2120 1F L 2121NoNo 2Aux. Steam Header from Service BoilersText19:2-AS-003 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01 9321-F-2120 1F L 2121NoNo 2Aux. Steam from #22 LH BoilerText19:2-AS-004 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01 9321-F-2120 1F L 2121NoNo 2Aux. Steam from #21 RH BoilerText19:2-AS-005 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01 9321-F-2120 1F L 2121NoNo 2Aux. Steam Drain to DeaeratorText19:2-AS-0061.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.SD 29.01 9321-F-2120 1F P 2121NoNo 2FCV-1148 Bypass LineText19:2-AS-0081.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA209775 1F P 2121NoNo 2Steam to 21 and 22 Air Tempering UnitsText19:2-AS-009 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2120 1F L 2121NoNo 2Steam to AST-26Report No. 0700.104-03, Appendix C, Revision 2Page C-6 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Steam (AS), Unit 22-AS-03: Remainder of Auxiliary SteamLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AS-0151.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.SD 29.01 9321-F-2120 1F P 2121NoNo 2#21 RH Boiler DrainText19:2-AS-0161.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.SD 29.01 9321-F-2120 1F P 2121NoNo 2#22 LH Boiler DrainText19:2-AS-0171.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.SD 29.01 9321-F-2120 1F P 2121NoNo 2Boiler Drain Header to Blowdown TankText19:2-AS-031 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01B192490 1F L 2121NoNo 2Steam Header to Barge Steam ConnectionsText19:2-AS-032 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01B192490 1F L 2121NoNo 2Steam to AS845Text19:2-AS-036 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01B192490 1F L 2121NoNo 2Steam line to UH-1239Text19:2-AS-046 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01 192491 1F L 2121NoNo 2Steam header to Service Boiler Feed Pump No. 13Text19:2-AS-047 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01 192491 1F L 2121NoNo 2Steam header to Carbon Filter TanksReport No. 0700.104-03, Appendix C, Revision 2Page C-7 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Steam (AS), Unit 22-AS-03: Remainder of Auxiliary SteamLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AS-051 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.SD 29.01 192491 1F P 2121NoNo 2Steam to Service Boiler Feed Pump No. 13Text19:2-AS-053 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01 192491 1F L 2121NoNo 2Steam from Service Boiler Feed Pump No. 13Text19:2-AS-054 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01 192491 1F L 2121NoNo 2Steam from Service Boiler Feed Pump No. 13 to #10 Service DeaeratorText19:2-AS-055 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01 192491 1F L 2121NoNo 2Steam from Service Boiler Feed Pump No. 13 to Atmospheric Vent headerText19:2-AS-057 10This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 192491 1F L 2121NoNo 2Steam drain to #10 Service Deaerator via AS484Text19:2-AS-058 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 192491 1F L 2121NoNo 2Steam to Heating and Ventilation Pressure Reducing StationText19:2-AS-070 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01192491, B227209 1F L 2121NoNo 2Steam header to Carbon Filter TanksText19:2-AS-082-A 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01 192491 1F L 2121NoNo 2Floor trench drain to capReport No. 0700.104-03, Appendix C, Revision 2Page C-8 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Steam (AS), Unit 22-AS-03: Remainder of Auxiliary SteamLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AS-083 16This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01 192491 1F L 2121NoNo 2Aux Steam Vent to AtmosphereText19:2-AS-087 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01B227209 1F L 2121NoNo 2Steam to 21ACFTText19:2-AS-088 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01B227209 1F L 2121NoNo 2Steam to 22ACFTText19:2-AS-096 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID192491, B193201 1F L 2121NoNo 2Aux. Steam to Flash TankReport No. 0700.104-03, Appendix C, Revision 2Page C-9 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Steam Traps (AST), Unit 22-AST-01: Steam Trap Lines from Auxiliary Steam LinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AST-0020.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA227780, A209775 1F P 2131NoNo 2Steam to and from AST-

50Text19:2-AST-010 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01 9321-F-2120 1F L 2121NoNo 2Condensate Return

HeaderText19:2-AST-017 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA209775 1F L 2131NoNo 2Steam to AST-33Text19:2-AST-020 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA209775 1F P 2121NoNo 2Steam to AST-20Text19:2-AST-021 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.SD 29.01 9321-F-2120 1F P 2121NoNo 2#21 Fuel Oil Heater heating steam outletText19:2-AST-022 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.SD 29.01 9321-F-2120 1F P 2121NoNo 2#22 Fuel Oil Heater heating steam outletText19:2-AST-023 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.SD 29.01 9321-F-2120 1F P 2121NoNo 2#23 Fuel Oil Heater heating steam outletText19:2-AST-025 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA209775 1F L 2131NoNo 2Steam to AST-2 and 3Report No. 0700.104-03, Appendix C, Revision 2Page C-10 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Steam Traps (AST), Unit 22-AST-01: Steam Trap Lines from Auxiliary Steam LinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AST-0270.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA209775 1F P 2131NoNo 2Steam to AST-6Text19:2-AST-0280.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA209775 1F P 2131NoNo 2Steam to AST-7Text19:2-AST-0320.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA209775 1F P 2131NoNo 2Steam to AST-4Text19:2-AST-0330.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA209775 1F P 2131NoNo 2Steam to AST-5Text19:2-AST-069-A 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD 29.01 192491 1F L 2121NoNo 2Stub to AST-30 and drainReport No. 0700.104-03, Appendix C, Revision 2Page C-11 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Steam Generator Blowdown (BD), Unit 22-BD-01: Steam Generator Blowdown to Sample Coolers and Blowdown TankLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-BD-001 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 21 Blowdown via MS-67-AText19:2-BD-002 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 21 Blowdown via MS-67-BText19:2-BD-003 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 22 Blowdown via MS-67-CText19:2-BD-004 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 22 Blowdown via MS-67-DText19:2-BD-005 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 23 Blowdown via MS-67-EText19:2-BD-006 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 23 Blowdown via MS-67-FText19:2-BD-007 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 24 Blowdown via MS-67-GText19:2-BD-008 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 24 Blowdown via MS-67-HReport No. 0700.104-03, Appendix C, Revision 2Page C-12 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Steam Generator Blowdown (BD), Unit 22-BD-01: Steam Generator Blowdown to Sample Coolers and Blowdown TankLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-BD-009-A 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 21 Blowdown Upstream of Line Spec

ChangeText19:2-BD-010-A 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 22 Blowdown Upstream of Line Spec

ChangeText19:2-BD-011-A 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 23 Blowdown Upstream of Line Spec ChangeText19:2-BD-012-A 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 24 Blowdown Upstream of Line Spec ChangeText19:2-BD-017 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 23 1" Blowdown LineText19:2-BD-018 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2729 1F P 2231NoNo 2SG 24 1" Blowdown LineText19:2-BD-019 18This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2729 1F L 2231NoNo 2Blowdown Tank vent to AtmosphereReport No. 0700.104-03, Appendix C, Revision 2Page C-13 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Extraction Steam Traps (EST), Unit 22-1EST-01: Extraction Steam Trap Headers to the Drains Collecting TankLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-1EST-013-A 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID 9321-F-2031 1F L 2131NoNo 2Steam Trap Header from EST-1 and 1A2-6EST-01: Steam Trap lines from Extraction Steam to the #26 FWHsLine Number Size(in.)FComments ReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-6EST-015-A 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 2131NoNo 2Extraction Steam to EST-1Text19:2-6EST-015-B 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 2131NoNo 2Extraction Steam to EST-1AText19:2-6EST-015-C 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 2131NoNo 2EST-1 to Steam Trap HeaderText19:2-6EST-015-D 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 2131NoNo 2EST-1A to Steam Trap HeaderText19:2-6EST-016-A0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2031 1F P 2131NoNo 2Extraction Steam to EST-2Report No. 0700.104-03, Appendix C, Revision 2Page C-14 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Extraction Steam (EX), Unit 22-3EX-01: Boiler Feed Pump Turbine Drains to CondensersLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-3EX-0211.5This line exists in an area accessible by plant personnel during operation, and a leak presents an injury risk to a passerby.PEPSEA227780 1F P 2131NoNoContinuous Drain from #21 Steam Generator Feed Pump Turbine drain to #21 CondenserText19:2-3EX-0221.5This line exists in an area accessible by plant personnel during operation, and a leak presents an injury risk to a passerby.PEPSEA227780 1F P 2131NoNoContinuous Drain from #22 Steam Generator Feed Pump Turbine drain to #22 Condenser2-5EX-01: HP Turbine Crossunder Piping Drip Pots to the CondenserLine Number Size(in.)FComments ReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-5EX-128This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEB237145, B2371441FL2131NoNo 2LP Leakoff Header to Gland CondenserReport No. 0700.104-03, Appendix C, Revision 2Page C-15 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Feed Water (FW), Unit 22-FW-01: Feedwater Lines from the Boiler Feed Pumps to the Steam GeneratorsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-FW-0620.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2019 1F P 2231NoNo 2Feedwater to Sampling Upstream of BFD-1138Report No. 0700.104-03, Appendix C, Revision 2Page C-16 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Gland Sealing Steam (GS), Unit 22-GS-01: Gland Steam to and from HP, LP, and BFP TurbinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-GS-001 12This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 2131NoNo 2Gland Seal Steam Header to HP and LP

TurbinesText19:2-GS-002 10This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 2131NoNo 2Gland Seal to HP TurbineText19:2-GS-003 10This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 2131NoNo 2Gland Seal to HP TurbineText19:2-GS-004 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 2131NoNo 2Gland Seal to LP Turbine 21Text19:2-GS-005 2Loss of sealing steam to the turbine will cause a plant shutdown or downpower.

PEPSEA235308 1F T 2131NoNo 2Gland Seal to LP Turbine 21Text19:2-GS-006 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 2131NoNo 2Gland Seal to LP Turbine 21Text19:2-GS-007 2Loss of sealing steam to the turbine will cause a plant shutdown or downpower.

PEPSEA235308 1F T 2131NoNo 2Gland Seal to LP Turbine 21Text19:2-GS-008 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 2131NoNo 2Gland Seal to LP Turbine

22Text19:2-GS-009 2Loss of sealing steam to the turbine will cause a plant shutdown or downpower.

PEPSEA235308 1F T 2131NoNo 2Gland Seal to LP Turbine 22Report No. 0700.104-03, Appendix C, Revision 2Page C-17 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Gland Sealing Steam (GS), Unit 22-GS-01: Gland Steam to and from HP, LP, and BFP TurbinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-GS-010 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 2131NoNo 2Gland Seal to LP Turbine

22Text19:2-GS-011 2Loss of sealing steam to the turbine will cause a trip or downpower.

PEPSEA235308 1F T 2131NoNo 2Gland Seal to LP Turbine

22Text19:2-GS-012 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 2131NoNo 2Gland Seal to LP Turbine

23Text19:2-GS-013 2Loss of sealing steam to the turbine will cause a plant shutdown or downpower.

PEPSEA235308 1F T 2131NoNo 2Gland Seal to LP Turbine 23Text19:2-GS-014 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 2131NoNo 2Gland Seal to LP Turbine 23Text19:2-GS-015 2Loss of sealing steam to the turbine will cause a plant shutdown or downpower.

PEPSEA235308 1F T 2131NoNo 2Gland Seal to LP Turbine 23Text19:2-GS-016 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-H-2024 1F L 2131NoNo 2Gland Seal supply to BFP TurbinesText19:2-GS-020 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-H-2024 1F L 2131NoNo 2Steam to BFPT #22Text19:2-GS-021 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-H-2024 1F L 2131NoNo 2Steam to BFPT #21Report No. 0700.104-03, Appendix C, Revision 2Page C-18 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Gland Sealing Steam (GS), Unit 22-GS-01: Gland Steam to and from HP, LP, and BFP TurbinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-GS-022 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-H-2024 1F L 2131NoNo 2Steam to BFPT #22Text19:2-GS-023 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-H-2024 1F L 2131NoNo 2Steam to BFPT #21Text19:2-GS-032 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-H-2024 1F L 2131NoNo 2BFPT #22 Gland Steam DischargeText19:2-GS-034 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-H-2024 1F L 2131NoNo 2BFPT #21 Gland Steam DischargeText19:2-GS-036 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-H-2024 1F L 2131NoNo 2BFPT Gland Steam Discharge Header to Gland CondenserText19:2-GS-038 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024, B237144 1F P 2131NoNo 2BFPT Gland Steam Discharge Header drain to waste headerText19:2-GS-039 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2BFPT #21 Exhaust

Cylinder DrainText19:2-GS-040 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2BFPT #22 Exhaust

Cylinder DrainReport No. 0700.104-03, Appendix C, Revision 2Page C-19 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Gland Sealing Steam (GS), Unit 22-GS-01: Gland Steam to and from HP, LP, and BFP TurbinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-GS-041 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-H-2024 1F L 2131NoNo 2BFPT Exhaust Cylinder Drain header to Boiler Feed Pump Drip TankText19:2-GS-042 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2BFPT Exhaust Cylinder Drain header line to Boiler Feed Pump Drip Tank ventText19:2-GS-043 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-H-2024 1F L 2131NoNo 2BFPT Drip Tank vent to Condenser #21Text19:2-GS-047This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEB2371451FL2131NoNo 2Gland Seal Return from HP TurbineText19:2-GS-048This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEB2371451FL2131NoNo 2Gland Seal Return from HP TurbineText19:2-GS-049This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEB2371441FL2131NoNo 2Gland Seal Return from #21 LP TurbineText19:2-GS-050This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEB2371441FL2131NoNo 2Gland Seal Return from

  1. 21 LP TurbineText19:2-GS-051This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEB2371441FL2131NoNo 2Gland Seal Return from
  1. 22 LP TurbineReport No. 0700.104-03, Appendix C, Revision 2Page C-20 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Gland Sealing Steam (GS), Unit 22-GS-01: Gland Steam to and from HP, LP, and BFP TurbinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-GS-052This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEB2371441FL2131NoNo 2Gland Seal Return from
  1. 22 LP TurbineText19:2-GS-053This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEB2371441FL2131NoNo 2Gland Seal Return from
  1. 23 LP TurbineText19:2-GS-054This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEB2371441FL2131NoNo 2Gland Seal Return from #23 LP TurbineText19:2-GS-055This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEB237145, B2371441FL2131NoNo 2Gland Seal return header to Gland CondenserReport No. 0700.104-03, Appendix C, Revision 2Page C-21 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Gland Steam Traps (GST), Unit 22-GST-01: Steam Trap Lines from the Gland Seal SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-GST-0170.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2Steam to GST-1Text19:2-GST-0190.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2GST-1 Discharge to

HeaderText19:2-GST-0240.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2Steam to GST-3Text19:2-GST-0260.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2GST-3 Discharge to HeaderText19:2-GST-0270.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2Steam to GST-2Text19:2-GST-0290.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2GST-2 Discharge to HeaderText19:2-GST-030 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2Header from GST-1 and 3Text19:2-GST-031 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2Gland Steam Trap Header to Boiler Feed Pump Drip TankReport No. 0700.104-03, Appendix C, Revision 2Page C-22 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Heater Drains & Vents (HD), Unit 22-1HD-02: #21 Feedwater Heater VentsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-1HD-021 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235304 1F L 2131NoNo 2FWH 21A High Level Dump to Condenser 23Text19:2-1HD-022 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235304 1F L 2131NoNo 2FWH 21B High Level Dump to Condenser 22Text19:2-1HD-023 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235304 1F L 2131NoNo 2FWH 21C High Level Dump to Condenser 21Text19:2-1HD-024 5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235304 1F L 2131NoNo 2FWH 21A 5" Vent to Condenser 23Text19:2-1HD-025 5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235304 1F L 2131NoNo 2FWH 21B 5" Vent to Condenser 22Text19:2-1HD-026 5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235304 1F L 2131NoNo 2FWH 21C 5" Vent to Condenser 212-2HD-02: #22 Feedwater Heater VentsLine Number Size(in.)FComments ReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-2HD-019 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA235304 1F L 2131NoNo 2FWH 22A High Level Dump to Condenser 23Report No. 0700.104-03, Appendix C, Revision 2Page C-23 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Heater Drains & Vents (HD), Unit 22-2HD-02: #22 Feedwater Heater VentsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-2HD-020 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA235304 1F L 2131NoNo 2FWH 22B High Level Dump to Condenser 22Text19:2-2HD-021 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA235304 1F L 2131NoNo 2FWH 22C High Level Dump to Condenser 21Text19:2-2HD-0222.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA235304 1F L 2131NoNo 2FWH 22A 2-1/2" Vent to Condenser 23Text19:2-2HD-0232.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA235304 1F L 2131NoNo 2FWH 22B 2-1/2" Vent to Condenser 22Text19:2-2HD-0242.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA235304 1F L 2131NoNo 2FWH 22C 2-1/2" Vent to Condenser 21Text19:2-2HD-025 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA235304 1F P 2131NoNo 2FWH 22A 1" Vent to Condenser 23Text19:2-2HD-026 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA235304 1F P 2131NoNo 2FWH 22B 1" Vent to Condenser 22Text19:2-2HD-027 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA235304 1F P 2131NoNo 2FWH 22C 1" Vent to Condenser 21Report No. 0700.104-03, Appendix C, Revision 2Page C-24 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Heater Drains & Vents (HD), Unit 22-HD-01: Heater Drain Pump discharge to Boiler Feed PumpsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-HD-004-A0.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P 2221NoNo 2#21 HDP to HDP Water Chem. Monitor Upstream of Root Isolation ValveText19:2-HD-005-A0.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2022 1F P 2221NoNo 2#22 HDP to HDP Water Chem. Monitor Upstream of Root Isolation ValveReport No. 0700.104-03, Appendix C, Revision 2Page C-25 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam (MS), Unit 22-MS-01: Main Steam from Stm Gen to HP Turbine, BFP Turbine, MSRs, Aux. Steam, SJAEs, and Priming Ejectors.Line Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-036-B 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD No. 18.0A227780 1F L 2131NoNo 2SJAE Steam Supply Downstream of PCV 1132Text19:2-MS-037 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD No. 18.0A227780 1F L 2131NoNo 2SJAE HeaderText19:2-MS-038 2This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A227780 1F T 2131NoNo 2Header to SJAE 21Text19:2-MS-039 2This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A227780 1F T 2131NoNo 2Header to SJAE 22Text19:2-MS-040 2This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A227780 1F T 2131NoNo 2Header to SJAE 23Text19:2-MS-041This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-797Text19:2-MS-042This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-798Report No. 0700.104-03, Appendix C, Revision 2Page C-26 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam (MS), Unit 22-MS-01: Main Steam from Stm Gen to HP Turbine, BFP Turbine, MSRs, Aux. Steam, SJAEs, and Priming Ejectors.Line Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-043This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-799Text19:2-MS-044This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-800Text19:2-MS-045This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-801Text19:2-MS-046This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-802Text19:2-MS-047This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-803Text19:2-MS-048This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-804Text19:2-MS-049This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-805Report No. 0700.104-03, Appendix C, Revision 2Page C-27 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam (MS), Unit 22-MS-01: Main Steam from Stm Gen to HP Turbine, BFP Turbine, MSRs, Aux. Steam, SJAEs, and Priming Ejectors.Line Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-050This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-806Text19:2-MS-051This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-807Text19:2-MS-052This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-808Text19:2-MS-053This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-809Text19:2-MS-054This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-810Text19:2-MS-055This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-811Text19:2-MS-056This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-812Report No. 0700.104-03, Appendix C, Revision 2Page C-28 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam (MS), Unit 22-MS-01: Main Steam from Stm Gen to HP Turbine, BFP Turbine, MSRs, Aux. Steam, SJAEs, and Priming Ejectors.Line Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-057This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-813Text19:2-MS-058This line is necessary for removing non-condensable gases from the condenser. A failure in this line will cause a trip or a downpowerSD No. 18.0A2277801FT2131NoNo 2SJAE Steam Supply via MS-814Text19:2-MS-059-B 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD No. 18.0A227780 1F L 2131NoNo 2Main Steam to Priming Ejectors Header Downstream of PCV 1133Text19:2-MS-060 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD No. 18.0A227780 1F L 2131NoNo 2Priming Ejectors HeaderText19:2-MS-061 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD No. 18.0A227780 1F L 2131NoNo 2Priming Ejectors Header to PE 21Text19:2-MS-062 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD No. 18.0A227780 1F L 2131NoNo 2Priming Ejectors Header to PE 22Text19:2-MS-063 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD No. 18.0A227780 1F L 2131NoNo 2Priming Ejectors Header to PE 23Text19:2-MS-076 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA235308 1F L 2131NoNo 2MS-863 Valve leakoff to condenser.Report No. 0700.104-03, Appendix C, Revision 2Page C-29 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam (MS), Unit 22-MS-01: Main Steam from Stm Gen to HP Turbine, BFP Turbine, MSRs, Aux. Steam, SJAEs, and Priming Ejectors.Line Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-077 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA235308 1F L 2131NoNo 2MS-864 Valve leakoff to condenser.Text19:2-MS-078 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA235308 1F L 2131NoNo 2MS-865 Valve leakoff to condenser.Text19:2-MS-079 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA235308 1F L 2131NoNo 2MS-866 Valve leakoff to condenser.Text19:2-MS-1430.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235308 1F P 2131NoNo 2Main Steam Stop Valve drain to 23 Cond. West SideText19:2-MS-1440.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA235308 1F P 2131NoNo 2Main Steam Stop Valve drain to 23 Cond. East SideText19:2-MS-198This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB2371451FP2131NoNo 2LH Control Valve Stem Leak-off LinesText19:2-MS-199This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB2371451FP2131NoNo 2RH Control Valve Stem Leak-off LinesText19:2-MS-2001.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB237145 1F P 2131NoNo 2Upper LH HP Turbine Feed LeakoffReport No. 0700.104-03, Appendix C, Revision 2Page C-30 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam (MS), Unit 22-MS-01: Main Steam from Stm Gen to HP Turbine, BFP Turbine, MSRs, Aux. Steam, SJAEs, and Priming Ejectors.Line Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-2011.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB237145 1F P 2131NoNo 2Lower LH HP Turbine Feed LeakoffText19:2-MS-2021.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB237145 1F P 2131NoNo 2Upper RH HP Turbine Feed LeakoffText19:2-MS-2031.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB237145 1F P 2131NoNo 2Lower LH HP Turbine Feed Leakoff2-MS-06: Main Steam Supply to Gland Steam HeaderLine Number Size(in.)FComments ReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-188-B 12This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 2131NoNo 2Gland Seal Steam Supply downstream of PCV-1145-1Text19:2-MS-189-B 12This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 2131NoNo 2Gland Seal Steam Supply downstream of PCV-1145-2Text19:2-MS-191 12This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 2131NoNo 2Main Steam to Gland Seal Steam Header.Report No. 0700.104-03, Appendix C, Revision 2Page C-31 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Moisture Separator Reheater Drains (MSD), Unit 22-MSD-02: Reheater Drains to #26 Feedwater Heaters and CondensersLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MSD-1452.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 2131NoNo 2Reheater Drain Tank 21A Vent to MSRText19:2-MSD-1462.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 2131NoNo 2Reheater Drain Tank 22A Vent to MSRText19:2-MSD-1472.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 2131NoNo 2Reheater Drain Tank 23A Vent to MSRText19:2-MSD-1482.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 2131NoNo 2Reheater Drain Tank 21B Vent to MSRText19:2-MSD-1492.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 2131NoNo 2Reheater Drain Tank 22B Vent to MSRText19:2-MSD-1502.5This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 2131NoNo 2Reheater Drain Tank 23B Vent to MSRText19:2-MSD-175 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 2131NoNo 2Reheater 21A to Condenser 23Text19:2-MSD-176 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 2131NoNo 2Reheater 22A to Condenser 22Report No. 0700.104-03, Appendix C, Revision 2Page C-32 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Moisture Separator Reheater Drains (MSD), Unit 22-MSD-02: Reheater Drains to #26 Feedwater Heaters and CondensersLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MSD-177 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 2131NoNo 2Reheater 23A to Condenser 23Text19:2-MSD-178 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 2131NoNo 2Reheater 21B to Condenser 21Text19:2-MSD-179 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 2131NoNo 2Reheater 22B to Condenser 22Text19:2-MSD-180 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE 9321-F-2023 1F L 2131NoNo 2Reheater 23B to Condenser 21Report No. 0700.104-03, Appendix C, Revision 2Page C-33 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-080-B1.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-1 to Steam Trap HeaderText19:2-MST-081-B1.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-2 to Steam Trap HeaderText19:2-MST-082-B1.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-3 to Steam Trap HeaderText19:2-MST-083-CThis line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-20411FP2131NoNo 2MST-4 to Steam Trap HeaderText19:2-MST-084-B1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-5 to Steam Trap

HeaderText19:2-MST-085-C 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-6 to Steam Trap HeaderText19:2-MST-086-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-8 to Steam Trap

HeaderText19:2-MST-087-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-9 to Steam Trap

HeaderReport No. 0700.104-03, Appendix C, Revision 2Page C-34 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-088-C 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-10 to Steam Trap

HeaderText19:2-MST-089-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-12 to Steam Trap

HeaderText19:2-MST-090-B1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-13 to Steam Trap HeaderText19:2-MST-091-C 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-14 to Steam Trap HeaderText19:2-MST-092-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-16 to Steam Trap

HeaderText19:2-MST-093-C 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-18 to Steam Trap HeaderText19:2-MST-094-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-20 to Steam Trap

HeaderText19:2-MST-095-B1.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-21 to Steam Trap

HeaderReport No. 0700.104-03, Appendix C, Revision 2Page C-35 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-096-B1.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-22 to Steam Trap

HeaderText19:2-MST-097-B1.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-23 to Steam Trap

HeaderText19:2-MST-099-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-25 to Steam Trap HeaderText19:2-MST-101-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-27 to Steam Trap HeaderText19:2-MST-104-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-30 to Steam Trap

HeaderText19:2-MST-105-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-31 to HeaderText19:2-MST-105-D 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2Header to Steam Trap

HeaderText19:2-MST-106-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-32 to Steam Trap

HeaderReport No. 0700.104-03, Appendix C, Revision 2Page C-36 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-107-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.SD No. 18.0 9321-F-2042 1F P 2131NoNo 2Steam to MST-33Text19:2-MST-107-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-33 to Steam Trap

HeaderText19:2-MST-108-B1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-34 to Steam Trap HeaderText19:2-MST-109-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-35 to Steam Trap HeaderText19:2-MST-110-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-36 to Steam Trap

HeaderText19:2-MST-111-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-37 to Steam Trap HeaderText19:2-MST-112-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-38 to Steam Trap

HeaderText19:2-MST-113-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-39 to HeaderReport No. 0700.104-03, Appendix C, Revision 2Page C-37 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-113-D1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2Header to Steam Trap

HeaderText19:2-MST-114-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-40 to HeaderText19:2-MST-115-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-41 to HeaderText19:2-MST-122-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-48 to Steam Trap HeaderText19:2-MST-123-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-49 to Steam Trap

HeaderText19:2-MST-124-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-50 to Steam Trap HeaderText19:2-MST-125-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-51 to Steam Trap

HeaderText19:2-MST-126-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-52 to Steam Trap

HeaderReport No. 0700.104-03, Appendix C, Revision 2Page C-38 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-127-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2Steam to MST-56Text19:2-MST-127-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-56 to Steam Trap

HeaderText19:2-MST-128-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2Steam to MST-57Text19:2-MST-128-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-57 to Steam Trap HeaderText19:2-MST-129-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2Steam to MST-58Text19:2-MST-129-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-58 to Steam Trap HeaderText19:2-MST-130-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2Steam to MST-59Text19:2-MST-130-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-59 to Steam Trap

HeaderReport No. 0700.104-03, Appendix C, Revision 2Page C-39 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-131-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2Steam to MST-60Text19:2-MST-131-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-60 to HeaderText19:2-MST-132-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2Steam to MST-61Text19:2-MST-132-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-61 to Steam Trap HeaderText19:2-MST-133-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2Steam to MST-62Text19:2-MST-133-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-62 to Steam Trap HeaderText19:2-MST-134-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2Steam to MST-63Text19:2-MST-134-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2042 1F P 2131NoNo 2MST-63 to Steam Trap

HeaderReport No. 0700.104-03, Appendix C, Revision 2Page C-40 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-135-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-64 to HeaderText19:2-MST-136-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2Steam to MST-65Text19:2-MST-136-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&ID 9321-F-2041 1F P 2131NoNo 2MST-65 to HeaderText19:2-MST-193-B0.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA227780 1F P 2131NoNo 2MST-100 to Steam Trap HeaderReport No. 0700.104-03, Appendix C, Revision 2Page C-41 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Reheat Steam Traps (RST), Unit 22-RST-01: Reheat Steam Trap Lines Downstream of Reheater Steam TrapsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-RST-0010.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2RST-1 to BFP Turbine Drip Tank HeaderText19:2-RST-0020.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2RST-2 to BFP Turbine Drip Tank HeaderText19:2-RST-0030.75This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2RST-3 to BFP Turbine Drip Tank HeaderText19:2-RST-004 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE9321-H-2024 1F P 2131NoNo 2Reheat Steam Trap Header to BFP Turbine Drip TankReport No. 0700.104-03, Appendix C, Revision 2Page C-42 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Service Boiler (SB), Unit 22-SB-01: Service Boiler LinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-SB-001 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780, A209775 1F L 2131NoNo 2Auxiliary Steam from PCV-1015Text19:2-SB-015 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA209775 1F L 2131NoNo 2Steam from Aux. Steam

HeaderText19:2-SB-016 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA209775 1F L 2131NoNo 2Desuperheater HeaderText19:2-SB-023 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA209775 1F L 2131NoNo 2Header to Steam TrapsText19:2-SB-026 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDA209775 1F P 2131NoNo 2Desuperheater HeaderText19:2-SB-030 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA209775 1F L 2131NoNo 2Steam to DesuperheaterText19:2-SB-039 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA209775 1F L 2121NoNo 2Service Boiler Header to Air Tempering UnitsText19:2-SB-042 6This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID9321-F-2021, B193201 1F L 2221NoNo 2Line from #10 House Service Boiler DeaeratorReport No. 0700.104-03, Appendix C, Revision 2Page C-43 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Condensate Return Unit Heaters to Service Boiler D (UH), Unit 22-UH-01: Condensate Return from Unit Heaters to the DeaeratorLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-UH-001 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA209775, 9321-

F-2120 1F L 2211NoNo 2Condensate return pumps to #20 House Service DeaeratorText19:2-UH-002 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&ID9321-F-2120, B193201 1F L 2211NoNo 2Condensate return to #10 House Service DeaeratorText19:2-UH-003 10This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD No. 29.01A209775 1F L 2311NoNo 2Desuperheater outlet header to various unit heatersText19:2-UH-004 8This large bore line is important to plant operation and/or is a personnel safety issue upon failure.SD No. 29.01A209775 1F L 2311NoNo 2Desuperheater outlet steam to Gland Seal Steam HeaderText19:2-UH-071 6Based on engineering judgment, these lines are not as susceptible as the numbers may imply.

Susceptibility level was lowered accordingly. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.

P&IDA209775 1F L 2111NoNo 2Unit Heater Drain Header to Condensate ReceiverText19:2-UH-072 6Based on engineering judgment, these lines are not as susceptible as the numbers may imply.

Susceptibility level was lowered accordingly. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.

P&IDA209775 1F L 2111NoNo 2Unit Heater Drain Header to Condensate ReceiverReport No. 0700.104-03, Appendix C, Revision 2Page C-44 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Condensate Return Unit Heaters to Service Boiler D (UH), Unit 22-UH-01: Condensate Return from Unit Heaters to the DeaeratorLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-UH-073 4Based on engineering judgment, these lines are not as susceptible as the numbers may imply. Susceptibility level was lowered accordingly. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.

P&IDA209775 1F L 2111NoNo 2Condensate Receiver Vent to AtmosphereText19:2-UH-074 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA209775 1F L 2211NoNo 2Condensate Receiver Drain to Cond. Return Pump #21Text19:2-UH-075 3This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA209775 1F L 2211NoNo 2Condensate Receiver Drain to Cond. Return Pump #22Text19:2-UH-077 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA209775 1F L 2211NoNo 2Cond. Return Pump #21 DischargeText19:2-UH-078 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA209775 1F L 2211NoNo 2Cond. Return Pump #21 DischargeText19:2-UH-079 2This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

P&IDB193201 1F P 2211NoNo 2Line from #20 House Service Boiler to Service Boiler DeaeratorReport No. 0700.104-03, Appendix C, Revision 2Page C-45 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Condensate Return Unit Heater Steam Traps (UHT), Unit 22-UHT-01: Steam Trap Lines from the Condensate Return from Unit Heaters to the Deaerator systemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-UHT-005 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.SD No. 29.01A209775 1F P 2311NoNo 2Steam to UHT-510Text19:2-UHT-006 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.SD No. 29.01A209775 1F P 2311NoNo 2Steam to UHT-511Text19:2-UHT-024-A 4This large bore line is important to plant operation and/or is a personnel safety issue upon failure.P&IDA209775 1F L 2131NoNo 2Steam to UHT-512 and 513Report No. 0700.104-03, Appendix C, Revision 2Page C-46 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Report Header Legend:

F SF Crit.Q T O Priority Plant Exp.Ind. Exp. Consequence of Failure 1 = High Consequence of Failure (Category 1) 2 = Low Consequence of Failure (Category 2)

Susceptibility level 1 = High Susceptibility 2 = Moderate Susceptibility 3 = Low Susceptibility Consequence of Failure Criteria (see below)

Operating Quality code 1 = 30% to 99.5% 2 = < 30%

3 = > 99.5% Operating Temperature code 1 = 250 to 350 deg F 2 = 350 to 400 deg F 3 = < 250 deg F, > 400 deg F Operating time code 1 = Lines operating frequently or w/ severe cond.

2 = Lines operating infrequently Priority 1 = High Priority 2 = Moderate Priority 3 = Low Priority Plant Experience Industry ExperienceConsequence of Failure Criteria (F Crit.) Legend:

FI FL FP FS FT High consequence of Failure: non-Isolable line High consequence of Failure: Large-bore line High consequence of Failure: Personnel safety issue (frequently accessed location)

High consequence of Failure: Safety-related line High consequence of Failure: shutdown or Trip upon failureReport No. 0700.104-03, Appendix C, Revision 2Page C-47 of 47 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramSNM Program Lines Sorted by SusceptibilityAppendix DCSI TECHNOLOGIE S , I N C. High Consequence of Failure - Low SusceptibilityIndian Point Unit 2Report No. 0700.104-03, Appendix D, Revision 2Page D-1 of 16 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam (MS), Unit 22-MS-01: Main Steam from Stm Gen to HP Turbine, BFP Turbine, MSRs, Aux. Steam, SJAEs, and Priming Ejectors.Line Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-001 28High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-F-2017, A235308 1F L 3331NoNo 3Main Steam from Steam Generator 21 ShellText19:2-MS-002 28High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-F-2017, A235308 1F L 3331NoNo 3Main Steam from Steam Generator 22 ShellText19:2-MS-003 28High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-F-2017, A235308 1F L 3331NoNo 3Main Steam from Steam Generator 23 ShellText19:2-MS-004 28High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSE9321-F-2017, A235308 1F L 3331NoNo 3Main Steam from Steam Generator 24 ShellText19:2-MS-005 24High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3Line from 2-MS-001 to Seal Steam and MSR Header.Text19:2-MS-006 24High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3Line from 2-MS-002 to Gland Seal Steam and MSR B Header.Text19:2-MS-007 20High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308, A227780 1F L 3331NoNo 3Gland Seal Steam, MSR B, and Aux. Steam

Header.Report No. 0700.104-03, Appendix D, Revision 2Page D-2 of 16 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam (MS), Unit 22-MS-01: Main Steam from Stm Gen to HP Turbine, BFP Turbine, MSRs, Aux. Steam, SJAEs, and Priming Ejectors.Line Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-008 24High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3Line from 2-MS-001 (3) to MSR A HeaderText19:2-MS-009 24High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3Line from 2-MS-004 to MSR A HeaderText19:2-MS-010 20High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308, A227780 1F L 3331NoNo 3MSR A, BFP Turbine, SJAE, and Priming Ejector HeaderText19:2-MS-011 28High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3Main Steam to NE HP Turbine InletText19:2-MS-011-A 4High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3MS-863 BypassText19:2-MS-012 28High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3Main Steam to SE HP Turbine InletText19:2-MS-012-A 4High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3MS-864 BypassReport No. 0700.104-03, Appendix D, Revision 2Page D-3 of 16 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam (MS), Unit 22-MS-01: Main Steam from Stm Gen to HP Turbine, BFP Turbine, MSRs, Aux. Steam, SJAEs, and Priming Ejectors.Line Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-013 28High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3Main Steam to NW HP Turbine InletText19:2-MS-013-A 4High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3MS-865 BypassText19:2-MS-014 28High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3Main Steam to SW HP Turbine InletText19:2-MS-014-A 4High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3MS-866 BypassText19:2-MS-015 20High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3Main Steam Balancing Line between 2-MS-001 and 2-MS-003Text19:2-MS-016 12High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Main Steam to Reheater Steam Control Station A.Text19:2-MS-017 8High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Reheater Steam Control Station A line to PCV 1175-1Report No. 0700.104-03, Appendix D, Revision 2Page D-4 of 16 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam (MS), Unit 22-MS-01: Main Steam from Stm Gen to HP Turbine, BFP Turbine, MSRs, Aux. Steam, SJAEs, and Priming Ejectors.Line Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-018 8High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Reheater Steam Control Station A line to PCV 1175-2Text19:2-MS-019 1High quality main steam line. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA227780 1F P 3331NoNo 3Reheater Steam Control Station A line to PCV

1108Text19:2-MS-020 12High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Reheater Steam Header AText19:2-MS-021 6High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Reheater Header to MSR

21AText19:2-MS-022 6High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Reheater Header to MSR 22AText19:2-MS-023 6High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Reheater Header to MSR

23AText19:2-MS-024 12High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Main Steam to Reheater Steam Control Station B.Report No. 0700.104-03, Appendix D, Revision 2Page D-5 of 16 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam (MS), Unit 22-MS-01: Main Steam from Stm Gen to HP Turbine, BFP Turbine, MSRs, Aux. Steam, SJAEs, and Priming Ejectors.Line Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-025 8High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Reheater Steam Control Station B line to PCV 1175-3Text19:2-MS-026 8High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Reheater Steam Control Station B line to PCV 1175-4Text19:2-MS-027 1High quality main steam line. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA227780 1F P 3331NoNo 3Reheater Steam Control Station B line to PCV 1109Text19:2-MS-028 12High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Reheater Steam Header

BText19:2-MS-029 6High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Reheater Header to MSR 21BText19:2-MS-030 6High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Reheater Header to MSR

22BText19:2-MS-031 6High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Reheater Header to MSR

23BReport No. 0700.104-03, Appendix D, Revision 2Page D-6 of 16 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam (MS), Unit 22-MS-01: Main Steam from Stm Gen to HP Turbine, BFP Turbine, MSRs, Aux. Steam, SJAEs, and Priming Ejectors.Line Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-032 1High quality main steam line. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA227780 1F P 3331NoNo 3Reheater Cal. LineText19:2-MS-033 4High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Main Steam to BFP #21

TurbineText19:2-MS-034 4High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Main Steam to BFP #22 TurbineText19:2-MS-035 6High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Main Steam to SJAEs and Priming EjectorsText19:2-MS-036-A 3High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3SJAE Steam Supply Upstream of PCV 1132Text19:2-MS-059-A 6High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Main Steam to Priming Ejectors Header Upstream of PCV 1133Text19:2-MS-064 12High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3Balancing line between SE and SW HP Turbine Steam Feed Lines.Report No. 0700.104-03, Appendix D, Revision 2Page D-7 of 16 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam (MS), Unit 22-MS-01: Main Steam from Stm Gen to HP Turbine, BFP Turbine, MSRs, Aux. Steam, SJAEs, and Priming Ejectors.Line Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-192 4High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA227780 1F L 3331NoNo 3Main Steam Header to Aux. Steam Upstream of PCV-10152-MS-06: Main Steam Supply to Gland Steam HeaderLine Number Size(in.)FComments ReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MS-187 4High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3Main Steam Supply to Gland Seal Regulator StationText19:2-MS-188-A 3High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3Gland Seal Steam Supply upstream of PCV-1145-1Text19:2-MS-189-A 3High quality main steam line. This large bore line is important to plant operation and/or is a personnel safety issue upon failure.PEPSEA235308 1F L 3331NoNo 3Gland Seal Steam Supply upstream of PCV-1145-2Report No. 0700.104-03, Appendix D, Revision 2Page D-8 of 16 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-080-A1.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main steam to MST-1Text19:2-MST-081-A1.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main steam to MST-2Text19:2-MST-082-A1.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main steam to MST-3Text19:2-MST-083-A1.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from Drain Pot to MST-4Text19:2-MST-083-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-1-24 US Leakoff to MST-4.Text19:2-MST-084-A1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-1-21 US Leakoff to MST-5Text19:2-MST-085-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-2A US Leakoff to MST-6Text19:2-MST-085-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-1-21 DS Leakoff to MST-6Report No. 0700.104-03, Appendix D, Revision 2Page D-9 of 16 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-086-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-2A DS Leakoff to MST-8Text19:2-MST-087-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-2B DS Leakoff to MST-9Text19:2-MST-088-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-1-22 DS Leakoff to MST-10Text19:2-MST-088-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-2B US Leakoff to MST-10Text19:2-MST-089-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-1-22 US Leakoff to MST-12Text19:2-MST-090-A1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-1-23 US Leakoff to MST-13Text19:2-MST-091-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-1-23 DS Leakoff to MST-14Text19:2-MST-091-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-2C US Leakoff to MST-14Report No. 0700.104-03, Appendix D, Revision 2Page D-10 of 16 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-092-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-2C DS Leakoff to MST-16Text19:2-MST-093-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-1-24 DS Leakoff to MST-18Text19:2-MST-093-B 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-2D US Leakoff to MST-18Text19:2-MST-094-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam from MS-2D DS Leakoff to MST-20Text19:2-MST-095-A1.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam to MST-21Text19:2-MST-096-A1.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam to MST-22Text19:2-MST-097-A1.5This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam to MST-23Text19:2-MST-098-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Exit Nozzle US of Valve MS-90-1Report No. 0700.104-03, Appendix D, Revision 2Page D-11 of 16 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-099-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam to MST-25 via Steam Dump LinesText19:2-MST-100-A1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-26 via Steam Dump LinesText19:2-MST-101-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam to MST-27 via Steam Dump LinesText19:2-MST-102-A1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-28 via Steam Dump LinesText19:2-MST-103-A1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-29 via Steam Dump LinesText19:2-MST-104-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-30Text19:2-MST-105-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-31Text19:2-MST-106-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-32Report No. 0700.104-03, Appendix D, Revision 2Page D-12 of 16 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-108-A1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-34Text19:2-MST-109-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-35Text19:2-MST-110-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam to MST-36Text19:2-MST-111-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-37Text19:2-MST-112-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-38Text19:2-MST-113-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-39Text19:2-MST-114-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-40Text19:2-MST-115-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Main Steam to MST-41Report No. 0700.104-03, Appendix D, Revision 2Page D-13 of 16 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-116-A1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-42 via Steam Dump LinesText19:2-MST-117-A1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-43 via Steam Dump LinesText19:2-MST-118-A1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-44 via Steam Dump LinesText19:2-MST-119-A1.25This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-45 via Steam Dump LinesText19:2-MST-120-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-46 via Steam Dump LinesText19:2-MST-121-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-47 via Steam Dump LinesText19:2-MST-122-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-48Text19:2-MST-123-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-49Report No. 0700.104-03, Appendix D, Revision 2Page D-14 of 16 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Main Steam Traps (MST), Unit 22-MST-01: Steam Trap Lines from the Main Steam SystemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-MST-124-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-50Text19:2-MST-125-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-51Text19:2-MST-126-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2042 1F P 3331NoNo 3Main Steam to MST-52Text19:2-MST-135-A 1This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSE 9321-F-2041 1F P 3331NoNo 3Steam to MST-64Text19:2-MST-193-A0.75High quality main steam line. This line exists in an area accessible by plant personnel during operation, and a leak presents a burn risk to a passerby.

PEPSEA227780 1F P 3331NoNo 3Main Steam to MST-100Report No. 0700.104-03, Appendix D, Revision 2Page D-15 of 16 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Report Header Legend:

F SF Crit.Q T O Priority Plant Exp.Ind. Exp. Consequence of Failure 1 = High Consequence of Failure (Category 1) 2 = Low Consequence of Failure (Category 2)

Susceptibility level 1 = High Susceptibility 2 = Moderate Susceptibility 3 = Low Susceptibility Consequence of Failure Criteria (see below)

Operating Quality code 1 = 30% to 99.5% 2 = < 30%

3 = > 99.5% Operating Temperature code 1 = 250 to 350 deg F 2 = 350 to 400 deg F 3 = < 250 deg F, > 400 deg F Operating time code 1 = Lines operating frequently or w/ severe cond.

2 = Lines operating infrequently Priority 1 = High Priority 2 = Moderate Priority 3 = Low Priority Plant Experience Industry ExperienceConsequence of Failure Criteria (F Crit.) Legend:

FI FL FP FS FT High consequence of Failure: non-Isolable line High consequence of Failure: Large-bore line High consequence of Failure: Personnel safety issue (frequently accessed location)

High consequence of Failure: Safety-related line High consequence of Failure: shutdown or Trip upon failureReport No. 0700.104-03, Appendix D, Revision 2Page D-16 of 16 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramSNM Program Lines Sorted by SusceptibilityAppendix ECSI TECHNOLOGIE S , I N C. Low Consequence of FailureIndian Point Unit 2Report No. 0700.104-03, Appendix E, Revision 2Page E-1 of 15 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Feedwater (AF), Unit 22-AF-01: Service Boiler Auxiliary Feedwater LinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AF-0071.5 P&ID 9321-F-2120 2N o N oN/ABoiler Feed Pump overflow header to DeaeratorText19:2-AF-0081.5 P&ID 9321-F-2120 2N o N oN/ABoiler Feed Pump discharge Unit #3 tie-in.Text19:2-AF-011-B 1 P&ID 9321-F-2120 2N o N oN/A#21 BFP discharge overflow line downstream of orificeText19:2-AF-012-B 1 P&ID 9321-F-2120 2N o N oN/A#22 BFP discharge overflow line downstream of orificeText19:2-AF-013-B 1 P&ID 9321-F-2120 2N o N oN/A#23 BFP discharge overflow line downstream of orificeText19:2-AF-0240.75 P&ID 9321-F-2120 2N o N oN/ARH Boiler #21 Continuous Blowdown LineText19:2-AF-0251.5 P&ID 9321-F-2120 2N o N oN/ARH Boiler #21 Intermittent Blowdown LineText19:2-AF-0260.75 P&ID 9321-F-2120 2N o N oN/ALH Boiler #22 Continuous Blowdown LineText19:2-AF-0271.5 P&ID 9321-F-2120 2N o N oN/ALH Boiler #22 Intermittent Blowdown LineText19:2-AF-0280.75 P&ID 9321-F-2120 2N o N oN/AContinuous Blowdown line to HSBSPCLsText19:2-AF-0291.5 P&ID 9321-F-2120 2N o N oN/ABoiler Blowdown Tank Bottom DrainText19:2-AF-0301.5 P&ID 9321-F-2120 2N o N oN/ABoiler Blowdown Tank Drain BypassText19:2-AF-0311.25 P&ID 9321-F-2120 2N o N oN/ABoiler Blowdown Tank Drain VentReport No. 0700.104-03, Appendix E, Revision 2Page E-2 of 15 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Feedwater (AF), Unit 22-AF-01: Service Boiler Auxiliary Feedwater LinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AF-033 P&IDB193201, 9321-F-21202NoNoN/AABSPCLB Aux. Feed InletText19:2-AF-034 P&ID 9321-F-21202NoNoN/AABSPCLB Aux. Feed Outlet to Dissolved O2 AnalyzerText19:2-AF-035 P&ID 9321-F-21202NoNoN/AABSPCLB Aux. Feed Outlet to Cooling BathText19:2-AF-0381.25 P&IDB193201 2N o N oN/AService Boiler Deaerator VentText19:2-AF-0420.75 P&IDB193201 2N o N oN/ADrain from multiport valve.Text19:2-AF-0511.5 P&IDB193201 2N o N oN/AAF59 Vent to Service Boiler DeaeratorText19:2-AF-0521.5 P&IDB193201 2N o N oN/AAF58 Vent to Service Boiler DeaeratorText19:2-AF-0531.5 P&IDB193201 2N o N oN/AAF57 Vent to Service Boiler DeaeratorText19:2-AF-0541.5 P&IDB193201 2N o N oN/ACheck valve vent header to Service Boiler DeaeratorText19:2-AF-057 P&ID 9321-F-21202NoNoN/AChemical Bench SinkReport No. 0700.104-03, Appendix E, Revision 2Page E-3 of 15 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Steam (AS), Unit 22-AS-03: Remainder of Auxiliary SteamLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AS-018 1 P&ID 9321-F-2120 2N o N oN/ARH Boiler #21 Atomizing Steam bleed-off lineText19:2-AS-019 1 P&ID 9321-F-2120 2N o N oN/ALH Boiler #22 Atomizing Steam bleed-off lineText19:2-AS-025 1 P&ID 9321-F-2120 2N o N oN/AOil Separator Tank outletText19:2-AS-026 1 P&ID 9321-F-2120 2N o N oN/AOil Separator Tank outlet to Carbon Filter TankText19:2-AS-027 1 P&ID 9321-F-2120 2N o N oN/AOil Separator Tank outlet to Floor DrainText19:2-AS-030 2 P&IDB192490 2N o N oN/ASteam to Water HeaterText19:2-AS-0331.5 P&IDB192490 2N o N oN/ASteam to AS840Text19:2-AS-037 1 P&IDB192490 2N o N oN/APRV-7343 BypassText19:2-AS-039 P&IDB1924902NoNoN/ASteam to ScreensText19:2-AS-048 2 P&ID 192491 2N o N oN/ASteam to Service Boiler Phosphate Mix Tanks and Continuous HeatersText19:2-AS-060 2 P&ID 192491 2N o N oN/ASteam from Heating and Ventilation Pressure Reducing StationText19:2-AS-073 2 P&ID 192491 2N o N oN/AHeader to Service Boiler Phosphate Mix TanksText19:2-AS-0740.75 P&ID 192491 2N o N oN/ASteam to Service Boiler Phosphate Mix Tank No.

11Text19:2-AS-0750.75 P&ID 192491 2N o N oN/ASteam to Service Boiler Phosphate Mix Tank No.

12Text19:2-AS-076 2 P&ID 192491 2N o N oN/ASteam to Continuous Heaters via AS568Report No. 0700.104-03, Appendix E, Revision 2Page E-4 of 15 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Steam (AS), Unit 22-AS-03: Remainder of Auxiliary SteamLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AS-077 2 P&ID 192491 2N o N oN/ASteam to Continuous Heaters via AS112Text19:2-AS-079 2 P&ID 192491 2N o N oN/ASteam header to Continuous Heaters via AS568Text19:2-AS-080 1 P&ID 192491 2N o N oN/ASteam to Continuous Heater No. 11Text19:2-AS-081 1 P&ID 192491 2N o N oN/ASteam to Continuous Heater No. 12Text19:2-AS-082-B1.5 P&ID 192491 2N o N oN/AFloor trench drain downstream of capText19:2-AS-0910.75 P&IDB227209 2N o N oN/APort Basin drain from Aux. Steam supply to ACFTsText19:2-AS-0931.5 P&IDB227209 2N o N oN/APRV-5245 BypassReport No. 0700.104-03, Appendix E, Revision 2Page E-5 of 15 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Steam Traps (AST), Unit 22-AST-01: Steam Trap Lines from Auxiliary Steam LinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AST-0061.5 P&ID 9321-F-2120 2N o N oN/ASteam to Hot Water Heat ExchangersText19:2-AST-0070.75 P&ID 9321-F-2120 2N o N oN/ASteam to and from AS-

1176Text19:2-AST-007-A 1 P&ID 9321-F-2120 2N o N oN/ASteam to Condensate Return via AST-35Text19:2-AST-009 2 P&ID 9321-F-2120 2N o N oN/AHot Water Heat Exchangers Discharge

LineText19:2-AST-0110.75 P&ID 9321-F-2120 2N o N oN/ASteam to and from AS-

1093Text19:2-AST-013 P&ID 9321-F-21202NoNoN/ASteam Supply Drain to Condensate Return via AST-31Text19:2-AST-019 1 P&IDA209775 2N o N oN/AAST-33 DischargeText19:2-AST-021-A 1 P&IDA209775 2N o N oN/AAST-20 DischargeText19:2-AST-024 1 P&ID 9321-F-2120 2N o N oN/AFuel Oil heating steam outlet from steam traps to oil separator tankText19:2-AST-0340.75 P&IDB192490 2N o N oN/ASteam to and from AS849Text19:2-AST-035-A0.75 P&IDA209775 2N o N oN/AAST-6 DischargeText19:2-AST-0360.75 P&IDA209775 2N o N oN/AAST-7 DischargeText19:2-AST-0371.5 P&IDA209775 2N o N oN/AAST-4 DischargeText19:2-AST-0380.75 P&IDB192490 2N o N oN/ASteam to and from UH-1238Text19:2-AST-038-A0.75 P&IDA209775 2N o N oN/AAST-5 DischargeText19:2-AST-041 1 P&IDB192490 2N o N oN/ASteam to and from AST-27Report No. 0700.104-03, Appendix E, Revision 2Page E-6 of 15 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Auxiliary Steam Traps (AST), Unit 22-AST-01: Steam Trap Lines from Auxiliary Steam LinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-AST-042 1 P&IDB192490 2N o N oN/AAST-27 BypassText19:2-AST-043 1 P&IDB192490 2N o N oN/ASteam to and from AST-42Text19:2-AST-044 1 P&IDB192490 2N o N oN/AAST-42 BypassText19:2-AST-049-A0.5 P&ID 192491 2N o N oN/ASteam to and from AST-38Text19:2-AST-050-A0.5 P&ID 192491 2N o N oN/ASteam to and from AST-

37Text19:2-AST-0520.75 P&ID 192491 2N o N oN/ASteam to and from AST-45Text19:2-AST-058 1 P&IDA209775 2N o N oN/AAST-2 DischargeText19:2-AST-059 1 P&IDA209775 2N o N oN/AAST-3 DischargeText19:2-AST-061 1 P&ID 192491 2N o N oN/ASteam to and from AST-39Text19:2-AST-063 1 P&ID 192491 2N o N oN/ASteam to and from AST-32Text19:2-AST-065 1 P&ID 192491 2N o N oN/AAST-32 and 39 drain to Cond. Return HeaderText19:2-AST-066 2 P&ID 192491 2N o N oN/ASteam to and from FP-1198Text19:2-AST-067 2 P&ID 192491 2N o N oN/ASteam to and from UH-

1300Text19:2-AST-069-B 1 P&ID 192491 2N o N oN/ASteam to and from AST-

30Report No. 0700.104-03, Appendix E, Revision 2Page E-7 of 15 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Heater Drains & Vents (HD), Unit 22-1HD-02: #21 Feedwater Heater VentsLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-1HD-027 1Low Temp and Press. Leak-before-break situation.

PEPSEA235304 2N o N oN/AFWH 21A 1" Vent to Condenser 23Text19:2-1HD-028 1Low Temp and Press. Leak-before-break situation.

PEPSEA235304 2N o N oN/AFWH 21B 1" Vent to Condenser 22Text19:2-1HD-029 1Low Temp and Press. Leak-before-break situation.

PEPSEA235304 2N o N oN/AFWH 21C 1" Vent to Condenser 21Report No. 0700.104-03, Appendix E, Revision 2Page E-8 of 15 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Service Boiler (SB), Unit 22-SB-01: Service Boiler LinesLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-SB-004 2 P&ID 9321-F-2120 2N o N oN/ASteam to Condensate Return, Hot Water Heat Exchangers, and Office Unit HeatersText19:2-SB-005 2 P&ID 9321-F-2120 2N o N oN/ASteam to Hot Water Heat Exchangers and Office Unit HeatersText19:2-SB-011 1 P&ID 9321-F-2120 2N o N oN/AHeader Drain to AST-35Text19:2-SB-0121.5 P&ID 9321-F-2120 2N o N oN/ASteam to Office Unit HeatersText19:2-SB-022 2 P&IDA209775 2N o N oN/ASteam trap header to Cond. ReceiverText19:2-SB-0431.5 P&ID9321-F-2021, B193201 2N o N oN/ALine from #10 House Service Boiler DeaeratorReport No. 0700.104-03, Appendix E, Revision 2Page E-9 of 15 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Condensate Return Unit Heater Steam Traps (UHT), Unit 22-UHT-01: Steam Trap Lines from the Condensate Return from Unit Heaters to the Deaerator systemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-UHT-007 2 P&IDA209775 2N o N oN/ASteam trap header to Cond. Receiver from UHT-510.Text19:2-UHT-008 1 P&IDA209775 2N o N oN/ASteam from gland steam supply steam trapsText19:2-UHT-009 2 P&IDA209775 2N o N oN/ASteam to and from

215UHRText19:2-UHT-010 2 P&IDA209775 2N o N oN/ASteam to and from

217UHRText19:2-UHT-011 2 P&IDA209775 2N o N oN/ASteam to and from

29UHRText19:2-UHT-012 2 P&IDA209775 2N o N oN/ASteam to and from 22UHRText19:2-UHT-013 1 P&IDA209775 2N o N oN/ASteam to and from UHT-2-1Text19:2-UHT-014 2 P&IDA209775 2N o N oN/ASteam to and from

221UHRText19:2-UHT-015 2 P&IDA209775 2N o N oN/ASteam to and from 219UHRText19:2-UHT-016 2 P&IDA209775 2N o N oN/ASteam to and from 211UHRText19:2-UHT-017 2 P&IDA209775 2N o N oN/ASteam to and from

24UHRText19:2-UHT-018 1 P&IDA209775 2N o N oN/ASteam to and from UHT-

2-2Text19:2-UHT-019 2 P&IDA209775 2N o N oN/ASteam to and from

225UHRText19:2-UHT-020 2 P&IDA209775 2N o N oN/ASteam to and from

224UHRReport No. 0700.104-03, Appendix E, Revision 2Page E-10 of 15 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Condensate Return Unit Heater Steam Traps (UHT), Unit 22-UHT-01: Steam Trap Lines from the Condensate Return from Unit Heaters to the Deaerator systemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-UHT-021 2 P&IDA209775 2N o N oN/ASteam to and from 223UHRText19:2-UHT-022 2 P&IDA209775 2N o N oN/ASteam to and from

213UHRText19:2-UHT-023 2 P&IDA209775 2N o N oN/ASteam to and from

27UHRText19:2-UHT-024 1 P&IDA209775 2N o N oN/ASteam to and from UHT-

1-1Text19:2-UHT-025 1 P&IDA209775 2N o N oN/ASteam to and from Oil PreheaterText19:2-UHT-026 1 P&IDA209775 2N o N oN/ASteam to and from UHT-4-1Text19:2-UHT-027 2 P&IDA209775 2N o N oN/ASteam to and from 24AUHRText19:2-UHT-0281.5 P&IDA209775 2N o N oN/ASteam to and from UHT-

2-3Text19:2-UHT-029 1 P&IDA209775 2N o N oN/ASteam to and from 248UHRText19:2-UHT-030 1 P&IDA209775 2N o N oN/ASteam to and from 250UHRText19:2-UHT-031 1 P&IDA209775 2N o N oN/ASteam to and from

249UHRText19:2-UHT-032 1 P&IDA209775 2N o N oN/ASteam to and from

252UHRText19:2-UHT-033 1 P&IDA209775 2N o N oN/ASteam to and from

251UHRText19:2-UHT-034 1 P&IDA209775 2N o N oN/ASteam to and from UHT-

11-3Text19:2-UHT-035 1 P&IDA209775 2N o N oN/ASteam to and from

247UHRReport No. 0700.104-03, Appendix E, Revision 2Page E-11 of 15 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Condensate Return Unit Heater Steam Traps (UHT), Unit 22-UHT-01: Steam Trap Lines from the Condensate Return from Unit Heaters to the Deaerator systemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-UHT-036 1 P&IDA209775 2N o N oN/ASteam to and from 246UHRText19:2-UHT-037 1 P&IDA209775 2N o N oN/ASteam to and from

245UHRText19:2-UHT-038 1 P&IDA209775 2N o N oN/ASteam to and from UHT-

11-2Text19:2-UHT-039 2 P&IDA209775 2N o N oN/AUHT-511 outletText19:2-UHT-040 2 P&IDA209775 2N o N oN/ASteam to and from 214UHRText19:2-UHT-041 2 P&IDA209775 2N o N oN/ASteam to and from 216UHRText19:2-UHT-042 2 P&IDA209775 2N o N oN/ASteam to and from

218UHRText19:2-UHT-043 2 P&IDA209775 2N o N oN/ASteam to and from

220UHRText19:2-UHT-044 2 P&IDA209775 2N o N oN/ASteam to and from 222UHRText19:2-UHT-045 1 P&IDA209775 2N o N oN/ASteam to and from

260UHRText19:2-UHT-046 1 P&IDA209775 2N o N oN/ASteam to and from UHT-4-2Text19:2-UHT-047 2 P&IDA209775 2N o N oN/ASteam to and from

21UHRText19:2-UHT-048 2 P&IDA209775 2N o N oN/ASteam to and from

28UHRText19:2-UHT-049 2 P&IDA209775 2N o N oN/ASteam to and from

23UHRText19:2-UHT-050 2 P&IDA209775 2N o N oN/ASteam to and from

210UHRReport No. 0700.104-03, Appendix E, Revision 2Page E-12 of 15 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Condensate Return Unit Heater Steam Traps (UHT), Unit 22-UHT-01: Steam Trap Lines from the Condensate Return from Unit Heaters to the Deaerator systemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-UHT-051 2 P&IDA209775 2N o N oN/ASteam to and from 212UHRText19:2-UHT-052 2 P&IDA209775 2N o N oN/ASteam to and from

25UHRText19:2-UHT-0530.75 P&IDA209775 2N o N oN/ASteam to and from UHT-

11-1Text19:2-UHT-056 1 P&IDA209775 2N o N oN/AUHT-513 DischargeText19:2-UHT-0570.5 P&IDA209775 2N o N oN/AUHT-512 DischargeText19:2-UHT-0600.75 P&IDA209775 2N o N oN/A21 Air Tempering Unit DischargeText19:2-UHT-0610.75 P&IDA209775 2N o N oN/A22 Air Tempering Unit DischargeText19:2-UHT-062 1 P&IDA209775 2N o N oN/ASteam to various unit heatersText19:2-UHT-0630.75 P&IDA209775 2N o N oN/ASteam to and from UH-TSC-1Text19:2-UHT-0640.75 P&IDA209775 2N o N oN/ASteam to and from 242UHRText19:2-UHT-0650.75 P&IDA209775 2N o N oN/ASteam to and from 243UHRText19:2-UHT-0660.75 P&IDA209775 2N o N oN/ASteam to and from

244UHRText19:2-UHT-0670.75 P&IDA209775 2N o N oN/ASteam to and from UHT-

8-246Text19:2-UHT-0680.75 P&IDA209775 2N o N oN/ASteam to and from

253UHRText19:2-UHT-069 2 P&IDA209775 2N o N oN/AUnit Heater Drain to Discharge TunnelReport No. 0700.104-03, Appendix E, Revision 2Page E-13 of 15 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Condensate Return Unit Heater Steam Traps (UHT), Unit 22-UHT-01: Steam Trap Lines from the Condensate Return from Unit Heaters to the Deaerator systemLine Number Size(in.)FCommentsReferenceP&ID No.S FCrit.QTOPlantExp.Ind.Exp.PriorityLine DescriptionText19:2-UHT-0890.75 P&IDB227209 2N o N oN/ASteam to and from UH-1020Text19:2-UHT-0900.75 P&IDB227209 2N o N oN/ASteam to and from UH-1019Text19:2-UHT-0920.75 P&IDB227209 2N o N oN/ASteam to and from UH-1021Report No. 0700.104-03, Appendix E, Revision 2Page E-14 of 15 Indian Point 2 FAC Susce ptible Non-Modeled (SNM) Pro gramCSI TECHNOLOGIE S , I N C. Report Header Legend:

F SF Crit.Q T O Priority Plant Exp.Ind. Exp. Consequence of Failure 1 = High Consequence of Failure (Category 1) 2 = Low Consequence of Failure (Category 2)

Susceptibility level 1 = High Susceptibility 2 = Moderate Susceptibility 3 = Low Susceptibility Consequence of Failure Criteria (see below)

Operating Quality code 1 = 30% to 99.5% 2 = < 30%

3 = > 99.5% Operating Temperature code 1 = 250 to 350 deg F 2 = 350 to 400 deg F 3 = < 250 deg F, > 400 deg F Operating time code 1 = Lines operating frequently or w/ severe cond.

2 = Lines operating infrequently Priority 1 = High Priority 2 = Moderate Priority 3 = Low Priority Plant Experience Industry ExperienceConsequence of Failure Criteria (F Crit.) Legend:

FI FL FP FS FT High consequence of Failure: non-Isolable line High consequence of Failure: Large-bore line High consequence of Failure: Personnel safety issue (frequently accessed location)

High consequence of Failure: Safety-related line High consequence of Failure: shutdown or Trip upon failureReport No. 0700.104-03, Appendix E, Revision 2Page E-15 of 15 CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Appendix F, Revision 2 Page F-1 of 2

Appendix F Revision History

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Appendix F, Revision 2 Page F-2 of 2 Revision 0 Initial Issue of document.

Revision 1 System, subsystem, and line names were updated to incorporate the new system list.

Revision 2 Lines were updated to incorporate line replacement history. Table F.1 below details the changes:

Table F.1 Line Changes "" "" "" "" ""

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment A, Revision 2 Page Attach A-1 of 4

Attachment A CHECWORKS Parametric Analysis

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment A, Revision 2 Page Attach A-2 of 4 The EPRI computer program CHECWORKS is used to predict corrosion rates for large bore FAC-susceptible conventional piping with known operating conditions. Operating conditions such as temperature, qualities, and flow rate, along with component data such as type of fitting and material, are all inputs to CHECWORKS. The output includes a predicted corrosion rate for each component, which can then be used in the selection process of inspecting components. In some cases, however, CHECWORKS is of less value. For example, if the operating conditions in a particular line are unknown, the CHECWORKS predicted corrosion rates are highly uncertain. Also, most small-bore lines are socket-welded, and the uncertainty in the fit-up gap makes the CHECWORKS predictions less accurate. In ca ses like these, it is difficult to predict the absolute wear rates with any accuracy. However, a simplified analytical method of ranking geometries in order of susceptibility is useful in identifying those components that are most likely to experience wall thinning. The method used to rank components in order of relative susceptibility was a parametric CHECWORKS analysis. For this parametric analysis, it was assumed that for a set of carbon steel components experiencing identical flow conditions (temperature, mass flow rate, and quality), the only difference in predicted corrosion rate would be due to the different geometries. It was further assumed that a uniform change in operating conditions would result in a uniform change in predicted corrosion rates. These assumptions are based on conversations with EPRI personnel. These assumptions were tested by running several sample CHECWORKS lines. A sample line was created which included every CHECWORKS geometry code. In addition, both short radius (1 R/D) and long radius (1.5 R/D) elbows were included. The CHECWORKS geometry codes differ for different kinds of tees, elbows, and other fittings. For example, a fitting with another fitting within one pipe diameter upstream will have a different geometry code than one without a close upstream fitting. A detailed description of the geometry codes is provided in the CHECWORKS User's Guide. To eliminate variables, the input data was held constant as much as possible. As a baseline case, typical feedwater operating conditions were entered. An outside diameter of 10.75 inches was used for all geometry codes. Also, the same flow rate was used for all geometry codes. An orifice size equal to one half of the inside diameter of the pipe was used. The CHECWORKS default values were used for all other input data. CHECWORKS predicts separate wear rates for the large end and small ends of a reducer as well as the upstream main, downstream main, and branch sections of tees. This nece ssitated that these geometry codes be modeled multiple times to obtain consistent wear rates. For example, reducers were modeled as both 12-inch by 10 inch and 10 inch by 8 inch. Only the wear rates from the 10 inch sections were used for comparison. An FAC analysis was performed where the temperature, flow rate, quality, and water chemistry were individually varied. At each set of conditions the predicted corrosion rates were recorded.

The predicted corrosion rates were then normalized. For the single-phase conditions, the wear rate for orifices was significantly higher than the other geometry codes. For the dual-phase conditions, control valves were ranked significantly higher than the other geometry codes. Since the orifice sizes and the throttle positions typically vary, the wear rates for these geometry codes were not used to normalize the wear rates. Instead, the wear rate from the second most highly ranked geometry code was used. A total of six sets of conditions were run, as listed in Table A.1:

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment A, Revision 2 Page Attach A-3 of 4 Table A.1 CHECWORKS Parametric Analysis Run Conditions Run No. Temperature (ºF) Flow Rate (Mlb/hr) Quality Type of Run 1 500 3 0 Baseline single-phase case 2 350 3 0 Variation of temp 3 500 1.5 0 Variation of flow 4 500 3 50% Two-phase 5 500 3 75% Two-phase 6 500 3 96% Two-phase As expected, altering the water chemistry did not alter the relative ranking of components within the single-phase and two-phase environments. Based on these results, future changes to the secondary water chemistry should not require a revision to the parametric CHECWORKS analysis. The normalized wear rates are presented in Table A.2 of the CHECWORKS parametric analysis. It was observed that the relative ranking of the various geometries did not change with changes in operating conditions for single-phase conditions. Moreover, the normalized values of predicted corrosion rates did not change for single phase. However, there were slight variations in the relative rankings when the operating quality was varied for dual-phase conditions. Naturally, the normalized values of wear rate also varied, but this variation was minor. The normalized wear rate varied the most for Type-9 Pipe (>15D). It varied by 0.042, which resulted in its ranking changing by 9 components. However, this was the exception. Most other components varied by less than 0.010. More importantly, the relative ranking for two-phase conditions varied significantly compared to the single-phase conditions. Therefore, the normalized wear rates were averaged to obtain a single ranking for dual-phase condition. Note that this ranking method is not valid for orifices or pipe downstream of orifices because the predicted corrosion rate for these components strongly depends on the orifice size, which varies independently of the operating conditions. Orifices and pipe downstream of orifices were included only for information purposes and these results should be applied with caution. In addition, control valves may have different flow areas depending on the degree of throttling taking place, and therefore these results should also be applied with caution.

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment A, Revision 2 Page Attach A-4 of 4 Table A.2 CHECWORKS Parametric Analysis Results SINGLE-PHASE CONDITIONS TWO-PHASE CONDITIONS Component Type Geometry Code Normalized Wear Factor Component Type Geometry Code Normalized Wear Factor ORIFICE 6 1.993 CONTROL VALVE 24 1.040 180 BEND, S.R. 5 1.000 GLOBE VALVE 21 1.000 180 BEND, L.R. 5 1.000 TEE, TYPE 14 14 0.769 TEE, TYPE 14 14 0.917 ORIFICE 6 0.724 TEE, TYPE 13 13 0.833 TEE, TYPE 13 13 0.699 TEE, TYPE 11 11 0.833 TEE, TYPE 12 12 0.655 GLOBE VALVE 21 0.833 EXIT NOZZLE 31 0.602 ANGLE VALVE 20 0.833 TEE, TYPE 11 11 0.600 CHECK VALVE 25 0.833 PIPE DS EXP. ELBOW 69 0.600 TEE, TYPE 10 10 0.833 180 BEND, S.R. 5 0.510 CONTROL VALVE 24 0.833 TEE, TYPE 10 10 0.501 GATE VALVE 22 0.833 CHECK VALVE 25 0.482 EXIT NOZZLE 31 0.833 EXP. ELBOW, L.R. 19 0.480 GENERIC VALVE 8 0.833 EXP. ELBOW, S.R. 19 0.480 PIPE DS ANGLE VALVE 70 0.833 180 BEND, L.R. 5 0.480 BUTTERFLY VALVE 23 0.833 GATE VALVE 22 0.442 TEE, TYPE 12 12 0.683 PIPE DS TEE 61 0.432 EXP. ELBOW, L.R. 19 0.668 GENERIC VALVE 8 0.422 EXP. ELBOW, S.R. 19 0.668 INLET NOZZLE 30 0.402 INLET NOZZLE 30 0.667 90 ELBOW, S.R. (>1D) 2 0.397 90 ELBOW, L.R. (<1D) 4 0.617 90 ELBOW, S.R. (<1D) 4 0.397 90 ELBOW, S.R. (>1D) 2 0.617 PIPE DS 90 ELBOW 54 0.385 90 ELBOW, S.R. (<1D) 4 0.617 90 ELBOW, L.R. (>1D) 2 0.369 90 ELBOW, L.R. (>1D) 2 0.617 90 ELBOW, L.R. (<1D) 4 0.369 REDUCER (<1D) 7 0.583 45 ELBOW, S.R. (<1D) 3 0.360 45 ELBOW, L.R. (<1D) 3 0.583 45 ELBOW, S.R. (>1D) 1 0.339 45 ELBOW, S.R. (<1D) 3 0.583 45 ELBOW, L.R. (<1D) 3 0.335 PIPE DS 180 BEND 55 0.583 REDUCER (<1D) 7 0.335 45 ELBOW, S.R. (>1D) 1 0.550 45 ELBOW, L.R. (>1D) 1 0.316 45 ELBOW, L.R. (>1D) 1 0.550 PIPE DS 180 BEND 55 0.310 PIPE DS 90 ELBOW 54 0.533 PIPE (>15D) 9 0.309 RED. ELBOW, L.R. 16 0.518 BUTTERFLY VALVE 23 0.303 RED. ELBOW, S.R. 16 0.518 PIPE DS ANGLE VALVE 70 0.303 EXPANDER 18 0.500 ANGLE VALVE 20 0.302 TEE, TYPE 15 15 0.500 TEE, TYPE 15 15 0.301 PIPE DS TEE 60 0.500 PIPE DS TEE 57 0.301 PIPE DS TEE 61 0.450 PIPE DS 45 ELBOW 53 0.301 PIPE DS 90 ELBOW 52 0.417 PIPE DS TEE 65 0.296 PIPE DS TEE 57 0.417 PIPE DS REDUCER 67 0.280 REDUCER (>1D) 17 0.417 EXPANDER 18 0.265 PIPE DS 45 ELBOW 53 0.417 PIPE DS 90 ELBOW 52 0.251 PIPE DS EXP. ELBOW 69 0.417 RED. ELBOW, L.R. 16 0.250 PIPE DS EXPANDER 68 0.417 RED. ELBOW, S.R. 16 0.250 PIPE DS ORIFICE 56 0.399 PIPE DS 45 ELBOW 51 0.221 PIPE DS 45 ELBOW 51 0.367 PIPE DS EXPANDER 68 0.201 PIPE DS VALVE 58 0.367 REDUCER (>1D) 17 0.201 PIPE DS TEE 64 0.333 PIPE DS ORIFICE 56 0.192 PIPE DS TEE 65 0.333 PIPE DS TEE 60 0.182 PIPE DS RED. ELBOW 66 0.333 PIPE DS VALVE 58 0.177 PIPE DS TEE 62 0.333 PIPE DS TEE 64 0.161 PIPE DS REDUCER 67 0.333 PIPE DS RED. ELBOW 66 0.137 PIPE DS TEE 63 0.333 PIPE DS TEE 62 0.121 PIPE (>15D) 9 0.260 PIPE DS TEE 63 0.121 CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment B, Revision 2 Page Attach B-1 of 7

Attachment B Referenced Correspondence and Communication

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment B, Revision 2 Page Attach B-2 of 7 Email from Ryan Doremus (CSI) to Ian Mew (IPEC) regarding a Line Naming Convention, dated 7/27/2009.

Ian, Im close to the point where I will have to start assigning line names for categorization purposes. Since the P&IDs seem to be very good at giving line information (size, pipe class, etc.), I want to propose a simple naming convention that consists of Unit #, System Abbreviation, a sequential number, and if needed a sequential letter that would be used if susceptibility changes within a line.

U-SSS-000-A

U = Unit Number SSS = System Abbreviation 000 = Sequential Number A = Section of line that is split for susceptibility.

For example: 2-6EX-003 or 2-BFD-002-A Let me know what you think.

Thank you, Ryan D. Doremus Engineer CSI Technologies, Inc.

(847) 836-3000 x796 rdoremus@csitechnologies.com

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment B, Revision 2 Page Attach B-3 of 7 Email from Ian Mew (IPEC) to Ryan Doremus (CSI) regarding responses to information requests, dated 8/10/2009. Ryan, Answers to item 6, 9 & 10 will be sent shortly.

IPEC FAC Engineer Phone 914-827-7741

  1. ! #! #! *+ #! #! *+ *+ ./$$ %$' Can you answer Questions 1-10 or point me to a person who can.

IPEC FAC Engineer Phone 914-827-7741 2.(566! CSI Document No. 0700.104.C.004

Ian,

I completed a cursory review of the SSE/SNM IP2 and have a few pieces of information that would be helpful:

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment B, Revision 2 Page Attach B-4 of 7

1. Do actual lines exist from the HP Turbine to the Moisture Preseparators or are the Preseparators connected directly to the turbine? If they exist, are they inspected visually or should they be included in the CHECWORKS model?
2. Is it safe to assume that all Main Steam steam trap bypass valves on 9321-F-2041 and 9321-F-2042 are normally closed despite the fact that some are shown open?
3. Does the Feedwater Heater Bypass line (A235307, G-5) operate more or less than 2% of the time? 4. Do the Boiler Feed Pump discharge lines to the Drains Collecting Tank (9321-F-2017, H-6) operate more or less than 2% of the time?
5. Does the 18 HP Feedwater Heater Bypass line (9321-F-2019, F-3) operate more or less than 2% of the time?
6. Do the lines from the Heater Drain Pump Discharge to the HDP Water Chemistry Monitor (9321-F-2022, A2) operate more or less than 2% of the time?
7. Do the level control lines from the Heater Drain Tank to the Condenser (A235304, A-1 C-1 F-1) operate more or less than 2% of the time?
8. Do the Moisture Separator drains to the Drains Collecting Tank (9321-F-2023, H4) operate more or less than 2% of the time?
9. Do the SG Blowdown lines to the sample coolers (9321-F-2729, D-6) operate more or less than 2% of the time?
10. What is the outlet temperature of the SG Blowdown sample coolers (9321-F-2729, E-6)?

Any information on these would be helpful. Feel free to forward these questions on to system engineers or to send me operating procedures that might answer the questions. To maintain the integrity of the project schedule, we will need these answers by Wednesday, August 5.

In addition to the above, please send the Aux. Steam operating procedures (SOP 29.1.1, 29.1.2, and 29.1.3) and the following drawings:

9321-F-2027 9321-F-2028 9321-F-2033 9321-F-2067 9321-F-2720 9321-F-2722 9321-F-2723 9321-F-2745 9321-F-7020 A205957 B237144 192491

If its possible, I would like to have these drawings and the Aux. Steam OPs by next week, even if they come separately from the questions, to give me time to analyze them. If you have any questions, please feel free to contact me.

Thank you, Ryan D. Doremus Engineer CSI Technologies, Inc.

(847) 836-3000 x796 rdoremus@csitechnologies.com

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment B, Revision 2 Page Attach B-5 of 7 Email from Ian Mew (IPEC) to Ryan Doremus (CSI) regarding responses to information requests, dated 8/13/2009. See Answers below.

IPEC FAC Engineer Phone 914-827-7741 6./$$ %$' Jim, Can you answer the following questions? I need the answer to develop a System Susceptibility Evaluation for the FAC program for IP2.

11. Do the lines from the Heater Drain Pump Discharge to the HDP Water Chemistry Monitor (9321-F-2022, A2) operate more or less than 2% of the time? Yes 1 month a year - all material is SS after the root isolation valve which is less than 1 foot long
12. Do the SG Blowdown lines to the sample coolers (9321-F-2729, D-6) operate more or less than 2% of the time? Sample lines are all SS from the blowdown lines thru the coolers
13. What is the outlet temperature of the SG Blowdown sample coolers (9321-F-2729, E-6)? - from CCW heat exchanger outlet temp is <140F IPEC FAC Engineer Phone 914-827-7741 2.(566! CSI Document No. 0700.104.C.004
Ian, I completed a cursory review of the SSE/SNM IP2 and have a few pieces of information that would be helpful: 14. Do actual lines exist from the HP Turbine to the Moisture Preseparators or are the Preseparators connected directly to the turbine? If they exist, are they inspected visually or should they be included in the CHECWORKS model?
15. Is it safe to assume that all Main Steam steam trap bypass valves on 9321-F-2041 and 9321-F-2042 are normally closed despite the fact that some are shown open?
16. Does the Feedwater Heater Bypass line (A235307, G-5) operate more or less than 2% of the time? 17. Do the Boiler Feed Pump discharge lines to the Drains Collecting Tank (9321-F-2017, H-6) operate more or less than 2% of the time?

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment B, Revision 2 Page Attach B-6 of 7

18. Does the 18 HP Feedwater Heater Bypass line (9321-F-2019, F-3) operate more or less than 2% of the time?
19. Do the lines from the Heater Drain Pump Discharge to the HDP Water Chemistry Monitor (9321-F-2022, A2) operate more or less than 2% of the time?
20. Do the level control lines from the Heater Drain Tank to the Condenser (A235304, A-1 C-1 F-1) operate more or less than 2% of the time?
21. Do the Moisture Separator drains to the Drains Collecting Tank (9321-F-2023, H4) operate more or less than 2% of the time?
22. Do the SG Blowdown lines to the sample coolers (9321-F-2729, D-6) operate more or less than 2% of the time?
23. What is the outlet temperature of the SG Blowdown sample coolers (9321-F-2729, E-6)?

Any information on these would be helpful. Feel free to forward these questions on to system engineers or to send me operating procedures that might answer the questions. To maintain the integrity of the project schedule, we will need these answers by Wednesday, August 5.

In addition to the above, please send the Aux. Steam operating procedures (SOP 29.1.1, 29.1.2, and 29.1.3) and the following drawings:

9321-F-2027 9321-F-2028 9321-F-2033 9321-F-2067 9321-F-2720 9321-F-2722 9321-F-2723 9321-F-2745 9321-F-7020 A205957 B237144 192491 If its possible, I would like to have these drawings and the Aux. Steam OPs by next week, even if they come separately from the questions, to give me time to analyze them. If you have any questions, please feel free to contact me.

Thank you, Ryan D. Doremus Engineer CSI Technologies, Inc.

(847) 836-3000 x796 rdoremus@csitechnologies.com

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment B, Revision 2 Page Attach B-7 of 7 Email from Brian Trudeau (CSI) to Ian Mew (IPEC) regarding report comments, dated 11/23/2009. CSI Doc. No. 0700.104.C.019

Ian, This email captures our discussion today concerning your comments on the Unit 2 SSE & SNM. I understand that these two items are the extent of your comments. We will give you a call to go over these and inform you how we have incorporated them prior to sending the final version of the SSE & SNM on or before Dec 4. 1) Ian sent new data to CSIs Ryan Doremus on historical inspections and replacements that he would like incorporated. This may impact plant experience for SNM lines and susceptibility if the entire line has been replaced with FAC resistant material. CSI will assess this data, make the appropriate changes, and provide Ian with a list of impacted lines. 2) Ian requested that CSI provide comments on why SNM lines were evaluated for high consequence of failure. A reason code is given, such as plant shutdown (FT) or unable to isolate (FI), but Ian would like further comments/discussion of this reason. For example, Ian would like to know why a line would cause the plant to shutdown if it fails. For large bore SNM lines, CSI will add the note This large bore line is important to plant operation and/or may be a personnel safety issue upon failure.

CSI will apply comment 2, above to applicable lines in the Unit 3 SNM.

Thanks, ~~

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment C, Revision 2 Page Attach C-1 of 6

Attachment C Industry FAC Experience Table

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment C, Revision 2 Page Attach C-2 of 6 Industry experience is an important factor in the identification of systems, subsystems, and lines susceptible to Flow-Accelerated Corrosion (FAC). A table of important industry events and their applicability to Indian Point 2 was compiled using the following sources:

  • Recommendations for an Effective Flow-Accelerated Corrosion Program, EPRI NSAC 202L-R3, 2006.
  • EPRI, Flow-Accelerated Corrosion in Power Plants, B. Chexal et al, EPRI TR-106611-R1, 1998.
  • CHUG Plant Experience Database, Revision 2, December 1995.
  • 26th CHUG Meeting Presentation by Jeff Horowitz "Review and Lessons Learned from Historical FAC Failures".
  • 31st CHUG Meeting Presentation by Aaron Kelley "Unit 1 #2 LP Heater ES Nozzles".
  • 32th CHUG Meeting Presentation by Doug Munson "Update on Mihama-3".
  • 33rd CHUG Meeting Presentation by Aaron Kelley "Results of L2R10 Inspections at LaSalle Unit 2".
  • 33rd CHUG Meeting Presentation by Whit Gallman "Unisolable Steam Leak Downstream of Valve 2HM-23".
  • CHUG Conference Meeting Minutes, FAC Experience Reports, and Presentations.
  • FACnet Email Message Archive.
  • Secondary Pipe Rupture (9 August 2004, Mihama Unit 3, Kansai EPC), WANO EAR TYO 04-013, October 8, 2004.
  • Information Notice 82-2: Failures in Turbine Exhaust Lines, U.S. Nuclear Regulatory Commission (NRC), July 9, 1982.
  • Information Notice 86-106: Feedwater Line Break, U.S. Nuclear Regulatory Commission (NRC), December 16, 1986.
  • Information Notice 86-106, Supplement 1: Feedwater Line Break, U.S. Nuclear Regulatory Commission (NRC), February 13, 1987.
  • Information Notice 86-106, Supplement 2: Feedwater Line Break, U.S. Nuclear Regulatory Commission (NRC), March 18, 1987.
  • NRC Bulletin No. 87-01: Thinning of Pipe Walls in Nuclear Power Plants, U.S. Nuclear Regulatory Commission (NRC), July 9, 1987.

Nuclear Regulatory Commission (NRC), August 4, 1987.

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment C, Revision 2 Page Attach C-3 of 6

  • Information Notice 86-106, Supplement 3: Feedwater Line Break, U.S. Nuclear Regulatory Commission (NRC), November 10, 1988.
  • Erosion/Corrosion-Induced Pipe Wall Thinning, Generic Letter 89-08, U.S. Nuclear Regulatory Commission (NRC), May 2, 1989.
  • Investigation into Flow-Accelerated Corrosion at Low Temperatures, Technical Update 1015070, Electric Power Research Institute (EPRI), November 2007.
  • Flow-Accelerated Corrosion - The Entrance Effect, Technical Update 1015072, Electric Power Research Institute (EPRI), November 2007.
  • Erosive Attack, Technical Update 1015071, Electric Power Research Institute (EPRI), November 2007.

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment C, Revision 2 Page Attach C-4 of 6 Item Number System Location/Area Plant Plant Type Year Notes 1 All Downstream of Flow Orifices and Flow Meters Many BWR, PWR Failures reported in piping immediately downstream of orifices and flow meters. This is a generic issue applicable to all systems. 2 All Downstream of Control Valves (level control valves) Millstone 2&3, Surry BWR, PWR Many plants reported instances of FAC degradation and some significant failures (Millstone 2&3, Surry). This is a generic issue applicable to all systems. 3 All Downstream of Leaking Valves and Steam Traps Many All Leaking valves and steam traps may be found by plant thermal performance evaluation. Downstream piping may experience severe conditions and may have been excluded from FAC Program due to infrequent operation. This is a generic issue applicable to all systems. 4 All Miscellaneous Drains to Common Headers into Condenser Many All Extensive industry exp in miscellaneous drain headers from steam drains to the condenser. In addition to FAC, these headers are susceptible to liquid impingement erosion and/or flashing/cavitation as explained in EPRI Erosive Attack Technical Update 1015071. 5 Condensate Feedwater Pump Suction Surry Unit 2 PWR 1986 Pipe rupture at Surry Unit 2. Occurred in 18" OD, Tnom = 0.5" elbow upstream of feedwater pumps (first elbow off header to FWP). T=374 deg F. 6 Condensate Condensate (between 4th highest pressure FWH and dearator) Mihama PWR 2004 Failure in condensate system at Mihama. Occurred in 22" pipe downstream of flow measuring orifice. 284 deg F 7 Extraction Steam (or Bleed Steam) Extraction Steam (All stages carrying wet steam) Oconee, Vermont Yankee, Trojan, Zion, Browns Ferry BWR, PWR 1982 Failures in steam lines due to FAC. All extraction stages carrying wet steam are susceptible to FAC. In general, all plants have experience with thinning in the extraction steam system (plants listed appeared in NRC Information Notice 82-22) 8 Extraction Steam (or Bleed Steam) HP Extraction 2nd Stage ANO 2 PWR 1989 Fishmouth failure at ANO 2. Occurred in 14" OD, 2-phase flow. Failure at Zion (1988), Oconee (1982).

9 Extraction Steam (or Bleed Steam) HP Extraction Sequoyah 2 PWR 1993 Fishmouth failure at Sequoyah 2. Occurred in 10" straight pipe downstream of tee in HP extraction.

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment C, Revision 2 Page Attach C-5 of 6 Item Number System Location/Area Plant Plant Type Year Notes 10 Extraction Steam (or Bleed Steam) Extraction (4th Stage) Fort Calhoun PWR 1997 Fishmouth rupture at Fort Calhoun in third elbow (12" bent pipe R/D = 5) downstream of turbine in extraction steam system. Section of upstream piping had been replaced in 1985 due to FAC; this downstream section was not inspected. 411 deg F, 2 phase 11 Extraction Steam (or Bleed Steam) Extraction (carbon steel components in Cr-Mo/Stainless/etc line) LaSalle BWR 2004 Failure of LP Heater inlet nozzles (carbon steel nozzles in Cr-Mo line). Also through-walls on carbon steel pup piece on bellows assembly in Cr-Mo line (bellows was stainless steel). The conclusion from these events is that to be non-susceptible to FAC the entire line (incl. nozzles, valves, pup pieces, etc.) must be of FAC-resistant material. 12 Feedwater Feedwater Pump Outlet & DS of CVs Oyster Creek BWR 1978 Thinning caused by FAC at Oyster Creek in 1978. Cracking observed at feedwater pump outlet and downstream of flow/level control valves. 13 Feedwater Feedwater Pump Discharge Navajo Fossil 1982 Pipe rupture at Navajo. Occurred in 10" OD, Tnom = 0.365" elbow downstream of boiler feed pump. T=360 deg F. 14 Feedwater Final Feedwater (Safety-Related) Trojan PWR 1987 Extensive thinning to min acceptable wall thickness at Trojan in safety related feedwater (and non-safety related). High velocity and large counterbores exacerbated FAC. 15 Feedwater Feedwater at Flow Measurement Orifice Loviisa PWR 1990 Rupture at Loviisa. Occurred in feedwater system at flow measurement orifice. 16 Feedwater Feedwater Pleasant Prairie Fossil 1995 Instantaneous double-ended pipe break at Pleasant Prairie. Occurred in 12" feedwater line downstream of valve station and upstream of economizer and boiler. 17 Feedwater Control Valve Bypass Lines San Onofre and Diablo Canyon BWR, PWR Serious thinning at San Onofre and Diablo Canyon (could be valve leakage, left open at full power-high velocity, or infrequent but severe conditions). 18 Feedwater Feedwater Pump Min Flow (Recirculation) Lines Many All Feedwater pump min flow lines to condenser have experienced significant degradation. 19 Heater Drain Heater Drain Pump Recirc (Bypass) Millstone 2 PWR 1995 Failure at Millstone 2. Occurred in 8" recirc line from heater drain pump to heater drain tank. Line operated during startup only (0-30% power).

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment C, Revision 2 Page Attach C-6 of 6 Item Number System Location/Area Plant Plant Type Year Notes 20 Heater Vents Feedwater Heater Vents to Condenser ANO, Kewaunee, McGuire, Point Beach, Waterford PWR, BWR Extensive FAC-induced thinning found throughout this system at many plants. Some plants have replaced the entire system with non-susceptible material (stainless steel or Cr-Mo). 21 Main Steam Cross-Under Piping (also called Cold Reheat, HP Turbine to Moisture Separator) North Anna, ANO, Point Beach, D.C. Cook BWR, PWR Significant FAC in cross-under piping at North Anna, ANO, and Point Beach. Some plants have small amounts of Cu/Cr in this lines which significantly reduces FAC. 22 Moisture Separator Drain Moisture Separator Drain Tank Drain Millstone 3 PWR 1990 Catastrophic failure at Millstone 3. Occurred in 6" OD Moisture Sep. Drain Tank drain immediately downstream of level CV. 380 deg F, 0%

quality. 23 Reheater Drain Reheater Drain Tank Drain Millstone 2 PWR 1991 Rupture at Millstone 2. Occurred in 8" Reheater Drain Tank drain immediately downstream of level CV. 463 deg F, 0% quality. 24 Reheater Drain First Stage Reheater Drain Callaway PWR 1999 Failure at Callaway just downstream of long horizontal section in first stage reheater drain. 417 deg F, 4.5% quality 25 Reheater Drain Moisture Separator Reheater Drain/Vent to Drain Tank (Scavenging Steam) McGuire PWR 2005 Unisolable steam leak occurred in 2" line that vents wet steam from MSR to drain tank. Flashing contributed to wear (pressure drop caused by "tortuous path" through many fittings in line). 540 deg F, wet steam 26 Multiple Systems Deoxygenated lines operating at 120ºF South Texas Project, Palo Verde, Surry PWR, BWR Some plants have experienced Low-Temperature FAC wear in deoxygenated, neutral water at about 120ºF as per EPRI Technical Report 1015170 Investigation into Flow-Accelerated Corrosion at Low Temperatures. 27 Multiple Systems Multiple Locations Diablo Canyon, Salem, V. C. Summer PWR, BWR Pipes made of corrosive material have shown high corrosion rates downstream of welds connecting non-resistant material to the resistant material.

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment D, Revision 2 Page Attach D-1 of 7

Attachment D SNM Small Bore Inspections

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment D, Revision 2 Page Attach D-2 of 7 Table D.1 below lists all small bore FAC Manager Web Edition Components that have been associated with an SNM Line. If the component is not linked to an SNM line in FAC Manager it will not appear in this table. Due to a lack of documentation from previous inspections, some inspections are missing from this table, and others did not have enough information to be properly trended. Components that have not been properly trended have N/A in the Limiting NSI column and will be updated after enough information is found to properly calculate a reinspection interval. The table is sorted by relative susceptibility, then alphabetically by System, Subsystem, Line, and Component. If a field reads N/A, there is not enough

information in FAC Manager to populate this field. Table D.1 Small Bore SNM Inspections from FAC Manager System Subsystem Line Number Component Line Size (in) F S Last Inspection NSI EST 2-3EST-01 2-3EST-016-B EST-18 0.75 1 1 8/11/2004 42 EX 2-5EX-01 2-5EX-026-A 227-1P 2 1 1 5/5/1997 46 EX 2-5EX-01 2-5EX-026-A 227-2C 2 1 1 5/5/1997 24 EX 2-5EX-01 2-5EX-026-A 241-1N 2 1 1 5/15/1997 82 EX 2-5EX-01 2-5EX-026-A 241-2C 2 1 1 5/15/1997 51 EX 2-5EX-01 2-5EX-026-A 241-3R 2 1 1 5/15/1997 20 EX 2-5EX-01 2-5EX-026-A 241-4P DS 2 1 1 5/15/1997 69 EX 2-5EX-01 2-5EX-026-A 241-4P US 2 1 1 5/15/1997 37 EX 2-5EX-01 2-5EX-026-A 241-5E 2 1 1 5/15/1997 33 EX 2-5EX-01 2-5EX-028-A 241-10P 2 1 1 5/15/1997 20 EX 2-5EX-01 2-5EX-028-A 241-11E 2 1 1 5/15/1997 34 EX 2-5EX-01 2-5EX-028-A 241-12P US 2 1 1 5/15/1997 61 HD 2-3HD-02 2-3HD-027 240-35P US 2 1 1 5/8/1997 58 HD 2-3HD-02 2-3HD-028 240-10P US 2 1 1 5/8/1997 50 HD 2-3HD-02 2-3HD-029 239-35P US 2 1 1 5/8/1997 70 HD 2-3HD-02 2-3HD-030 239-10P US 2 1 1 5/8/1997 80 HD 2-3HD-02 2-3HD-030 239-11E 2 1 1 4/9/2008 42 HD 2-3HD-02 2-3HD-030 239-2P 2 1 1 9/25/2002 99 HD 2-3HD-02 2-3HD-030 239-3E 2 1 1 9/25/2002 45 HD 2-3HD-02 2-3HD-030 239-4P 2 1 1 9/25/2002 99 HD 2-3HD-02 2-3HD-031 238-35P US 2 1 1 5/8/1997 82 HD 2-3HD-02 2-3HD-032 238-10P US 2 1 1 5/8/1997 73 HD 2-4HD-02 2-4HD-021 274-1C 2 1 1 5/18/2000 99 HD 2-4HD-02 2-4HD-021 274-1N 2 1 1 5/18/2000 71 HD 2-4HD-02 2-4HD-021 274-1P 2 1 1 5/18/2000 99 HD 2-5HD-03 2-5HD-057 5EX-24P DS 2 1 1 4/22/2006 20 HD 2-5HD-03 2-5HD-058 5EX-29 2 1 1 3/11/2010 50 HD 2-5HD-03 2-5HD-058 5EX-29P DS 2 1 1 4/11/2000 90 HD 2-5HD-03 2-5HD-058 5EX-30 2 1 1 4/11/2000 40 HD 2-5HD-03 2-5HD-058 5EX-30P 2 1 1 4/11/2000 74 HD 2-6HD-02 2-6HD-028 278-1C 1 1 1 3/14/2000 99 HD 2-6HD-02 2-6HD-028 278-1E 1 1 1 3/14/2000 71 HD 2-6HD-02 2-6HD-028 278-1N 1 1 1 3/14/2000 99 HD 2-6HD-02 2-6HD-028 278-1P 1 1 1 3/14/2000 99 CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment D, Revision 2 Page Attach D-3 of 7 System Subsystem Line Number Component Line Size (in) F S Last Inspection NSI HD 2-6HD-02 2-6HD-028 278-2P 1 1 1 3/14/2000 99 MST 2-MST-01 2-MST-117-B MST43-Pipe 1 1.25 1 1 10/7/2002 47 MST 2-MST-01 2-MST-117-B MST43-Pipe 2 DS 1.25 1 1 10/7/2002 57 MST 2-MST-01 2-MST-117-B MST43-Pipe 2 US 1.25 1 1 10/7/2002 48 MST 2-MST-01 2-MST-117-B MST43-Pipe 3 DS 1.25 1 1 10/7/2002 35 MST 2-MST-01 2-MST-117-B MST43-Pipe 3 US 1.25 1 1 10/7/2002 26 MST 2-MST-01 2-MST-117-B MST43-Pipe 4 1.25 1 1 10/7/2002 99 MST 2-MST-01 2-MST-117-B MST43-Tee 1 1.25 1 1 10/7/2002 99 MST 2-MST-01 2-MST-118-B MST44-Pipe 1 1.25 1 1 10/8/2002 99 MST 2-MST-01 2-MST-118-B MST44-Pipe 2 DS 1.25 1 1 10/8/2002 99 MST 2-MST-01 2-MST-118-B MST44-Pipe 2 US 1.25 1 1 10/8/2002 99 MST 2-MST-01 2-MST-118-B MST44-Pipe 3 DS 1.25 1 1 10/8/2002 86 MST 2-MST-01 2-MST-118-B MST44-Pipe 3 US 1.25 1 1 10/8/2002 78 MST 2-MST-01 2-MST-118-B MST44-Pipe 4 1.25 1 1 10/8/2002 54 MST 2-MST-01 2-MST-118-B MST44-Tee 1 1.25 1 1 10/8/2002 84 MST 2-MST-01 2-MST-119-B MST45-Pipe 1 DS 1.25 1 1 10/8/2002 36 MST 2-MST-01 2-MST-119-B MST45-Pipe 1 US 1.25 1 1 10/8/2002 37 MST 2-MST-01 2-MST-119-B MST45-Pipe 2 DS 1.25 1 1 10/8/2002 64 MST 2-MST-01 2-MST-119-B MST45-Pipe 2 US 1.25 1 1 10/8/2002 54 MST 2-MST-01 2-MST-119-B MST45-Pipe 3 DS 1.25 1 1 10/8/2002 64 MST 2-MST-01 2-MST-119-B MST45-Pipe 3 US 1.25 1 1 10/8/2002 49 MST 2-MST-01 2-MST-119-B MST45-Pipe 4 1.25 1 1 10/8/2002 81 MST 2-MST-01 2-MST-119-B MST45-Tee 1 1.25 1 1 10/8/2002 77 MST 2-MST-01 2-MST-120-B MST46-Pipe 1 1 1 1 10/8/2002 50 MST 2-MST-01 2-MST-120-B MST46-Pipe 2 DS 1 1 1 10/8/2002 45 MST 2-MST-01 2-MST-120-B MST46-Pipe 2 US 1 1 1 10/8/2002 53 MST 2-MST-01 2-MST-120-B MST46-Pipe 3 DS 1 1 1 10/8/2002 64 MST 2-MST-01 2-MST-120-B MST46-Pipe 3 US 1 1 1 10/8/2002 52 MST 2-MST-01 2-MST-120-B MST46-Pipe 4 1 1 1 10/8/2002 33 MST 2-MST-01 2-MST-120-B MST46-Tee 1 1 1 1 10/8/2002 97 BD 2-BD-01 2-BD-005 256-28P 2 1 2 5/27/1997 99 BD 2-BD-01 2-BD-006 256-37P DS 2 1 2 5/27/1997 85 BD 2-BD-01 2-BD-006 256-38E 2 1 2 5/27/1997 20 BD 2-BD-01 2-BD-006 256-39P DS 2 1 2 5/27/1997 41 BD 2-BD-01 2-BD-006 256-39P US 2 1 2 5/27/1997 99 BD 2-BD-01 2-BD-009-A MS46-1 2 1 2 1/31/1993 25 BD 2-BD-01 2-BD-009-A MS46-1P DS 2 1 2 1/31/1993 31 BD 2-BD-01 2-BD-009-A MS46-1P US 2 1 2 1/31/1993 31 BD 2-BD-01 2-BD-009-A MS46-1P-1 2 1 2 1/31/1993 20 BD 2-BD-01 2-BD-009-A MS46-2 2 1 2 1/31/1993 25 BD 2-BD-01 2-BD-009-A MS46-2P-2 2 1 2 1/31/1993 40 BD 2-BD-01 2-BD-009-A MS46-2P-3 2 1 2 1/31/1993 50 BD 2-BD-01 2-BD-009-A MS46-3 2 1 2 1/31/1993 32 BD 2-BD-01 2-BD-009-A MS46-3P 2 1 2 1/31/1993 40 BD 2-BD-01 2-BD-009-A MS46-4 2 1 2 11/12/2002 75 BD 2-BD-01 2-BD-009-A MS46-4P US 2 1 2 11/12/2002 63 CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment D, Revision 2 Page Attach D-4 of 7 System Subsystem Line Number Component Line Size (in) F S Last Inspection NSI BD 2-BD-01 2-BD-009-A MS46-4P-1 DS 2 1 2 11/12/2002 62 BD 2-BD-01 2-BD-009-A MS46-4P-1 US 2 1 2 5/8/2006 99 BD 2-BD-01 2-BD-009-A MS46-4P-1DS 2 1 2 N/A 23 BD 2-BD-01 2-BD-009-A MS46-5 2 1 2 4/4/1995 42 BD 2-BD-01 2-BD-009-A MS46-5P 2 1 2 10/23/2004 99 BD 2-BD-01 2-BD-009-A MS46-6 2 1 2 4/5/1995 99 BD 2-BD-01 2-BD-009-A MS46-6P 2 1 2 N/A 23 BD 2-BD-01 2-BD-009-A MS46-6P US 2 1 2 4/5/1995 82 BD 2-BD-01 2-BD-009-A MS46-7P2 2 1 2 4/26/2000 99 BD 2-BD-01 2-BD-009-A MS46-7R 2 1 2 4/26/2000 99 BD 2-BD-01 2-BD-010-A MS45-1 2 1 2 1/31/1993 33 BD 2-BD-01 2-BD-010-A MS45-1P 2 1 2 1/31/1993 34 BD 2-BD-01 2-BD-010-A MS45-1P-1 2 1 2 1/31/1993 32 BD 2-BD-01 2-BD-010-A MS45-2P-1 2 1 2 N/A 42 BD 2-BD-01 2-BD-010-A MS45-2P-3 2 1 2 N/A 42 BD 2-BD-01 2-BD-010-A MS45-2R 2 1 2 5/8/2006 99 BD 2-BD-01 2-BD-010-A MS45-3 2 1 2 5/8/2006 70 BD 2-BD-01 2-BD-010-A MS45-3P-1 2 1 2 2/9/1996 47 BD 2-BD-01 2-BD-010-A MS-45-3P-1 2 1 2 N/A 23 BD 2-BD-01 2-BD-010-A MS45-6 2 1 2 4/4/1995 20 BD 2-BD-01 2-BD-010-A MS45-7 2 1 2 N/A 23 BD 2-BD-01 2-BD-010-A MS45-7P2 2 1 2 4/26/2000 99 BD 2-BD-01 2-BD-010-A MS45-7R 2 1 2 4/26/2000 99 BD 2-BD-01 2-BD-011-A MS47-1 2 1 2 1/31/1993 36 BD 2-BD-01 2-BD-011-A MS47-10P1 2 1 2 N/A 23 BD 2-BD-01 2-BD-011-A MS47-1P 2 1 2 1/31/1993 31 BD 2-BD-01 2-BD-011-A MS47-1P-1 2 1 2 1/31/1993 64 BD 2-BD-01 2-BD-011-A MS47-2P-2 2 1 2 1/31/1993 35 BD 2-BD-01 2-BD-011-A MS47-3 2 1 2 1/31/1993 51 BD 2-BD-01 2-BD-011-A MS47-3P 2 1 2 1/31/1993 20 BD 2-BD-01 2-BD-011-A MS47-4P 2 1 2 N/A 21 BD 2-BD-01 2-BD-011-A MS47-4P DS 2 1 2 1/31/1993 31 BD 2-BD-01 2-BD-011-A MS47-4P-1 2 1 2 5/8/2006 87 BD 2-BD-01 2-BD-011-A MS47-5 2 1 2 1/31/1993 55 BD 2-BD-01 2-BD-011-A MS47-5P 2 1 2 N/A 23 BD 2-BD-01 2-BD-011-A MS47-5P US 2 1 2 1/31/1993 50 BD 2-BD-01 2-BD-011-A MS47-8VP 2 1 2 4/4/1995 38 BD 2-BD-01 2-BD-011-A MS47-9P 2 1 2 N/A 23 BD 2-BD-01 2-BD-012-A 256-40T 2 1 2 5/27/1997 82 BD 2-BD-01 2-BD-012-A 256-41P US 2 1 2 5/27/1997 61 BD 2-BD-01 2-BD-012-A MS48-1 2 1 2 1/31/1993 36 BD 2-BD-01 2-BD-012-A MS48-10P1 2 1 2 N/A 23 BD 2-BD-01 2-BD-012-A MS48-10P2 2 1 2 N/A 23 BD 2-BD-01 2-BD-012-A MS48-1P 2 1 2 1/31/1993 36 BD 2-BD-01 2-BD-012-A MS48-1P-1 2 1 2 1/31/1993 20 BD 2-BD-01 2-BD-012-A MS48-2P-2 2 1 2 1/31/1993 20 CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment D, Revision 2 Page Attach D-5 of 7 System Subsystem Line Number Component Line Size (in) F S Last Inspection NSI BD 2-BD-01 2-BD-012-A MS48-3 2 1 2 1/31/1993 30 BD 2-BD-01 2-BD-012-A MS48-3P 2 1 2 1/31/1993 49 BD 2-BD-01 2-BD-012-A MS48-4P-1 2 1 2 5/8/2006 50 BD 2-BD-01 2-BD-012-A MS48-8VP 2 1 2 4/4/1995 42 BD 2-BD-01 2-BD-012-A MS48-9P 2 1 2 N/A 23 GS 2-GS-01 2-GS-039 215-1P 2 1 2 4/22/1997 31 GS 2-GS-01 2-GS-039 215-1P DS 2 1 2 10/30/2002 38 GS 2-GS-01 2-GS-039 215-2E 2 1 2 4/8/2008 29 GS 2-GS-01 2-GS-039 215-2P US 2 1 2 10/30/2002 43 GS 2-GS-01 2-GS-039 215-6P 2 1 2 4/23/1997 42 GS 2-GS-01 2-GS-039 21BFPT 2 1 2 4/27/2006 89 GS 2-GS-01 2-GS-040 215-10E 2 1 2 10/30/2002 30 GS 2-GS-01 2-GS-040 215-10P US 2 1 2 10/30/2002 51 GS 2-GS-01 2-GS-040 215-7P 2 1 2 N/A 22 GS 2-GS-01 2-GS-040 215-7P DS 2 1 2 4/22/1997 45 GS 2-GS-01 2-GS-040 215-8E 2 1 2 4/18/2000 25 GS 2-GS-01 2-GS-040 215-8P US 2 1 2 4/18/2000 36 GS 2-GS-01 2-GS-040 215-9P DS 2 1 2 10/30/2002 46 GS 2-GS-01 2-GS-040 22BFPT 2 1 2 10/23/2004 22 GS 2-GS-01 2-GS-042 215-18P DS 1 1 2 4/22/1997 70 GS 2-GS-01 2-GS-042 215-19E 1 1 2 4/22/1997 35 GS 2-GS-01 2-GS-042 215-19P 1 1 2 4/22/1997 57 GS 2-GS-01 2-GS-042 215-20E 1 1 2 4/22/1997 62 GS 2-GS-01 2-GS-042 215-20P US 1 1 2 4/22/1997 40 HD 2-2HD-02 2-2HD-025 222-10E 1 1 2 5/22/1997 38 HD 2-2HD-02 2-2HD-025 222-10P DS 1 1 2 4/28/1997 71 HD 2-2HD-02 2-2HD-025 222-10P US 1 1 2 5/22/1997 56 HD 2-2HD-02 2-2HD-025 222-11E 1 1 2 4/28/1997 44 HD 2-2HD-02 2-2HD-025 222-11P US 1 1 2 4/28/1997 57 HD 2-2HD-02 2-2HD-025 222-1P DS 1 1 2 5/22/1997 66 HD 2-2HD-02 2-2HD-025 222-2E 1 1 2 5/22/1997 34 HD 2-2HD-02 2-2HD-025 222-3P 1 1 2 5/22/1997 60 HD 2-2HD-02 2-2HD-025 222-4E 1 1 2 5/22/1997 44 HD 2-2HD-02 2-2HD-025 222-6E 1 1 2 5/22/1997 38 HD 2-2HD-02 2-2HD-025 222-6P US 1 1 2 5/22/1997 36 HD 2-2HD-02 2-2HD-025 222-9P DS 1 1 2 5/22/1997 60 MS 2-MS-01 2-MS-039 252-18P US 2 1 2 5/14/1997 50 MS 2-MS-01 2-MS-058 252-30E N/A 1 2 6/6/1997 33 MS 2-MS-01 2-MS-144 250-1P 0.75 1 2 5/22/1997 70 MST 2-MST-01 2-MST-101-B MST27-Pipe 1 1 1 2 10/7/2002 61 MST 2-MST-01 2-MST-101-B MST27-Pipe 2 DS 1 1 2 10/7/2002 55 MST 2-MST-01 2-MST-101-B MST27-Pipe 2 US 1 1 2 10/7/2002 51 MST 2-MST-01 2-MST-101-B MST27-Pipe 3 DS 1 1 2 10/7/2002 85 MST 2-MST-01 2-MST-101-B MST27-Pipe 3 US 1 1 2 10/7/2002 57 MST 2-MST-01 2-MST-101-B MST27-Pipe 4 1 1 2 10/7/2002 94 MST 2-MST-01 2-MST-101-B MST27-Tee 1 1 1 2 10/7/2002 99 CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment D, Revision 2 Page Attach D-6 of 7 System Subsystem Line Number Component Line Size (in) F S Last Inspection NSI MST 2-MST-01 2-MST-123-B MST-49 1 1 2 8/11/2004 28 MST 2-MST-01 2-MST-124-B MST50-Pipe 1 1 1 2 10/9/2002 75 MST 2-MST-01 2-MST-124-B MST50-Pipe 2 DS 1 1 2 10/9/2002 77 MST 2-MST-01 2-MST-124-B MST50-Pipe 2 US 1 1 2 10/9/2002 74 MST 2-MST-01 2-MST-124-B MST50-Pipe 3 1 1 2 10/9/2002 40 MST 2-MST-01 2-MST-124-B MST50-Pipe 4 1 1 2 10/9/2002 54 MST 2-MST-01 2-MST-124-B MST50-Tee 1 1 1 2 10/9/2002 66 MST 2-MST-01 2-MST-125-B MST51-Pipe 1 1 1 2 10/9/2002 39 MST 2-MST-01 2-MST-125-B MST51-Pipe 2 DS 1 1 2 10/9/2002 99 MST 2-MST-01 2-MST-125-B MST51-Pipe 2 US 1 1 2 10/9/2002 77 MST 2-MST-01 2-MST-125-B MST51-Pipe 3 1 1 2 10/9/2002 76 MST 2-MST-01 2-MST-125-B MST51-Pipe 4 1 1 2 10/9/2002 99 MST 2-MST-01 2-MST-125-B MST51-Tee 1 1 1 2 10/9/2002 63 MST 2-MST-01 2-MST-131-A 252-1T 1 1 2 4/9/2008 28 MST 2-MST-01 2-MST-101-A MST27-Elbow 1 1 1 3 10/7/2002 51 MST 2-MST-01 2-MST-101-A MST27-Elbow 2 1 1 3 10/7/2002 40 MST 2-MST-01 2-MST-113-A 248-14P 1 1 3 5/7/1997 48 MST 2-MST-01 2-MST-113-A 248-15C 1 1 3 5/7/1997 76 MST 2-MST-01 2-MST-117-A MST43-Elbow 1 1.25 1 3 10/7/2002 47 MST 2-MST-01 2-MST-117-A MST43-Elbow 2 1.25 1 3 10/7/2002 29 MST 2-MST-01 2-MST-117-A MST43-PIPE US 1.25 1 3 3/16/2010 80 MST 2-MST-01 2-MST-118-A MST44-Elbow 1 1.25 1 3 10/8/2002 62 MST 2-MST-01 2-MST-118-A MST44-Elbow 2 1.25 1 3 10/8/2002 29 MST 2-MST-01 2-MST-119-A MST45-Elbow 1 1.25 1 3 10/8/2002 52 MST 2-MST-01 2-MST-119-A MST45-Elbow 2 1.25 1 3 10/8/2002 30 MST 2-MST-01 2-MST-120-A MST46-Elbow 1 1 1 3 10/8/2002 42 MST 2-MST-01 2-MST-120-A MST46-Elbow 2 1 1 3 10/8/2002 56 MST 2-MST-01 2-MST-124-A MST50-Elbow 1 1 1 3 10/9/2002 34 MST 2-MST-01 2-MST-125-A MST51-Elbow 1 1 1 3 10/9/2002 77 AS 2-AS-03 2-AS-018 279-6P 1 2 5/18/2000 55 AS 2-AS-03 2-AS-018 279-6R 1 2 5/18/2000 99

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment D, Revision 2 Page Attach D-7 of 7 Table D.2 below lists all small bore replacements from FAC Manager Web Edition Components that have been associated with an SNM Line. If the component is not linked to an SNM line in FAC Manager it will not appear in this table. Components may be missing from this table due to the lack of this link. The table is sorted by relative susceptibility, then alphabetically by System, Subsystem, Line, and Component. Table D.2 Small Bore SNM Replacements from FAC Manager System Subsystem Line Number Component Line Size F S Install Date EX 2-5EX-01 2-5EX-028-A 241-10P 2 1 1 4/28/1997 EX 2-5EX-01 2-5EX-028-A 241-11E 2 1 1 4/28/1997 HD 2-2HD-02 2-2HD-025 222-10E 1 1 2 2/16/2000 HD 2-2HD-02 2-2HD-025 222-10P DS 1 1 2 2/16/2000 HD 2-2HD-02 2-2HD-025 222-10P US 1 1 2 2/16/2000 HD 2-2HD-02 2-2HD-025 222-11E 1 1 2 2/16/2000 HD 2-2HD-02 2-2HD-025 222-11P US 1 1 2 2/16/2000 HD 2-2HD-02 2-2HD-025 222-1P DS 1 1 2 2/16/2000 HD 2-2HD-02 2-2HD-025 222-2E 1 1 2 2/16/2000 HD 2-2HD-02 2-2HD-025 222-3P 1 1 2 2/16/2000 HD 2-2HD-02 2-2HD-025 222-4E 1 1 2 2/16/2000 HD 2-2HD-02 2-2HD-025 222-6E 1 1 2 2/16/2000 HD 2-2HD-02 2-2HD-025 222-6P US 1 1 2 2/16/2000 HD 2-2HD-02 2-2HD-025 222-9P DS 1 1 2 2/16/2000 N/A N/A N/A 250-17P 1.5 N/A N/A 4/28/1997 N/A N/A N/A EST4-Pipe 1 0.75 N/A N/A 10/26/2002 N/A N/A N/A 245-7P 1 N/A N/A 2/24/1995

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment E, Revision 2 Page Attach E-1 of 15

Attachment E SNM Large Bore Inspections

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment E, Revision 2 Page Attach E-2 of 15 Table E.1 below lists all large bore FAC Manager Web Edition Components that have been associated with an SNM Line. If the component is not linked to an SNM line in FAC Manager it will not appear in this table. Due to a lack of documentation from previous inspections, some inspections are missing from this table, and others did not have enough information to be properly trended. Components that have not been properly trended have N/A in the Limiting NSI column and will be updated after enough information is found to properly calculate a reinspection interval. The table is sorted by relative susceptibility, then alphabetically by System, Subsystem, Line, and Component. If a field reads N/A, there is not enough information in FAC Manager to populate this field. Table E.1 Large Bore SNM Inspections from FAC Manager System Subsystem Line Number Component Line Size (in) F S Last Inspection NSI EST 2-1EST-01 2-1EST-013-B EST-14 4 1 1 4/28/1997 23 EST 2-1EST-01 2-1EST-013-B EST-14P 4 1 1 4/28/1997 22 EST 2-1EST-01 2-1EST-013-B EST-15 4 1 1 4/28/1997 21 EST 2-1EST-01 2-1EST-013-B EST-16P 4 1 1 N/A 23 EST 2-1EST-01 2-1EST-013-B EST-17 4 1 1 N/A 23 EST 2-1EST-01 2-1EST-013-B EST-17P 4 1 1 N/A 23 EST 2-1EST-01 2-1EST-013-B EST-20P US 4 1 1 3/3/1995 33 EST 2-1EST-01 2-1EST-013-B EST-21 4 1 1 3/3/1995 34 EST 2-1EST-01 2-1EST-013-B EST-21P DS 4 1 1 3/3/1995 28 EST 2-1EST-01 2-1EST-013-B EST-21P US 4 1 1 3/1/1995 20 EST 2-1EST-01 2-1EST-013-B EST-22 4 1 1 3/1/1995 20 EST 2-1EST-01 2-1EST-013-B EST-22P 4 1 1 3/1/1995 24 EST 2-1EST-01 2-1EST-013-B EST-23P 4 1 1 3/3/1995 20 EST 2-1EST-01 2-1EST-013-B EST-23P US 4 1 1 N/A 23 EST 2-1EST-01 2-1EST-013-B EST-24 4 1 1 3/3/1995 99 EST 2-1EST-01 2-1EST-013-B EST-24P 4 1 1 3/3/1995 20 EST 2-1EST-01 2-1EST-013-B EST-29P 4 1 1 4/13/1995 30 EST 2-1EST-01 2-1EST-013-B EST-29P US 4 1 1 N/A 23 EST 2-1EST-01 2-1EST-013-B EST-30A 4 1 1 4/13/1995 22 EST 2-1EST-01 2-1EST-013-B EST-30AP 4 1 1 4/13/1995 21 EST 2-1EST-01 2-1EST-013-B EST-30B 4 1 1 4/13/1995 20 EST 2-1EST-01 2-1EST-013-B EST-30P DS 4 1 1 N/A 25 EST 2-1EST-01 2-1EST-013-B EST-31 4 1 1 3/1/1995 99 EST 2-1EST-01 2-1EST-013-B EST-31P DS 4 1 1 3/1/1995 99 EST 2-1EST-01 2-1EST-013-B EST-31P US 4 1 1 4/13/1995 99 EST 2-1EST-01 2-1EST-013-B EST-31P-1 4 1 1 4/13/1995 99 EST 2-1EST-01 2-1EST-013-B EST-31T 4 1 1 4/13/1995 99 EST 2-1EST-01 2-1EST-014 EST-1P-1 6 1 1 4/23/1997 21 EST 2-1EST-01 2-1EST-014 EST-1T 6 1 1 4/28/1997 25 EST 2-1EST-01 2-1EST-014 EST-2P 6 1 1 N/A 23 EST 2-1EST-01 2-1EST-014 EST-3P 6 1 1 N/A 23 FW 2-FW-03 2-FW-063 213-4P 6 1 1 4/24/1997 43 FW 2-FW-03 2-FW-063 213-6P 6 1 1 4/24/1997 31 FW 2-FW-03 2-FW-063 213-6R 6 1 1 4/28/1997 57 CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment E, Revision 2 Page Attach E-3 of 15 System Subsystem Line Number Component Line Size (in) F S Last Inspection NSI FW 2-FW-03 2-FW-063 Valve FCV-1115 6 1 1 3/23/2010 99 FW 2-FW-03 2-FW-064 213-1P 6 1 1 4/24/1997 99 FW 2-FW-03 2-FW-064 213-3P 6 1 1 4/24/1997 31 FW 2-FW-03 2-FW-064 213-3R 6 1 1 4/28/1997 44 HD 2-3HD-02 2-3HD-039 223-9R 3 1 1 4/29/1997 28 HD 2-3HD-02 2-3HD-040 223-10P1 DS 3 1 1 4/29/1997 99 HD 2-3HD-02 2-3HD-041 223-11P1 DS 3 1 1 4/29/1997 85 HD 2-3HD-02 2-3HD-042 223-10P DS 4 1 1 4/29/1997 99 HD 2-3HD-02 2-3HD-042 223-10P US 4 1 1 4/29/1997 98 HD 2-3HD-02 2-3HD-042 223-10T 4 1 1 4/29/1997 50 HD 2-3HD-02 2-3HD-042 223-11T 4 1 1 4/29/1997 44 HD 2-3HD-02 2-3HD-043 223-11P US 4 1 1 4/29/1997 54 HD 2-3HD-02 2-3HD-043 223-13P DS 4 1 1 5/9/2000 85 HD 2-3HD-02 2-3HD-043 223-14E 4 1 1 5/9/2000 40 HD 2-3HD-02 2-3HD-043 223-14P DS 4 1 1 4/6/2000 21 HD 2-3HD-02 2-3HD-043 223-14P US 4 1 1 5/9/2000 60 HD 2-3HD-02 2-3HD-043 223-15E 4 1 1 4/6/2000 22 HD 2-3HD-02 2-3HD-043 223-15P DS 4 1 1 5/9/2000 47 HD 2-3HD-02 2-3HD-043 223-15P US 4 1 1 4/6/2000 41 HD 2-3HD-02 2-3HD-043 223-16E 4 1 1 5/9/2000 25 HD 2-3HD-02 2-3HD-043 223-16P DS 4 1 1 5/14/1997 42 HD 2-3HD-02 2-3HD-043 223-16P US 4 1 1 5/9/2000 32 HD 2-3HD-02 2-3HD-043 223-17E 4 1 1 5/14/1997 26 HD 2-3HD-02 2-3HD-043 223-17P DS 4 1 1 5/14/1997 46 HD 2-3HD-02 2-3HD-043 223-17P US 4 1 1 5/14/1997 26 HD 2-3HD-02 2-3HD-043 223-18E 4 1 1 5/14/1997 26 HD 2-3HD-02 2-3HD-043 223-18P 4 1 1 4/28/1997 39 HD 2-3HD-02 2-3HD-043 223-19E 4 1 1 4/28/1997 26 HD 2-3HD-02 2-3HD-043 223-19P US 4 1 1 4/28/1997 30 HD 2-4HD-02 2-4HD-025 274-25N 3 1 1 4/13/2000 38 HD 2-4HD-02 2-4HD-025 274-25P DS 3 1 1 4/13/2000 78 HD 2-5HD-02 2-5HD-044 5EXV-11 10 1 1 3/13/2010 44 HD 2-5HD-02 2-5HD-044 5EXV-11P 10 1 1 N/A 23 HD 2-5HD-02 2-5HD-044 5EXV-11P-1 10 1 1 N/A 23 HD 2-5HD-02 2-5HD-044 5EXV-12P 10 1 1 3/14/1995 36 HD 2-5HD-02 2-5HD-044 5EXV-13 10 1 1 3/14/1995 36 HD 2-5HD-02 2-5HD-044 5EXV-13N 10 1 1 11/2/2002 73 HD 2-5HD-02 2-5HD-044 5EXV-13P DS 10 1 1 3/14/1995 52 HD 2-5HD-02 2-5HD-044 5EXV-13P US 10 1 1 11/2/2002 56 HD 2-5HD-02 2-5HD-044 5EXV-3 10 1 1 N/A 20 HD 2-5HD-02 2-5HD-045 5EXV-10 10 1 1 3/14/1995 37 HD 2-5HD-02 2-5HD-045 5EXV-10N 10 1 1 5/30/1997 48 HD 2-5HD-02 2-5HD-045 5EXV-10P 10 1 1 3/14/1995 49 HD 2-5HD-02 2-5HD-045 5EXV-2 10 1 1 N/A 20 HD 2-5HD-02 2-5HD-045 5EXV-8 10 1 1 N/A 21 HD 2-5HD-02 2-5HD-045 5EXV-8P 10 1 1 N/A 23 CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment E, Revision 2 Page Attach E-4 of 15 System Subsystem Line Number Component Line Size (in) F S Last Inspection NSI HD 2-5HD-02 2-5HD-045 5EXV-9P 10 1 1 3/14/1995 44 HD 2-5HD-02 2-5HD-046 5EXV-1 10 1 1 N/A 20 HD 2-5HD-02 2-5HD-046 5EXV-4 10 1 1 N/A 20 HD 2-5HD-02 2-5HD-046 5EXV-5 10 1 1 N/A 20 HD 2-5HD-02 2-5HD-046 5EXV-5P 10 1 1 N/A 20 HD 2-5HD-02 2-5HD-046 5EXV-6 10 1 1 N/A 20 HD 2-5HD-02 2-5HD-046 5EXV-6P 10 1 1 3/14/1995 75 HD 2-5HD-02 2-5HD-046 5EXV-7 10 1 1 3/14/1995 42 HD 2-5HD-02 2-5HD-046 5EXV-7P 10 1 1 3/14/1995 41 HD 2-5HD-02 2-5HD-051 277-18P DS 2.5 1 1 5/9/2000 99 HD 2-5HD-02 2-5HD-051 277-19E 2.5 1 1 5/9/2000 31 HD 2-5HD-02 2-5HD-051 277-20P DS 2.5 1 1 5/9/2000 87 HD 2-5HD-02 2-5HD-051 277-20P US 2.5 1 1 5/9/2000 96 HD 2-5HD-02 2-5HD-051 277-21E 2.5 1 1 5/9/2000 58 HD 2-5HD-02 2-5HD-051 277-22P DS 2.5 1 1 4/12/2000 68 HD 2-5HD-02 2-5HD-051 277-22P US 2.5 1 1 5/9/2000 92 HD 2-5HD-02 2-5HD-051 277-23N 2.5 1 1 4/12/2000 28 HD 2-5HD-03 2-5HD-059 5EXC-1 24 1 1 11/9/2002 59 HD 2-5HD-03 2-5HD-059 5EXC-1P DS 24 1 1 11/9/2002 39 HD 2-5HD-03 2-5HD-059 5EXC-2 24 1 1 2/6/1995 43 HD 2-5HD-03 2-5HD-059 5EXC-2A 24 1 1 3/1/1995 29 HD 2-5HD-03 2-5HD-059 5EXC-2P DS 24 1 1 3/1/1995 24 HD 2-5HD-03 2-5HD-059 5EXC-2P US 24 1 1 11/9/2002 43 HD 2-5HD-03 2-5HD-061-A 5EXC-21 14 1 1 4/1/2008 37 HD 2-5HD-03 2-5HD-061-A 5EXC-21P-1 DS 14 1 1 11/12/2002 50 HD 2-5HD-03 2-5HD-061-A 5EXC-21P-1 US 14 1 1 4/27/2000 28 HD 2-5HD-03 2-5HD-061-B 205-22P US 8 1 1 4/9/1997 26 HD 2-5HD-03 2-5HD-061-B 205-22P-1 8 1 1 11/11/2002 47 HD 2-5HD-03 2-5HD-061-B 205-22R 8 1 1 4/28/1997 43 HD 2-5HD-03 2-5HD-061-B 205-23P DS 8 1 1 4/28/2000 76 HD 2-5HD-03 2-5HD-061-B 205-23P US 8 1 1 4/28/2000 43 HD 2-5HD-03 2-5HD-061-B 205-23T 8 1 1 4/28/2000 53 HD 2-5HD-03 2-5HD-061-B 205-24P US 8 1 1 4/28/2000 26 HD 2-5HD-03 2-5HD-061-B 205-24T 8 1 1 4/28/2000 46 HD 2-5HD-03 2-5HD-061-B 5EXC-27 8 1 1 4/30/1997 24 HD 2-5HD-03 2-5HD-061-B 5EXC-27P 8 1 1 5/30/1997 24 HD 2-5HD-03 2-5HD-061-B 5EXC-29 8 1 1 2/25/1995 31 HD 2-5HD-03 2-5HD-061-B 5EXC-29P DS 8 1 1 2/25/1995 34 HD 2-5HD-03 2-5HD-061-B 5EXC-30P 8 1 1 2/25/1995 29 HD 2-5HD-03 2-5HD-062-A 205-15PUS 14 1 1 N/A 23 HD 2-5HD-03 2-5HD-062-B 205-13P US 8 1 1 4/10/1997 32 HD 2-5HD-03 2-5HD-062-B 205-13R 8 1 1 4/28/1997 44 HD 2-5HD-03 2-5HD-062-B 205-14P DS 8 1 1 11/9/2002 94 HD 2-5HD-03 2-5HD-062-B 205-15P US 8 1 1 11/9/2002 37 HD 2-5HD-03 2-5HD-062-B 205-15T 8 1 1 11/9/2002 54 HD 2-5HD-03 2-5HD-062-B 5EXC-17 8 1 1 4/29/1997 36 CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment E, Revision 2 Page Attach E-5 of 15 System Subsystem Line Number Component Line Size (in) F S Last Inspection NSI HD 2-5HD-03 2-5HD-062-B 5EXC-17P US 8 1 1 4/29/1997 28 HD 2-5HD-03 2-5HD-062-B 5EXC-19 8 1 1 4/28/1997 61 HD 2-5HD-03 2-5HD-062-B 5EXC-19N 8 1 1 4/28/1997 45 HD 2-5HD-03 2-5HD-062-B 5EXC-19P DS 8 1 1 4/28/1997 39 HD 2-5HD-03 2-5HD-062-B 5EXC-19P-1 8 1 1 4/28/1997 41 HD 2-5HD-03 2-5HD-063-B 205-5P US 8 1 1 5/2/1997 32 HD 2-5HD-03 2-5HD-063-B 205-5P-1 DS 8 1 1 4/28/2000 44 HD 2-5HD-03 2-5HD-063-B 205-5R 8 1 1 5/2/1997 27 HD 2-5HD-03 2-5HD-063-B 5EXC-10 8 1 1 N/A 23 HD 2-5HD-03 2-5HD-063-B 5EXC-11 8 1 1 5/6/1997 40 HD 2-5HD-03 2-5HD-063-B 5EXC-11N 8 1 1 5/6/1997 30 HD 2-5HD-03 2-5HD-063-B 5EXC-11P 8 1 1 N/A 23 HD 2-5HD-03 2-5HD-063-B 5EXC-11P DS 8 1 1 5/6/1997 33 HD 2-5HD-03 2-5HD-063-B 5EXC-9 8 1 1 N/A 23 HD 2-5HD-03 2-5HD-063-B 5EXC-9P DS 8 1 1 N/A 20 HD 2-5HD-03 2-5HD-063-B 5EXC-9P US 8 1 1 N/A 23 MSD 2-MSD-01 2-MSD-097 288-2P DS 2.5 1 1 11/8/2002 78 MSD 2-MSD-01 2-MSD-097 288-4P US 2.5 1 1 11/8/2002 81 MSD 2-MSD-01 2-MSD-097 288-5EXV-DS-MS21A 2.5 1 1 11/8/2002 79 MSD 2-MSD-01 2-MSD-100 231-2P DS 2.5 1 1 5/6/1997 79 MSD 2-MSD-01 2-MSD-100 231-3E 2.5 1 1 5/6/1997 32 MSD 2-MSD-01 2-MSD-100 231-3P 2.5 1 1 5/6/1997 37 MSD 2-MSD-01 2-MSD-100 231-4E 2.5 1 1 5/6/1997 99 MSD 2-MSD-01 2-MSD-100 231-4P US 2.5 1 1 5/6/1997 99 MSD 2-MSD-01 2-MSD-106-A 1B-1 6 1 1 N/A 23 MSD 2-MSD-01 2-MSD-106-A 1B-10 6 1 1 3/2/1995 42 MSD 2-MSD-01 2-MSD-106-A 1B-10P DS 6 1 1 3/2/1995 51 MSD 2-MSD-01 2-MSD-106-A 1B-10P US 6 1 1 3/2/1995 42 MSD 2-MSD-01 2-MSD-106-A 1B-11 6 1 1 3/2/1995 34 MSD 2-MSD-01 2-MSD-106-A 1B-11P DS 6 1 1 3/2/1995 38 MSD 2-MSD-01 2-MSD-106-A 1B-11P US 6 1 1 3/2/1995 41 MSD 2-MSD-01 2-MSD-106-A 1B-12 6 1 1 3/2/1995 32 MSD 2-MSD-01 2-MSD-106-A 1B-12P DS 6 1 1 4/5/1995 36 MSD 2-MSD-01 2-MSD-106-A 1B-12P US 6 1 1 3/2/1995 45 MSD 2-MSD-01 2-MSD-106-A 1B-13 6 1 1 N/A 23 MSD 2-MSD-01 2-MSD-106-A 1B-13P 6 1 1 N/A 23 MSD 2-MSD-01 2-MSD-106-A 1B-14 6 1 1 4/5/1995 29 MSD 2-MSD-01 2-MSD-106-A 1B-15 6 1 1 N/A 23 MSD 2-MSD-01 2-MSD-106-A 1B-2 6 1 1 N/A 23 MSD 2-MSD-01 2-MSD-106-A 1B-3 6 1 1 N/A 23 MSD 2-MSD-01 2-MSD-106-A 1B-3N 6 1 1 5/19/1997 29 MSD 2-MSD-01 2-MSD-106-A 1B-4 6 1 1 3/20/1995 25 MSD 2-MSD-01 2-MSD-106-A 1B-4P 6 1 1 3/8/1995 59 MSD 2-MSD-01 2-MSD-106-A 1B-5 6 1 1 3/21/1995 39 MSD 2-MSD-01 2-MSD-106-A 1B-5P 6 1 1 3/16/1995 45 CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment E, Revision 2 Page Attach E-6 of 15 System Subsystem Line Number Component Line Size (in) F S Last Inspection NSI MSD 2-MSD-01 2-MSD-106-A 1B-5R 6 1 1 3/15/1995 29 MSD 2-MSD-01 2-MSD-106-A 1B-6 6 1 1 N/A 23 MSD 2-MSD-01 2-MSD-106-A 1B-6P 6 1 1 3/7/1995 30 MSD 2-MSD-01 2-MSD-106-A 1B-7 6 1 1 N/A 23 MSD 2-MSD-01 2-MSD-106-A 1B-8 6 1 1 N/A 23 MSD 2-MSD-01 2-MSD-106-A 1B-9 6 1 1 N/A 23 MSD 2-MSD-01 2-MSD-106-A 1B-9P 6 1 1 3/2/1995 57 MST 2-MST-01 2-MST-019-A 217-10P 12 1 1 4/28/1997 36 MST 2-MST-01 2-MST-019-A 217-11P 12 1 1 4/28/1997 46 MST 2-MST-01 2-MST-019-A 217-11R 12 1 1 4/28/1997 50 MST 2-MST-01 2-MST-019-A 217-12E 12 1 1 4/28/1997 73 MST 2-MST-01 2-MST-019-A 217-12P 12 1 1 4/28/1997 53 MST 2-MST-01 2-MST-019-A 220-10E 12 1 1 5/10/2000 35 MST 2-MST-01 2-MST-019-A 220-10P US 12 1 1 5/11/2000 48 MST 2-MST-01 2-MST-019-A 220-13P DS 12 1 1 5/10/2000 50 MST 2-MST-01 2-MST-019-A 220-14E 12 1 1 5/10/2000 37 MST 2-MST-01 2-MST-019-A 220-14P US 12 1 1 5/10/2000 55 MST 2-MST-01 2-MST-019-A 220-1P DS 12 1 1 11/5/2002 59 MST 2-MST-01 2-MST-019-A 220-2E 12 1 1 11/5/2002 49 MST 2-MST-01 2-MST-019-A 220-2P US 12 1 1 11/5/2002 56 MST 2-MST-01 2-MST-019-A 220-9R 12 1 1 5/7/1997 42 MST 2-MST-01 2-MST-021-A 219-10P DS 12 1 1 10/1/2002 82 MST 2-MST-01 2-MST-021-A 219-11E 12 1 1 10/1/2002 62 MST 2-MST-01 2-MST-021-A 219-11P US 12 1 1 10/1/2002 37 MST 2-MST-01 2-MST-021-A 219-13P 12 1 1 5/12/2000 37 MST 2-MST-01 2-MST-021-A 219-14E 12 1 1 5/12/2000 43 MST 2-MST-01 2-MST-021-A 219-14P 12 1 1 5/12/2000 49 MST 2-MST-01 2-MST-021-A 219-15N 12 1 1 5/12/2000 47 MST 2-MST-01 2-MST-021-A 219-7P DS 12 1 1 5/12/2000 59 MST 2-MST-01 2-MST-021-A 219-7P US 12 1 1 5/7/1997 56 MST 2-MST-01 2-MST-021-A 219-7R 12 1 1 5/7/1997 32 MST 2-MST-01 2-MST-021-A 219-8E 12 1 1 5/12/2000 50 MST 2-MST-01 2-MST-021-A 219-8P US 12 1 1 5/12/2000 31 MST 2-MST-01 2-MST-021-A 226-7P DS 12 1 1 3/15/2000 59 MST 2-MST-01 2-MST-021-A 226-7P US 12 1 1 4/28/1997 33 MST 2-MST-01 2-MST-021-A 226-7R 12 1 1 4/28/1997 61 MST 2-MST-01 2-MST-021-A 226-8E 12 1 1 3/15/2000 67 MST 2-MST-01 2-MST-021-A 226-8P DS 12 1 1 3/17/2000 69 MST 2-MST-01 2-MST-021-A 226-8P US 12 1 1 3/15/2000 66 MST 2-MST-01 2-MST-021-A 226-9E 12 1 1 3/17/2000 67 MST 2-MST-01 2-MST-021-A 226-9N 12 1 1 3/17/2000 54 MST 2-MST-01 2-MST-023-A 218-9R 12 1 1 4/30/1997 46 MST 2-MST-01 2-MST-023-A 225-14R 12 1 1 5/7/1997 91 MST 2-MST-01 2-MST-023-A 225-15P US 12 1 1 5/7/1997 52 AF 2-AF-01 2-AF-022 DS of Valve AF138 2.5 1 2 10/26/2002 21 CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment E, Revision 2 Page Attach E-7 of 15 System Subsystem Line Number Component Line Size (in) F S Last Inspection NSI AS 2-AS-03 2-AS-003 280-8P US 8 1 2 5/19/2000 72 BD 2-BD-01 2-BD-019 SGBTV-2E 18 1 2 11/4/2002 65 BD 2-BD-01 2-BD-019 SGBTV-2E US Pipe 18 1 2 11/4/2002 83 EX 2-5EX-01 2-5EX-128 267-29E N/A 1 2 10/23/2004 82 EX 2-5EX-01 2-5EX-128 267-30P N/A 1 2 10/23/2004 53 EX 2-5EX-01 2-5EX-128 267-31R N/A 1 2 6/3/1997 42 EX 2-5EX-01 2-5EX-128 267-32E N/A 1 2 6/3/1997 68 EX 2-5EX-01 2-5EX-128 267-33P N/A 1 2 6/3/1997 27 EX 2-5EX-01 2-5EX-128 267-6E1 N/A 1 2 6/6/1997 35 EX 2-5EX-01 2-5EX-128 267-6P DS N/A 1 2 6/6/1997 38 EX 2-5EX-01 2-5EX-128 267-6T N/A 1 2 6/6/1997 28 GS 2-GS-01 2-GS-002 263-24R 10 1 2 6/9/1997 55 GS 2-GS-01 2-GS-002 263-25P US 10 1 2 6/9/1997 51 GS 2-GS-01 2-GS-016 262-17P DS 6 1 2 6/3/1997 93 GS 2-GS-01 2-GS-016 262-18T 6 1 2 6/3/1997 33 GS 2-GS-01 2-GS-016 262-19R 6 1 2 6/3/1997 67 GS 2-GS-01 2-GS-016 262-33P US 6 1 2 6/3/1997 99 GS 2-GS-01 2-GS-016 3EX-TELO-23P DS 6 1 2 5/7/1997 77 GS 2-GS-01 2-GS-016 3EX-TELO-24 6 1 2 5/7/1997 67 GS 2-GS-01 2-GS-016 3EX-TELO-25P US 6 1 2 5/7/1997 89 GS 2-GS-01 2-GS-020 262-20E 4 1 2 6/3/1997 62 GS 2-GS-01 2-GS-020 3EX-TELO9 4 1 2 3/19/1995 26 GS 2-GS-01 2-GS-020 3EX-TELO9P 4 1 2 3/19/1995 76 GS 2-GS-01 2-GS-021 3EX-TELO2 4 1 2 3/25/1995 48 GS 2-GS-01 2-GS-032 3EX-TELO14P 3 1 2 N/A 23 GS 2-GS-01 2-GS-032 3EX-TELO15 3 1 2 N/A 23 GS 2-GS-01 2-GS-032 3EX-TELO15P 3 1 2 N/A 23 GS 2-GS-01 2-GS-034 3EX-TELO3P 3 1 2 N/A 23 GS 2-GS-01 2-GS-034 3EX-TELO4 3 1 2 N/A 23 GS 2-GS-01 2-GS-034 3EX-TELO4P 3 1 2 N/A 23 GS 2-GS-01 2-GS-034 3EX-TELO8 3 1 2 N/A 23 GS 2-GS-01 2-GS-036 3EX-TELO16P 6 1 2 N/A 23 GS 2-GS-01 2-GS-036 3EX-TELO17 6 1 2 N/A 23 GS 2-GS-01 2-GS-036 3EX-TELO17P 6 1 2 N/A 23 GS 2-GS-01 2-GS-041 215-14R 3 1 2 4/28/1997 31 GS 2-GS-01 2-GS-041 215-15P US 3 1 2 4/23/1997 39 GS 2-GS-01 2-GS-041 215-15T 3 1 2 4/23/1997 57 HD 2-1HD-02 2-1HD-021 212-1E 6 1 2 4/21/1997 44 HD 2-1HD-02 2-1HD-021 212-1P US 6 1 2 4/21/1997 46 HD 2-1HD-02 2-1HD-022 212-2P US 6 1 2 4/18/1997 33 HD 2-1HD-02 2-1HD-023 212-3P US 6 1 2 4/18/1997 41 HD 2-1HD-02 2-1HD-024 221-10P DS 5 1 2 4/25/1997 58 HD 2-1HD-02 2-1HD-024 221-11E 5 1 2 4/25/1997 52 CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment E, Revision 2 Page Attach E-8 of 15 System Subsystem Line Number Component Line Size (in) F S Last Inspection NSI HD 2-1HD-02 2-1HD-024 221-12E 5 1 2 4/25/1997 47 HD 2-1HD-02 2-1HD-024 221-13P US 5 1 2 4/25/1997 59 HD 2-1HD-02 2-1HD-025 247-1N 5 1 2 5/10/1997 56 HD 2-1HD-02 2-1HD-025 247-2P US 5 1 2 5/10/1997 68 HD 2-1HD-02 2-1HD-026 286-3P DS 5 1 2 10/10/2002 48 HD 2-1HD-02 2-1HD-026 286-5P US 5 1 2 10/10/2002 64 HD 2-1HD-02 2-1HD-026 286-HV21C-1E 5 1 2 10/10/2002 53 HD 2-2HD-02 2-2HD-019 209-1E 6 1 2 4/14/1997 46 HD 2-2HD-02 2-2HD-019 209-1P US 6 1 2 4/14/1997 36 HD 2-2HD-02 2-2HD-020 209-3E 6 1 2 4/18/1997 43 HD 2-2HD-02 2-2HD-020 209-3P US 6 1 2 4/18/1997 42 HD 2-2HD-02 2-2HD-021 209-5E 6 1 2 4/14/1997 37 HD 2-2HD-02 2-2HD-021 209-5P US 6 1 2 4/14/1997 30 HD 2-2HD-02 2-2HD-023 246-17P DS 2.5 1 2 5/22/1997 52 HD 2-2HD-02 2-2HD-023 246-18E 2.5 1 2 5/22/1997 40 HD 2-2HD-02 2-2HD-023 246-19P US 2.5 1 2 5/22/1997 66 HD 2-2HD-02 2-2HD-023 246-1N 2.5 1 2 5/14/1997 51 HD 2-2HD-02 2-2HD-023 246-21P DS 2.5 1 2 5/27/1997 42 HD 2-2HD-02 2-2HD-023 246-22E 2.5 1 2 5/27/1997 28 HD 2-2HD-02 2-2HD-023 246-23P US 2.5 1 2 5/27/1997 34 HD 2-2HD-02 2-2HD-023 246-2P 2.5 1 2 5/14/1997 66 HD 2-2HD-02 2-2HD-023 246-3E 2.5 1 2 5/14/1997 20 HD 2-2HD-02 2-2HD-023 246-4P DS 2.5 1 2 5/21/1997 70 HD 2-2HD-02 2-2HD-023 246-5E 2.5 1 2 5/21/1997 42 HD 2-2HD-02 2-2HD-023 246-6P DS 2.5 1 2 5/21/1997 66 HD 2-2HD-02 2-2HD-023 246-6P US 2.5 1 2 5/21/1997 66 HD 2-2HD-02 2-2HD-023 246-7E 2.5 1 2 5/21/1997 26 HD 2-2HD-02 2-2HD-024 229-10E 2.5 1 2 5/22/1997 24 HD 2-2HD-02 2-2HD-024 229-10P DS 2.5 1 2 4/30/1997 38 HD 2-2HD-02 2-2HD-024 229-10P US 2.5 1 2 5/22/1997 54 HD 2-2HD-02 2-2HD-024 229-11E 2.5 1 2 4/30/1997 20 HD 2-2HD-02 2-2HD-024 229-11P US 2.5 1 2 4/30/1997 34 HD 2-2HD-02 2-2HD-024 229-2P DS 2.5 1 2 5/22/1997 52 HD 2-2HD-02 2-2HD-024 229-3E 2.5 1 2 5/22/1997 26 HD 2-2HD-02 2-2HD-024 229-3P 2.5 1 2 5/22/1997 48 HD 2-2HD-02 2-2HD-024 229-4E 2.5 1 2 5/22/1997 34 HD 2-2HD-02 2-2HD-024 229-6E 2.5 1 2 5/22/1997 34 HD 2-2HD-02 2-2HD-024 229-6P US 2.5 1 2 5/22/1997 44 HD 2-2HD-02 2-2HD-024 229-9P DS 2.5 1 2 5/22/1997 40 MS 2-MS-01 2-MS-036-B 252-2T 3 1 2 5/12/1997 40 MS 2-MS-01 2-MS-036-B 252-3T 3 1 2 5/12/1997 35 MS 2-MS-01 2-MS-036-B 252-4P US 3 1 2 5/12/1997 27 MS 2-MS-01 2-MS-036-B 252-5E 3 1 2 4/1/2008 34 MS 2-MS-01 2-MS-036-B 252-7E 3 1 2 4/1/2008 35 MS 2-MS-01 2-MS-036-B 252-9P DS 3 1 2 5/14/1997 41 MS 2-MS-01 2-MS-036-B 252-9T 3 1 2 5/14/1997 33 CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment E, Revision 2 Page Attach E-9 of 15 System Subsystem Line Number Component Line Size (in) F S Last Inspection NSI MS 2-MS-01 2-MS-076 275-10P DS 3 1 2 3/18/2000 35 MS 2-MS-01 2-MS-076 275-10P US 3 1 2 11/6/2002 37 MS 2-MS-01 2-MS-076 275-11E 3 1 2 3/18/2000 74 MS 2-MS-01 2-MS-076 275-12P DS 3 1 2 3/18/2000 57 MS 2-MS-01 2-MS-076 275-12P US 3 1 2 3/18/2000 44 MS 2-MS-01 2-MS-076 275-13E 3 1 2 3/18/2000 60 MS 2-MS-01 2-MS-076 275-14N 3 1 2 3/18/2000 28 MS 2-MS-01 2-MS-076 275-8P DS 3 1 2 11/6/2002 72 MS 2-MS-01 2-MS-076 275-9E 3 1 2 11/6/2002 66 MS 2-MS-01 2-MS-076 276-1N 3 1 2 5/18/2000 99 MS 2-MS-01 2-MS-076 276-1P 3 1 2 5/18/2000 70 MS 2-MS-01 2-MS-079 235-2E 3 1 2 4/26/2006 95 MS 2-MS-01 2-MS-079 235-3P DS 3 1 2 5/9/1997 49 MS 2-MS-01 2-MS-079 235-4E 3 1 2 5/9/1997 66 MS 2-MS-01 2-MS-079 235-5P DS 3 1 2 5/9/1997 33 MS 2-MS-01 2-MS-079 235-5P US 3 1 2 5/9/1997 23 MS 2-MS-01 2-MS-079 235-6E 3 1 2 5/9/1997 82 MS 2-MS-01 2-MS-079 235-7P 3 1 2 5/9/1997 32 MS 2-MS-07 2-MS-188-B 263-17E 12 1 2 6/2/1997 48 MS 2-MS-07 2-MS-188-B 263-18P 12 1 2 6/2/1997 47 MS 2-MS-07 2-MS-188-B 263-19R 12 1 2 6/2/1997 25 MS 2-MS-07 2-MS-189-B 263-5P US 12 1 2 9/27/2002 58 MS 2-MS-07 2-MS-189-B 263-6R 12 1 2 10/26/2002 42 MS 2-MS-07 2-MS-191 263-21P DS 12 1 2 6/9/1997 60 MS 2-MS-07 2-MS-191 263-22T 12 1 2 6/9/1997 45 MS 2-MS-07 2-MS-191 263-23P US 12 1 2 6/9/1997 35 MSD 2-MSD-02 2-MSD-145 MS-1A1 2.5 1 2 4/26/2006 99 MSD 2-MSD-02 2-MSD-145 MS-1A1P 2.5 1 2 4/26/2006 70 MSD 2-MSD-02 2-MSD-145 MS-1A2 2.5 1 2 11/19/2004 99 MSD 2-MSD-02 2-MSD-145 MS-1A2P 2.5 1 2 4/26/2006 52 MSD 2-MSD-02 2-MSD-145 MS-1A3P US 2.5 1 2 9/25/2002 64 MSD 2-MSD-02 2-MSD-146 MS-2A3P 2.5 1 2 N/A 23 MSD 2-MSD-02 2-MSD-146 MS-2A4 2.5 1 2 N/A 23 MSD 2-MSD-02 2-MSD-146 MS-2A4P 2.5 1 2 N/A 23 MSD 2-MSD-02 2-MSD-148 MS-1B2 2.5 1 2 4/13/2000 31 MSD 2-MSD-02 2-MSD-148 MS-1B2P DS 2.5 1 2 4/13/2000 77 MSD 2-MSD-02 2-MSD-148 MS-1B3P US 2.5 1 2 4/13/2000 42 MSD 2-MSD-02 2-MSD-149 MS-2B1 2.5 1 2 4/26/2006 91 MSD 2-MSD-02 2-MSD-149 MS-2B1N 2.5 1 2 4/26/2006 99 MSD 2-MSD-02 2-MSD-149 MS-2B2 2.5 1 2 4/26/2006 93 MSD 2-MSD-02 2-MSD-149 MS-2B2P 2.5 1 2 4/26/2006 99 MSD 2-MSD-02 2-MSD-149 MS-2B3 2.5 1 2 4/26/2006 99 MSD 2-MSD-02 2-MSD-149 MS-2B4 2.5 1 2 4/26/2006 99 MSD 2-MSD-02 2-MSD-149 MS-2B4N 2.5 1 2 4/26/2006 80 MSD 2-MSD-02 2-MSD-149 MS-2B4R 2.5 1 2 4/26/2006 99 MSD 2-MSD-02 2-MSD-150 MS-3B4 2.5 1 2 5/24/1997 46 CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment E, Revision 2 Page Attach E-10 of 15 System Subsystem Line Number Component Line Size (in) F S Last Inspection NSI MSD 2-MSD-02 2-MSD-150 MS-3B4P 2.5 1 2 5/24/1997 99 MSD 2-MSD-02 2-MSD-175 MS-1A25R 8 1 2 3/17/1995 87 MSD 2-MSD-02 2-MSD-175 MS-1A27P DS 8 1 2 N/A 23 MSD 2-MSD-02 2-MSD-175 MS-1A33 8 1 2 3/18/1995 33 MSD 2-MSD-02 2-MSD-175 MS-1A33P DS 8 1 2 3/18/1995 35 MSD 2-MSD-02 2-MSD-175 MS-1A33P US 8 1 2 3/18/1995 36 MSD 2-MSD-02 2-MSD-175 MS-1A34 8 1 2 3/18/1995 27 MSD 2-MSD-02 2-MSD-175 MS-1A34P-1 8 1 2 4/17/1997 38 MSD 2-MSD-02 2-MSD-175 MS-1A34P-2 8 1 2 3/18/1995 33 MSD 2-MSD-02 2-MSD-175 MS-1A34R-2 8 1 2 4/28/1997 37 MSD 2-MSD-02 2-MSD-176 MS-2A26 8 1 2 3/17/1995 30 MSD 2-MSD-02 2-MSD-176 MS-2A26P 8 1 2 3/17/1995 45 MSD 2-MSD-02 2-MSD-176 MS-2A26P-1 DS 8 1 2 2/5/1995 49 MSD 2-MSD-02 2-MSD-176 MS-2A26P-1 US 8 1 2 3/17/1995 48 MSD 2-MSD-02 2-MSD-176 MS-2A27 8 1 2 3/16/1995 34 MSD 2-MSD-02 2-MSD-176 MS-2A27P DS 8 1 2 2/5/1995 34 MSD 2-MSD-02 2-MSD-176 MS-2A27P US 8 1 2 3/16/1995 38 MSD 2-MSD-02 2-MSD-176 MS-2A28 8 1 2 3/17/1995 34 MSD 2-MSD-02 2-MSD-176 MS-2A28P 8 1 2 3/16/1995 41 MSD 2-MSD-02 2-MSD-176 MS-2A28P DS 8 1 2 N/A 23 MSD 2-MSD-02 2-MSD-176 MS-2A29 8 1 2 3/16/1995 25 MSD 2-MSD-02 2-MSD-176 MS-2A29P 8 1 2 3/16/1995 46 MSD 2-MSD-02 2-MSD-176 MS-2A30 8 1 2 3/17/1995 43 MSD 2-MSD-02 2-MSD-176 MS-2A30P DS 8 1 2 3/16/1995 45 MSD 2-MSD-02 2-MSD-176 MS-2A30P US 8 1 2 2/5/1995 42 MSD 2-MSD-02 2-MSD-176 MS-2A31 8 1 2 3/16/1995 52 MSD 2-MSD-02 2-MSD-176 MS-2A31P 8 1 2 3/18/1995 50 MSD 2-MSD-02 2-MSD-176 MS-2A32 8 1 2 3/18/1995 23 MSD 2-MSD-02 2-MSD-176 MS-2A32P 8 1 2 3/18/1995 34 MSD 2-MSD-02 2-MSD-176 MS-2A33 8 1 2 3/27/2008 32 MSD 2-MSD-02 2-MSD-176 MS-2A33P 8 1 2 3/19/1995 39 MSD 2-MSD-02 2-MSD-176 MS-2A33R 8 1 2 4/28/1997 48 MSD 2-MSD-02 2-MSD-176 MS-2A34 8 1 2 3/27/2008 26 MSD 2-MSD-02 2-MSD-176 MS-2A34P 8 1 2 3/18/1995 42 MSD 2-MSD-02 2-MSD-177 MS-3A28 8 1 2 N/A 20 MSD 2-MSD-02 2-MSD-177 MS-3A28R 8 1 2 4/28/1997 33 MSD 2-MSD-02 2-MSD-177 MS-3A29 8 1 2 N/A 20 MSD 2-MSD-02 2-MSD-177 MS-3A29P 8 1 2 11/2/2002 89 MSD 2-MSD-02 2-MSD-177 MS-3A30N 8 1 2 11/2/2002 30 MSD 2-MSD-02 2-MSD-178 MS-1B41P 6 1 2 4/16/1997 41 MSD 2-MSD-02 2-MSD-178 MS-1B41R 6 1 2 4/28/1997 33 MSD 2-MSD-02 2-MSD-178 MS-1B42P 6 1 2 4/15/1997 31 MSD 2-MSD-02 2-MSD-179 MS-2B27P 6 1 2 3/27/1995 51 MSD 2-MSD-02 2-MSD-179 MS-2B56 6 1 2 3/27/1995 25 MSD 2-MSD-02 2-MSD-179 MS-2B62P 6 1 2 4/15/1997 34 MSD 2-MSD-02 2-MSD-179 MS-2B62R 6 1 2 4/28/1997 42 CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment E, Revision 2 Page Attach E-11 of 15 System Subsystem Line Number Component Line Size (in) F S Last Inspection NSI MSD 2-MSD-02 2-MSD-180 MS-3B44P 6 1 2 4/16/1997 30 MSD 2-MSD-02 2-MSD-180 MS-3B44P1 6 1 2 5/15/1997 38 MSD 2-MSD-02 2-MSD-180 MS-3B44R 6 1 2 5/15/1997 54 SB 2-SB-01 2-SB-030 284-7R 8 1 2 5/11/2000 23 UH 2-UH-01 2-UH-003 282-22P DS 10 1 2 5/19/2000 79 UH 2-UH-01 2-UH-003 282-23T 10 1 2 5/19/2000 30 UH 2-UH-01 2-UH-003 282-24R 10 1 2 5/19/2000 61 UH 2-UH-01 2-UH-003 282-31P 10 1 2 5/19/2000 51 UH 2-UH-01 2-UH-003 283-20R 10 1 2 5/15/2000 22 UH 2-UH-01 2-UH-003 283-21P US 10 1 2 5/15/2000 52 UH 2-UH-01 2-UH-003 283-6P DS 10 1 2 5/15/2000 64 UH 2-UH-01 2-UH-003 283-7T 10 1 2 5/15/2000 34 UH 2-UH-01 2-UH-003 283-8R 10 1 2 5/15/2000 39 UH 2-UH-01 2-UH-003 283-9P US 10 1 2 5/15/2000 53 UH 2-UH-01 2-UH-071 281-11P US 6 1 2 4/26/2000 64 UH 2-UH-01 2-UH-071 281-12E 6 1 2 4/26/2000 66 UH 2-UH-01 2-UH-071 281-13P DS 6 1 2 4/26/2000 68 UH 2-UH-01 2-UH-071 281-2P US 6 1 2 4/26/2000 87 UH 2-UH-01 2-UH-071 281-3E 6 1 2 4/26/2000 93 UH 2-UH-01 2-UH-071 281-4P 6 1 2 4/26/2000 41 MS 2-MS-01 2-MS-011-A 259-15E 4 1 3 4/1/2008 54 MS 2-MS-01 2-MS-011-A 259-16P US 4 1 3 5/8/1997 39 MS 2-MS-01 2-MS-012-A 254-15E 4 1 3 4/9/2008 34 MS 2-MS-01 2-MS-012-A 254-16P US 4 1 3 5/8/1997 59 MS 2-MS-01 2-MS-012-A 254-20P DS 4 1 3 5/6/2000 49 MS 2-MS-01 2-MS-012-A 254-21E 4 1 3 5/6/2000 53 MS 2-MS-01 2-MS-012-A 254-22P US 4 1 3 5/6/2000 48 MS 2-MS-01 2-MS-013-A 259-10P US 4 1 3 2/16/2000 37 MS 2-MS-01 2-MS-013-A 259-3E 4 1 3 5/8/1997 69 MS 2-MS-01 2-MS-013-A 259-4P US 4 1 3 5/9/1997 34 MS 2-MS-01 2-MS-013-A 259-8P DS 4 1 3 2/16/2000 40 MS 2-MS-01 2-MS-013-A 259-9E 4 1 3 4/8/2008 20 MS 2-MS-01 2-MS-014-A 254-10P US 4 1 3 N/A 23 MS 2-MS-01 2-MS-014-A 254-3E 4 1 3 4/3/2008 41 MS 2-MS-01 2-MS-014-A 254-4P US 4 1 3 5/7/1997 45 MS 2-MS-01 2-MS-014-A 254-7E 4 1 3 11/12/2002 38 MS 2-MS-01 2-MS-014-A 254-8P DS 4 1 3 N/A 23 MS 2-MS-01 2-MS-014-A 254-9E 4 1 3 3/24/2010 32 MS 2-MS-01 2-MS-017 251-12E 8 1 3 5/20/1997 58 MS 2-MS-01 2-MS-017 251-13P US 8 1 3 5/20/1997 40 MS 2-MS-01 2-MS-018 251-21P 8 1 3 5/20/1997 46 MS 2-MS-01 2-MS-018 251-22E 8 1 3 5/20/1997 93 MS 2-MS-01 2-MS-018 251-23P US 8 1 3 5/20/1997 46 MS 2-MS-01 2-MS-034 248-12P DS 4 1 3 5/7/1997 50 MS 2-MS-01 2-MS-034 248-13T 4 1 3 10/23/2004 30 MS 2-MS-01 2-MS-034 248-16P US 4 1 3 5/7/1997 27 CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment E, Revision 2 Page Attach E-12 of 15 System Subsystem Line Number Component Line Size (in) F S Last Inspection NSI MS 2-MS-01 2-MS-035 252-10P US 6 1 3 5/14/1997 40 MS 2-MS-01 2-MS-035 252-10T 6 1 3 5/13/1997 39 MS 2-MS-01 2-MS-035 252-11P 6 1 3 5/15/1997 52

CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment E, Revision 2 Page Attach E-13 of 15 Table E.2 below lists all large bore replacements from FAC Manager Web Edition Components that have been associated with an SNM Line. If the component is not linked to an SNM line in FAC Manager it will not appear in this table. Components may be missing from this table due to

the lack of this link. The table is sorted by relative susceptibility, then alphabetically by System, Subsystem, Line, and Component. Table E.2 Large Bore SNM Replacements from FAC Manager System Subsystem Line Number Component Line Size F S Install Date EST 2-1EST-01 2-1EST-013-B EST-14 4 1 1 4/28/1997 EST 2-1EST-01 2-1EST-013-B EST-14P 4 1 1 4/28/1997 EST 2-1EST-01 2-1EST-013-B EST-15 4 1 1 4/28/1997 EST 2-1EST-01 2-1EST-013-B EST-20P US 4 1 1 4/28/1997 EST 2-1EST-01 2-1EST-013-B EST-21 4 1 1 4/28/1997 EST 2-1EST-01 2-1EST-013-B EST-21P DS 4 1 1 4/28/1997 EST 2-1EST-01 2-1EST-013-B EST-21P US 4 1 1 4/28/1997 EST 2-1EST-01 2-1EST-013-B EST-22 4 1 1 4/28/1997 EST 2-1EST-01 2-1EST-013-B EST-22P 4 1 1 4/28/1997 EST 2-1EST-01 2-1EST-013-B EST-23P 4 1 1 6/30/1997 EST 2-1EST-01 2-1EST-013-B EST-24 4 1 1 4/28/1997 EST 2-1EST-01 2-1EST-013-B EST-24P 4 1 1 4/28/1997 EST 2-1EST-01 2-1EST-013-B EST-29P 4 1 1 6/30/1997 EST 2-1EST-01 2-1EST-013-B EST-30A 4 1 1 4/28/1997 EST 2-1EST-01 2-1EST-013-B EST-30AP 4 1 1 4/28/1997 EST 2-1EST-01 2-1EST-013-B EST-30B 4 1 1 4/28/1997 EST 2-1EST-01 2-1EST-013-B EST-30P DS 4 1 1 6/30/1997 EST 2-1EST-01 2-1EST-013-B EST-31 4 1 1 4/28/1997 EST 2-1EST-01 2-1EST-013-B EST-31P DS 4 1 1 4/28/1997 EST 2-1EST-01 2-1EST-013-B EST-31P US 4 1 1 4/28/1997 EST 2-1EST-01 2-1EST-013-B EST-31P-1 4 1 1 4/28/1997 EST 2-1EST-01 2-1EST-013-B EST-31T 4 1 1 4/28/1997 EST 2-1EST-01 2-1EST-014 EST-1T 6 1 1 4/28/1997 HD 2-3HD-02 2-3HD-039 223-9R 3 1 1 10/26/2002 HD 2-3HD-02 2-3HD-042 223-10P DS 4 1 1 10/26/2002 HD 2-3HD-02 2-3HD-042 223-10P US 4 1 1 10/26/2002 HD 2-3HD-02 2-3HD-042 223-10T 4 1 1 10/26/2002 HD 2-3HD-02 2-3HD-042 223-11T 4 1 1 10/26/2002 HD 2-3HD-02 2-3HD-043 223-11P US 4 1 1 10/26/2002 HD 2-3HD-02 2-3HD-043 223-13P DS 4 1 1 10/26/2002 HD 2-3HD-02 2-3HD-043 223-14E 4 1 1 10/26/2002 HD 2-3HD-02 2-3HD-043 223-14P DS 4 1 1 10/26/2002 HD 2-3HD-02 2-3HD-043 223-14P US 4 1 1 10/26/2002 HD 2-3HD-02 2-3HD-043 223-15E 4 1 1 10/26/2002 HD 2-3HD-02 2-3HD-043 223-15P DS 4 1 1 10/26/2002 HD 2-3HD-02 2-3HD-043 223-15P US 4 1 1 10/26/2002 HD 2-3HD-02 2-3HD-043 223-16E 4 1 1 10/26/2002 HD 2-3HD-02 2-3HD-043 223-16P DS 4 1 1 10/26/2002 HD 2-3HD-02 2-3HD-043 223-16P US 4 1 1 10/26/2002 HD 2-3HD-02 2-3HD-043 223-17E 4 1 1 10/26/2002 CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment E, Revision 2 Page Attach E-14 of 15 System Subsystem Line Number Component Line Size F S Install Date HD 2-3HD-02 2-3HD-043 223-17P DS 4 1 1 10/26/2002 HD 2-3HD-02 2-3HD-043 223-17P US 4 1 1 10/26/2002 HD 2-3HD-02 2-3HD-043 223-18E 4 1 1 10/26/2002 HD 2-3HD-02 2-3HD-043 223-18P 4 1 1 10/26/2002 HD 2-3HD-02 2-3HD-043 223-19E 4 1 1 10/26/2002 HD 2-3HD-02 2-3HD-043 223-19P US 4 1 1 10/26/2002 HD 2-5HD-03 2-5HD-061-B 5EXC-27P 8 1 1 2/16/2000 HD 2-2HD-02 2-2HD-023 246-17P DS 2.5 1 2 2/16/2000 HD 2-2HD-02 2-2HD-023 246-18E 2.5 1 2 2/16/2000 HD 2-2HD-02 2-2HD-023 246-19P US 2.5 1 2 2/16/2000 HD 2-2HD-02 2-2HD-023 246-21P DS 2.5 1 2 2/16/2000 HD 2-2HD-02 2-2HD-023 246-22E 2.5 1 2 2/16/2000 HD 2-2HD-02 2-2HD-023 246-23P US 2.5 1 2 2/16/2000 HD 2-2HD-02 2-2HD-023 246-2P 2.5 1 2 2/16/2000 HD 2-2HD-02 2-2HD-023 246-3E 2.5 1 2 2/16/2000 HD 2-2HD-02 2-2HD-023 246-4P DS 2.5 1 2 2/16/2000 HD 2-2HD-02 2-2HD-023 246-5E 2.5 1 2 2/16/2000 HD 2-2HD-02 2-2HD-023 246-6P DS 2.5 1 2 2/16/2000 HD 2-2HD-02 2-2HD-023 246-6P US 2.5 1 2 2/16/2000 HD 2-2HD-02 2-2HD-023 246-7E 2.5 1 2 2/16/2000 HD 2-2HD-02 2-2HD-024 229-10E 2.5 1 2 2/16/2000 HD 2-2HD-02 2-2HD-024 229-10P DS 2.5 1 2 2/16/2000 HD 2-2HD-02 2-2HD-024 229-10P US 2.5 1 2 2/16/2000 HD 2-2HD-02 2-2HD-024 229-11E 2.5 1 2 2/16/2000 HD 2-2HD-02 2-2HD-024 229-11P US 2.5 1 2 2/16/2000 HD 2-2HD-02 2-2HD-024 229-2P DS 2.5 1 2 2/16/2000 HD 2-2HD-02 2-2HD-024 229-3E 2.5 1 2 2/16/2000 HD 2-2HD-02 2-2HD-024 229-3P 2.5 1 2 2/16/2000 HD 2-2HD-02 2-2HD-024 229-4E 2.5 1 2 2/16/2000 HD 2-2HD-02 2-2HD-024 229-6E 2.5 1 2 2/16/2000 HD 2-2HD-02 2-2HD-024 229-6P US 2.5 1 2 2/16/2000 HD 2-2HD-02 2-2HD-024 229-9P DS 2.5 1 2 2/16/2000 SB 2-SB-01 2-SB-030 284-7R 8 N/A N/A 7/1/1997 N/A N/A N/A 4EXA-12P 20 N/A N/A 10/26/2002 N/A N/A N/A 4EXA-14 20 N/A N/A 10/26/2002 N/A N/A N/A 4EXB-13P 20 N/A N/A 10/26/2002 N/A N/A N/A 4EXB-14P 20 N/A N/A 10/26/2002 N/A N/A N/A 4EXB-9P DS 20 N/A N/A 10/26/2002 N/A N/A N/A 4EXB-9P US 20 N/A N/A 10/26/2002 N/A N/A N/A FWH-22C 54.75 N/A N/A 5/8/2000 N/A N/A N/A FWH-23B-1 53.875 N/A N/A 5/8/2000 N/A N/A N/A FWH-23C 1N 53.875 N/A N/A 5/8/2000 N/A N/A N/A FWH-23C 2N 53.875 N/A N/A 5/8/2000 N/A N/A N/A MPSD1 6 N/A N/A 2/14/1986 N/A N/A N/A MPSD10 10 N/A N/A 2/14/1986 N/A N/A N/A MPSD11 10 N/A N/A 2/14/1986 N/A N/A N/A MPSD12 10 N/A N/A 2/14/1986 CSI T ECHNOLOGIES

, I NC. Indian Point 2 FAC Susceptible Non-Modeled (SNM) Program Report No. 0700.104-03, Attachment E, Revision 2 Page Attach E-15 of 15 System Subsystem Line Number Component Line Size F S Install Date N/A N/A N/A MPSD2 6 N/A N/A 2/14/1986 N/A N/A N/A MPSD3 10 N/A N/A 2/14/1986 N/A N/A N/A MPSD4 10 N/A N/A 2/14/1986 N/A N/A N/A MPSD5 10 N/A N/A 2/14/1986 N/A N/A N/A MPSD6 10 N/A N/A 2/14/1986 N/A N/A N/A MPSD7 10 N/A N/A 2/14/1986 N/A N/A N/A MPSD8 10 N/A N/A 2/14/1986 N/A N/A N/A MPSD9 10 N/A N/A 2/14/1986

Retrieved from "https://kanterella.com/w/index.php?title=ML12338A435&oldid=1745557"