ML033530147

From kanterella
Jump to navigation Jump to search

RESRAD-Build Calculation for License Termination Plan (Ltp)
ML033530147
Person / Time
Site: Yankee Rowe
Issue date: 12/10/2003
From: Kay J
Yankee Atomic Electric Co
To:
Document Control Desk, NRC/FSME
References
-RFPFR, BYR 2003-102
Download: ML033530147 (29)
v • d • e


Text

YANKEE ATOMIC ELECTRIC COMPANY Telephone (413) 424-5261 49 Yankee Road, Rowe, Massachusetts 01367 0---

December 10, 2003 BYR 2003-102 Document Control Desk U.S. Nuclear Regulatory Commission Washington, DC 20555-0001

Reference:

(a) License No. DPR-3 (Docket No. 50-29)

Subject:

RESRAD-BUILD Calculation for License Termination Plan (LTP)

This letter provides a copy of a calculation in support of the LTP for the Yankee Nuclear Power Station (YNPS). A hardcopy of the calculation is enclosed as well as an electronic copy of the input files via CD. The specific calculation provided is as follows:

(1) YA-CALC-00-003-03, "RESRAD-BUILD v3.21 Sensitivity Analysis for Building Occupancy" This calculation is provided for your review. If you have any questions, please contact us.

Sincerely, YANKEE ATOMIC ELECTRIC COMPANY ames Kay Principal Licensing Engincer cc: J. Hickman, NRC, Senior Project Manager, NMSS (2 copies)

R. Gallaghar, MA DPH D. Howland, MA DEP M. Rosenstein, EPA, Region I M )mSS1

CALCULATION TITLE PAGE RESRAD-BUILD v3.21 Sensitivity Analysis for Building Occupancy Title YA-CALC-00-003-03 Calculation Number Executive Summary:

Nuclide-specific sensitivity analyses are performed using the Building Occupancy Scenario to assess the sensitivity of the dose from building surface contamination to key input parameters. This analysis is performed using the probabilistic modules in RESRAD-BUILD Version 3.21 computer code. Parameters are identified as sensitive if the Partial Rank Correlation Coefficient (PRCC) is equal to or greater than 0.10.

Approvals (Print & Sign Name)

Preparer Cynthia Harrington K' A vEY 7 Date:

Date:

Approver (Cognizant Man(/gr): Date:

DCM FORM 1.5-1C Page 1

Project: Yankee Rowe License Termination Plan Calculation No YA-CALC-00-003-03

Subject:

RESRAD-BUILD v3.21 Sensitivity Analysis for Building Occupancy Page 2 TABLE OF CONTENTS Page A. PURPOSE: ...................................... 2 B.

SUMMARY

OF RESULTS: ....................................... 3

REFERENCES:

C. ...................................... 5 D. ASSUMPTIONS ..................................... 6

1. Radionuclide List ...................................... 6
2. Conceptual Model Underlying the Dose Model ....................................... 6
3. Dose Model: Building Occupancy Scenario ...................................... 6 E. METHOD/BODY OF CALCULATION ....................................... 7
1. Parameter Selection Process ...................................... 7
2. Parameter Value Assignment ....................................... 8 TABLES Page Table 1Sensitive Parameters Based on RESRAD-BUILD Sensitivity Analysis ........................... .3 Table 2 YNPS Radionuclide List......................................................................................... 6 Table 3. Sensitivity Analysis Results Based on the Partial Rank Correlation Coefficient.................. 12 FIGURES Page Figure 1. Parameter Selection Process ........................................................................... 10 ATTACHMENTS No. of Pages . Supporting Documentation for Site-Specific Parameter Values ................................... 7 . RESRAD-BUILD v3.21 Input Parameters to Sensitivity Analysis Building Occupancy ...... 5 . RESRAD-BUILD v3.21 Determination of Evaluation Time Building Occupancy ............. 2 . CD Table of Contents for RESRAD-BUILD Input/Output Files. 2 A. PURPOSE:

The purpose of this calculation is to determine which parameters in the building occupancy scenario have the greatest effect on dose (and to identify them as sensitive"). The determination of the sensitive parameters is

Project: Yankee Rowe License Termination Plan Calculation No YA-CALC-00-003-03

Subject:

RESRAD-BUILD v3.21 Sensitivity Analysis for Building Occupancy Page 3 accomplished through the use of the probabilistic modules in RESRAD-BUILD V 3.21. A flow charted process is used to identify parameters as behavioral, metabolic or physical. Metabolic and behavioral parameters are assigned site-specific values or values from NUREGICR- 5512 vol.3, -6697 or -6755. Physical parameters are assigned site-specific values or are treated stochastically and assigned a distribution from NUREG/CR-6697or 6755. The distribution statistics for stochastic parameters are used as the input to the probabilistic module of RESRAD-BUILD.

The Partial Rank Correlation Coefficient (PRCC) is used as the measure of the dose sensitivity to variations in the input parameter.

B.

SUMMARY

OF RESULTS:

A summary of results of the sensitivity analysis for the nuclides in Table 1 is presented below. Parameters are listed in order of rank if the corresponding PRCC is greater or equal to 0.1.

Table I - Sensitive Parameters Based on RESRAD-BUILD Sensitivity Analysis Nuclide Rank I Rank 2 Rank 3 Rank 4 Rank 5 Rank 6 Rank 7 parameter parameter parameter parameter parameter parameter parameter H-3 Time source Time source Time source Time source Time source Resuspension Deposition removal (1)* removal (2) removal (4) removal (5) removal (3) Rate Velocity C-14 Time source Time source Time source Time source Time source removal (1) removal (4) removal (3) removal (5) removal (2)

Fe-55 Time source Time source Time source Time source Resuspension Deposition Time source removal (3) removal (1) removal (4) removal (5) Rate Velocity removal (2)

Co-60 Time source Time source Resuspension Time source Deposition Time source removal (1) removal (5) Rate removal (2) Velocity removal (4)

Ni-63 Time source Time source Time source Time source Time source Resuspension removal (1) removal (3) removal (5) removal (2) removal (4) Rate Sr-90 Time source Time source Time source Time source Time source Resuspension Deposition removal (1) removal (4) removal (2) removal (5) removal (3) Rate Velocity Nb-94 Resuspension Deposition Time source Rate Velocity removal (1)

Tc-99 Time source Time source Time source Time source Time source removal (1) removal (4) removal (2) removal (3) removal (5)

Ag-108m Time source Resuspension Deposition ime source Time source removal (1) Rate Velocity removal (4) removal (5)

Sb-125 Time source Time source Time source Deposition Resuspension Time source Time source removal (1) removal (4) removal (3) Velocity Rate removal (2) removal (5)

Cs-1 34 Time source Time source Time source Time source Time source Deposition Resuspension removal (1) removal (4) removal (2) removal (5) removal (3) Velocity Rate Cs-137 Time source Time source rime sour Time source rime source Resuspension Deposition removal (1) removal (5) removal (3) removal (4) removal (2) Rate Velocity Eu-152 Time source Time source removal (1) removal (5)

Eu-154 Time source Resuspension Deposition Time source removal (1) Rate Velocity removal (2)

Eu-155 Time source Time source Time source Time source Time source removal (4) removal (5) removal (3) removal (2) removal (1)

Pu-238 Time source Time source Time source Time source Time source Resuspension removal (1) removal (4) removal (3) removal (5) removal (2) Rate Pu-239 Time source Time source Time source Time source Time source removal (1) removal (4) removal (3) removal (5) removal (2)

Pu-241 Resuspension Deposition Time source Time source Time source

Project: Yankee Rowe License Termination Plan Calculation No YA-CALC-00-003-03

Subject:

RESRAD-BUILD v3.21 Sensitivity Analysis for Building Occupancy Page 4 Nuclide Rank 1 Rank 2 Rank 3 Rank 4 Rank 5 Rank 6 Rank 7 parameter parameter parameter parameter parameter parameter parameter Rate Velocity removal (2) removal (1) removal (4)

Am-241 Time source Time source Time source Time source Time source removal (1) removal (4) removal (3) removal (5) removal (2)

Cm-243 Time source Time source Time source Time source Time source Resuspension Deposition removal (1) removal (4) removal (3) removal (5) removal (2) Rate Velocity

  • Time Source Removal (#) indicates source number as designated in Table 2.1

Project: Yankee Rowe License Termination Plan Calculation No YA-CALC-00-003-03

Subject:

RESRAD-BUILD v3.21 Sensitivity Analysis for Building Occupancy Page 5 C.

REFERENCES:

1. NUREG/CR-5512, Residual Radioactive From Contamination'
  • Volume 1: Technical Basis for Translating Contamination Levels to Annual Total Effective Dose Equivalent," October 1992 (PNL-7994).
  • Volume 2: User's Manual DandD Version 2.1," April 2001 (SAND2001-0822P).

Volume 3: "Parameter Analysis, Draft Report for Comment," October 1999 (SAND99-2148).

2. NUREG/CR-6697,"Development of Probabilistic RESRAD 6.0 and RESRAD-BUILD 3.0 Computer Codes,'

November 2000, (ANLJEADITM-98).

3. NUREG/CR-6755, "Technical Basis for Calculating Radiation Doses for the Building Occupancy Scenario Using the Probabilistic RESRAD-BUILD 3.0 Code," February. 200.2 (ANLIEADITM/02-1)
4. NUREG-1 727, "NMSS Decommissioning Standard Review Plan," September 2000.
5. NUREG/CR-6676, "Probabilistic Dose Analysis Using Parameter Distributions Developed for RESRAD and RESRAD-BUILD Codes," May 2000 (ANLJEADITM-89).
6. NUREG/CR-66§2, "Probabilistic Modules for the RESRAD and RESRAD-BUILD Computer Codes," November 2000, (ANLJEADITM-91).
7. Federal Guidance Report (FGR) I11, "Limiting Values of Radionuclide Intake and Air Concentration and Dose Conversion Factors for Inhalation, Submersion, and Ingestion," EPA, 1988.
8. Federal Guidance Report (FGR) 12, "External Exposure to Radionuclides InAir, Water, And Soil)," 1993, EPA
9. YA-REPT-00-001 -03, "Radionuclide Selection for DCGL Determination," October 2003.

- -. ---.- - - 1 . -. ... .

Project: Yankee Rowe License Termination Plan Calculation No YA-CALC-OD-003-03

Subject:

RESRAD-BUILD v3.21 Sensitivity Analysis for Building Occupancy Page 6 D. ASSUMPTIONS

1. Radionuclide List A probabilistic run of the RESRAD-BUILD code was performed for the radionuclides listed in Table 2. This list of radionuclides was developed by consideration of historical site data, waste stream analysis and source terms in NUREG guidance to encompass the significant radionuclides that may present a significant dose impact (Ref 9).

Table 2 YNPS Radionuclide List H-3 Tc-99 Eu-1 55 C-14 Ag-108m Pu-238 Fe-55 Sb-125 Pu-239 Co-60 Cs-1 34 Pu-241 Ni-63 Cs-1 37 Am-241 Sr-90 Eu-152 Cm-243 Nb-94 Eu-1 54

2. Conceptual Model Underlying the Dose Model The conceptual model was developed based on site demolition plans and the characteristics of rooms/partial rooms expected to remain at the time of license termination. The model is comprised of a room, with dimensions representing an average wail to remain at the site. The four walls and floor of this room are assumed to be contaminated uniformly and to equal levels. This is considered to be a conservative assumption as normally the amount of contamination on room walls is less than that on the floor and decreases as the distance from the floor increases. No contaminated ceilings are included in the model, as partial rooms/rooms remaining at the time of license termination will either have no ceiling or will be covered with a ceiling constructed of new uncontaminated building materials. Attachment I provides the details for the determination of the room dimensions.
3. Dose Model: Building Occupancy Scenario The building occupancy scenario defined in NUREG/CR-5512, Volumes 1,2, and 3 and NUREG-1727 will be used to determine Building Surface Derived Concentration Guideline Levels, DCGL. This scenario is chosen because the basic premise of the building occupancy model for buildings decontaminated to an unrestricted release level is that this model will yield DCGL values that meet all the requirements for IOCFR20.1402.

The decommissioning of the Yankee Rowe site involves the demolition of many of the structures within the Radiation Control Area (RCA). The surfaces of all structures and rooms remaining will be surveyed for residual radioactivity. The threshold for the amount of residual radioactivity that can remain on a building surface at the time of license termination is based on a maximum annual dose of 25 mrem to members of the critical group. This scenario assumes that the critical group consists of light industrial workers working in the building following license termination.

Prior to use, the operability of the RESRAD-BUILD Version 3.21 code was verified in accordance with site procedures. The code, as used in this analysis, considers five exposure pathways to occupants of a building from residual radioactivity:

. External exposure directly from sources

  • External exposure to deposited material
  • External exposure due to air submersion
  • Inhalation of airborne radioactive particulates
  • Inadvertent ingestion of riadioactive material directly from the sources

r Project: Yankee Rowe License Termination Plan

Subject:

RESRAD-BUILD v3.21 Sensitivity Analysis for Building Occupancy Calculation No YA-CALC-OD-003-03 Page 7 I E. METHODIBODY OF CALCULATION Numerous input parameters are required by RESRAD-BUILD to calculate the dose to a building worker from various exposure pathways. Using the probabilistic modules in RESRAD-BUILD, a sensitivity analysis allows the identification of parameters with the greatest potential to effect the dose. The guidance published in NUREGICR 6676, - 6697, - 6692 and 6755 has been used to develop an approach for selecting parameter values. This process is described below.

1. Parameter Selection Process The conceptual and dose models discussed above are quantified by a set of input parameters in the RESRAD-BUILD code. Incorporated within RESRAD-BUILD v3.21 are probabilistic modules that allow the evaluation of dose as a function of parameter distributions. The process for classifying and selecting input parameter values was developed in accordance with the guidelines presented in NUREG/CR-6755, -6676, -6692 and -6697.

NUREGICR-6755 provides the technical basis for calculating doses for the Building Occupancy scenario using the probabilistic RESRAD- BUILD code and also provides input parameter information that has been updated since the publication of NUREG/CR 6697. A schematic flow diagram of the parameter selection process is provided in Figure 1. Each step of the selection process is discussed below.

Classification (TvDe)

The parameters were classified as behavioral, metabolic or physical consistent with NUREG/CR-6697. Behavioral parameters depend on the behavior of the receptor and the scenario definition. Metabolic parameters represent the metabolic characteristics of the receptor and are independent of the scenario definition. Physical parameters are the parameters that would not change if a different group of receptors were considered.

Prioritization The NUREG/CR-6697 approach to prioritizing parameters was applied in this calculation. The priority of a particular parameter is based upon:

  • The relevance of the parameter in dose calculations,
  • The variability of the dose as a result of changes in the parameter value,
  • The parameter type and
  • The availability of parameter-specific data.

Priority 1 parameters are considered to be high priority; Priority 2 parameters are considered to be medium priority; and Priority 3 parameters are considered to be low priority.

Treatment Input parameters are treated as either deterministicu assigned a single value, or stochastic", assigned a probability distribution. The treatment depends on parameter type, priority, availability of site-specific data and the relevance of the parameter in dose calculations.

  • Behavioral and metabolic parameters were treated as deterministic and were assigned values from NUREGICR-5512, Volume 3, NUREG/CR-6697, NUREG/CR 6755 (if updated), or the RESRAD default library.
  • Parameters for which site-specific data is available were treated as deterministic.
  • The remaining physical parameters, for which no site-specific data is available, were assigned values based on priority. Priority I and 2 parameters were treated as stochastic and were assigned probability distributions from NUREGICR-6697or.6755, or a deterministic value from NUREG/CR-5512 vol.3, 6697or 6755. The priority 3 physical parameters were treated as deterministic and were assigned values from NUREG/CR-5512, Volume 3, NUREG/CR-6697, NUREG/CR-6755, or the RESRAD default library.

Project: Yankee Rowe License Termination Plan Calculation No YA-CALC-00-003-03

Subject:

RESRAD-BUILD v3.21 Sensitivity Analysis for Building Occupancy Page 8 l

2. Parameter Value Assignment Behavioral and Metabolic Parameters Scenario-defined parameters are assigned values recommended in NUREG/CG-5512 vol. 3 for the building occupancy scenario and include:

Exposure duration: 365.25 days Indoor fraction: 0.267 Time Fraction: 1 Breathing rate: 33.6 m3/day Receptor location: Center of room at a height of Im Direct ingestion rate: 1.34E-06 hr-'

Calculated from NUREG/CR 5512 ingestion rate = 1.IE-04 m2/hr divided by the total source area available to be inadvertently but directly ingested = 82.03 m2 .

Dose conversion factors: FGR1 I and FGR12 values are used Behavioral parameters not Included in the NUREG1CR-5512 vol. 3 building occupancy scenario but used in the RESRAD-BUILD model include:

Air exchange rate for room: 1.52 hr 1- (updated in NUREG/CR-6755)

Indirect ingestion rate: 0 to shut off the pathway.

Only direct ingestion is modeled to be consistent with the building occupancy direct ingestion pathway utilized in the NRC's D&D computer code.

Air fraction: 0.07 for solids; 1.0 for H-3 (NUREG/CR-6697)

Physical Parameters Site and scenario information is used to determine physical parameter values when it is available. For physical parameters identified as a Priority I or 2 (high and medium priority) a parameter distribution from NUREGICR-6696,

- 6755 or a deterministic value from NUREG/CR-5512 vol.3, -6696, - 6755 is used. For physical parameters identified as Priority 3 (low priority) a value isassigned from NUREG/CR-5512 vol.3, -696, or -6755.

A three dimensional model is selected in RESRAD-BUILD to represent a typical room to remain at the YNPS site. A ceiling is not modeled since all structures remaining following demolition and license termination will be covered with new uncontaminated material. The average room is defined by the dimensions of 4.44 mwide by 4.44 m long and 3.51 m high. Attachment I provides information on the rooms/partial roams to remain on the YNPS site. Each wall and floor surface is assumed to have uniform contamination over the entire surface.

Site and scenario defined parameters include:

Room area: 4.4 4m x 4.44 m = 19.71 m2 Room height: 3.51 m Location of sources: Center of four walls and floor (See Attachment 1,Section 2,Table 1.3- Receptor and Center of Source Locations)

Area of sources: Floor = 19.71 m2 4 Walls = 15.58 m2 each Number of sources: 5 Type of source: Area Direction of source: See Attachment 1, Section 2, Table 1.3- Receptor and Center of Source Locations Receptor location: See Attachment 1, Section 2, Table 1.3- Receptor and Center of Source Locations Removable fraction: 0.1 (NUREG/CR-5512 building occupancy scenario and NUREG-1727, Table C7.1)

Project: Yankee Rowe License Termination Plan Calculation No YA-CALC-00-003-03

Subject:

RESRAD-BUILD v3.21 Sensitivity Analysis for Building Occupancy Page 9 Physical parameters assigned a statistical distribution include:

Deposition velocity: NUREG/CR-6755 Resuspension rate: NUREG/CR-6755 Time for source removal: NUREG/CR-6755 An Input correlation of 0.9 is established between the deposition velocity and the resuspension rate based on the guidance in NUREGICR-6676, Section 8.2. Because the sources are constructed of the same material and subject to the same environment, an input correlation of 0.9 is established for the time for source removal between sources.

Attachment 2, Table 2.1 provides a listing of all the input parameters and the results of the parameter classification and selection process. All assigned values or distributions and the basis of each is also provided in Table 2.1.

Project: Yankee Rowe License Termination Plan Calculation No YA-CALC-00-003-03

Subject:

RESRAD-BUILD v3.21 Sensitivity Analysis for Building Occupancy Page- 10I Figure 1 Parameter Selection Process Yes Input pramete vale Assign distribution from

Project: Yankee Rowe License Termination Plan Calculation No YA-CALC-0-003-03 I

Subject:

RESRAD-BUILD v3.21 Sensitivity Analysis for Building Occupancy Page11 l

3. RESRAD- BUILD Sensitivity Analyses Runs The sensitivity runs were performed using the RESRAD- BUILD V3.21 code. The data in Attachment 2, Table 2.1 were used as parameter inputs to the Build code and, where appropriate, the probability distribution statistical parameters were entered into the probabilistic modules of the Build code. The code was run individually for all the radionuclides listed in Table 2 at a concentration of I pCi/m 2. The time of the maximum dose for all nuclides except Pu-241 isdefined at an evaluation time of T = year. For Pu-241 the maximum dose occurs at T = 9 years.

Uncertainty Report The RESRAD- BUILD Uncertainty Report provides regression and correlation coefficients for the average dose at the user defined evaluation time. The PRCC correlation coefficient has been used to identify sensitive parameters with the limit set at 0.1. Parameter values are further identified as being positively or negatively correlated to dose by assessing whether the PRCC value is greater than zero or less than zero.

NUREG/CR-6692 and -6697 guidance recommends the use of the PRCC or SRRC for cases where a non-linear relationship and widely disparate scales exists between the.inputs and outputs. The NUREGICR guidance further recommends the use of the PRCC if the strong correlations exist between input parameters.

Table 3 identifies, for each radionuclide, the sensitive parameters in order of rank, the coefficient of determination and the values of the PRCC.

Project: Yankee Rowe License Termination Plan Calculation No YA-CALC-00-003-03

Subject:

RESRAD-BUILD 3.21 Sensitivity Analysis for Building Occupancy Page 12 1 1 Table 3 - Sensitivity Analysis Results Based on the Partial Rank Correlation Coefficient Radionuclide R-Square Rank 1 parameter Rank 2 parameter Rank 3 parameter Rank 4 parameter Rank 5 parameter Rank 6 parameter Rank 7 parameter (PRCC Value) (PRCC Value) (PRCC Value) (PRCC Value) (PRCC Value) (PRCC Value) (PRCC Value)

H-3 1.00 RFO(1) -0.85 RFO(2) -0.78 RFO(4) -0.78 RFO(5) -0.76 RFO(3) -0.76 DKSUS 0.35 UD -0.31 C-14 1.00 RFO(1) 0.89 RFO(4) 0.85 RFO(3) 0.84 RFO(5) 0.82 RFO(2) 0.82 Fe-55 0.92 RFO(3) 0.28 RFO(1) 0.28 RFO(4) 0.27 RFO(5) 0.23 DKSUS 0.23 UD -0.21 RFO(2) 0.15 Co-60 0.87 RFO(1) 0.45 RFO(5) 0.16 DKSUS .0.14 RFO(2) 0.13 UD 0.13 RFO(4) 0.10 Ni-63 0.99 RFO(1) - 0.64 RFO(3) -0.58 RFO(5) -0.58 RFO(2) -0.58 RFO(4) *0.58 DKSUS 0.12

'Sr-90 0.99 RFO(1) - 0.71 RFO(4) -0.59 RFO(2) -0.56 RFO(5) -0.56 RFO(3) -0.52 DKSUS 0.37 UD -0.30 Nb-94 0.29 DKSUS -0.38 UD 0.25 RFO(1) 0.24 Tc-99 0.95 RFO(1) 0.40 RFO(4) 0.34 RFO(2) 0.29 RFO(3) 0.27 RFO(5) 0.26 Ag-108m 0.81 RFO(1) 0.50 DKSUS -0.49 UD 0.41 RFO(4) 0.13 RFO(5) -0.10 Sb-125 0.96 RFO(1) 0.65 RFO(4) 0.38 RFO(3) 0.32 UD 0.26 DKSUS -0.25 RFO(2) 0.20 RFO(5) 0.16 Cs-134 0.89 RFO(1)- 0.37 RFO(4) 0.20 RFO(2) 0.16 RFO(5) 0.15 RFO(3) 0.14 UD 0.12 DKSUS -0.11 Cs-137 0.99 RFO(1) 0.81 RFO(5). 0.59 RFO(3) 0.59 RFO(4) 0.57 RFO(2) 0.54 DKSUS -0.48 UD 0.43 Eu-152 0.57 RFO(1) 0.24 RFO(5) 0.11 Eu-154 0.76 RFO(1) 0.42 DKSUS -0.20 UD 0.17 RFO(2) 0.13 Eu-155 0.96 RFO(4) -0.48 RFO(5) -0.46 RFO(3) -0.44 RFO(2) -0.43 RFO(1) 0.19 Pu-238 1.00 RFO(1) -0.91 RFO(4) -0.87 RFO(3) -0.86 RFO(5) -0.85 RFO(2) -0.85 DKSUS 0.11 Pu-239 1.00 RFO(1) -0.91 RFO(4) 0.87 RFO(3) -0.86 RFO(5) -0.85 RFO(2) -0.85 Pu-241 0.66 DKSUS 0.60 UD -0.54 RFO(2) -0.14 RFO(1) .0.13 RFO(4) -0.13 Am-241 1.00 RFO(1) -0.91 RFO(4) -0.87 RFO(3) 0.86 RFO(5) -0.85 .RFO(2) -0.85

  • Cm-243 1.00 RFO(1) -0.91 RFO(4) -0.86 RFO(3) -0.85 RFO(5) -0.85 RFO(2) -0.84 DKSUS 0.22 UD -0.17 Parameter Definition:

DKSUS: Resuspension Rate UD: Deposition Velocity RFO(#): Time for Source Removal (source number)

Source: (1) Floor (2) West Wall (3) North Wall (4) East Wall (5) South Wall

Project: Yankee Rowe License Termination Plan Calculation No YA-CALC.OO-003-03

Subject:

RESRAD-BUILD 3.21 Sensitivity Analysis for Buiding Occupancy Attacoment 1 Page 1 ATTACHMENT 1 Supporting Documentation for Site-Specific Parameter Values

Project: Yankee Rowe License Termination Plan Calculation No YA-CALC-00-003-03 I

Subject:

RESRAD-BUILD 3.21 Sensitivity Analysis for Buiding Occupancy Attachment I Page 2 Table of Contents Page

1. Room Dimensions ................ 3
2. Source Configuration ................................................................................... 6
3. Direct Ingestion Rate .................................................................................. 7

Project: Yankee Rowe License Termination Plan Calculation No YA-CALC-O003-03 I

Subject:

RESRAD-BUILD 3.21 Sensitivity Analysis for Buiding Occupancy Attachment 1 Page 3 l

1. Room Dimension An inventory of the rooms and partial rooms that would remain on site following Phase I of the DEMCO demolition project (Ref. 1.1) was used as the starting point in determining room dimensions. Wall dimensions were determined from Site Drawings showing the building locations, building elevations and dimensions.

Ceilings are not included in the model, as partial rooms/rooms remaining at the time of license termination will either have no ceiling or will be covered with a ceiling constructed of new uncontaminated building materials.

The average wall dimension was calculated using an Excel Spreadsheet and considers all the remaining walls. A total of twenty-six walls were used to determine the scenario room length and width. The 40.5 meter long Primary Auxiliary Building (PAB) South Wall was excluded from the average wall distance calculation.

This wall, which extends the entire length of the PAB was excluded because it is unlikely it would be used as one side of a single room built in the future. This data and the calculated wall length and height are shown in Table 1.1 - Remaining Room / Wall Dimensions. The portion of the room to remain is highlighted.

The average wall dimension (meters) from Table 1.1 was used to calculate the scenario room-floor surface area (meters 2 ) as follows:

Room area = (4.44) x (4.44) = 19.71 meters2 The wall surface area in square meters was calculated as follows from the average wall length and height in meters from Table 1.1:

Wall area = (4.44)x (3.51) = 15.58 meters2 The room and wall surface areas and the wall height are used as input to the RESRAD-BUILD code to define the five source terms.

All wall dimensions were obtained from plant drawings as referenced in Table 1.2 - Remaining Structures and Drawing Reference.

Reference:

1.1 Attachment E to the "Contract for the Performance of Demolition and Disposal and Related Services, By and Between DEMCO, Inc. and Yankee Atomic Electric Company, " dated February 28, 2003.

Project: Yankee Rowe License Termination Plan Calculation No YA-CALC-00-003-03 l

Subject:

RESRAD-BUILD 3.21 Sensitivity Analysis for Buiding Occupancy Attachment 1 Page 4 _ .

Table 1.1 Remaining Room I Wall Dimensions Building Room/CubicleJWall Width Inches Meters Length Inches Meters Height Inches Meters (Ftlin) (Ft /in) I (Ftlin)

PAB TK-30 (PAB Basement) Room 12 6 150 3.81E+00 15 6 186 4.72E+00 18 6 222 5.64E+00 PAB TK-27 (PAB Basement) Room 10 2 122 3.10E+00 15 6 PAB 186 4.72E+00 18 6 222 5.64E+00 South Wall (G-Line) 133* 1596 4.05E+01 13 PAB East Wall (2-Line to Fa) 0 156 3.96E+00 17 0 204 5.18E+00 13 0 156 3.96E+00 I-X PIT Southernmost Wall 33 0 396 1.01E+01 14 8 176 4.47E+00 I-X PIT Easternmost Wall (Total Length) 31 10 382 9.70E+00 14 8 176 4.47E+00 SFP Spent Fuel Pool (Room) 16 6 198 5.03E+00 33 8 404 1.03E+01 14 8 176 4.47E+00 New Fuel Vault New Fuel Storage (South Wall) 15 0 180 4.57E+00 13 6 162 4.11E+00 Safe Shutdown Pipe Chase (Cubicle) 4 0 48 1.22E+00 4 0 48 1.22E+00 8 0 96 2.44E+00 Waste Vault Waste Transfer Pit (Cubicle) 9 0 108 2.74E+00 14 0 168 4.27E+00 9 10 118 3.00E+00 Elevator Pit Elevator Pit (Cubicle) 7 10 94 2.39E+00 9 0 108 2.74E+00 6 6 78 1.98E+00 Waste Disposal Pipe Chase Cubicle 5 0 60 1.52E+00 11 10 142 3.61E+00 10 -1 121 3.07E+00 Waste Disposal Distillate Heat ExchangerCubicle 9 0 108 2.74E+00 16 0 192 4.88E+00 7 0 84 2.13E+00 Waste Disposal Evaporator Cubicle 10 6 126 3.20E+00 16 0 192 4.88E+00 7 0 84 2.13E+00 Waste Disposal Drumming Pit Cubicle 10 4 124 3.15E+00 27 0 324 8.23E+00 7 0 84 2.13E+00 PAB PAB Back Stairwell Pit (Cubicle) 11 4 136 3.45E+00 13 0 156 3.96E+00 8 2 98 2.49E+00

' PAB South Wall excluded from average wall length calculation Total Wall Sum a 1.15E+02 Average Wall Distance, meters: 4.44E+00 Total Wall Height Sum 5.61E+01 Average Wall HeIght, meters: 3.51E+00

I Project: Yankee Rowe Ucense Termination Plan Calculation No YA-CALC-00-003-03 l

Subject:

RESRAD-BUILD 3.21 Sensitivity Analysis for Buiding Occupancy Attachment I Page 5 Table 1.2 Remaining Structures and Drawing Reference Building RoomlWall/Pit RoomWall Drawing Reference Wall Drawing Reference I Wall Height Drawing Reference

- Width Length (Note 1)

PAS Drain Collecting Tank Room (TK-30) 12' 6" PAB 9699-FC-40D 15' 6" PAB 9699-RC-40A PAS Gravity Drain Tank Room (TK-27) 1022' 8"-1004' 2"=18' 6" PAB 9699-FM-57A 10'2" PAS 9699-FC40D 15'6" PAB 9699-RC-40A 1022' 8"-1004' 2"18' 6" PAD 9699-FM-57A PAD South Wall (G-Line)

PAS 133' 0" PAB 9699-FR-16A 1035' 8"- 1022' 8' =13' 0" PAB 9699-FM-57A East Wall (2-Line to Fa) 17' 0" PAB 9699-FR-16A 1035' 8"- 1022' 8' =13' 0" PAB 9699-FM-57A I-X PIT Southernmost Wall 33' 0" I-X Pit 9699-FM-35B 1035' v"- 1021' 0" =14' 8" l-X Pit 9699-FM-35B I-X PIT Easternmost Wall F to E 25' 6" PAD 9699-FM-57A 1035' 8 - 1021' 0" =148" I-X Pit 9699-FM-35B I-X PIT Easternmost Wall E to Wall End 6'4' I-X Pit 9699-FM-35B I-X PIT Easternmost Wall (Total Length) 31' 10" SFP Spent Fuel Pool 16' 6" Fuel Pit 9699-FM-21A 33' 8" Fuel Pit 9699-FM-21A 1022' 8"- 1008' 0" =14' 8" Fuel Pit 9699-FC-45B New Fuel Vault New Fuel Storage (South Wall) _ 15' 0" PAB 9699-FM-57A 1035 0" - 1021'6" =13' 6" Fuel Pit 9699-FM-21A Safe Shutdown Pipe Chase (555) 4' O" CES Rev.1 85005-F- 4' 0" CES Rev.1 85005-F-1001 1034' 0"- 1026' 0" = 8' 0" CES Rev.1 85005-F-1001 1001 Waste Vault Waste Transfer Pump Pit 9' 0" 9699-FC-50C 14' 0" 9699-FC-50C (underground) 1020' 6"- 1010' 8" =9' 10" 9699-FC-50C Elevator Pit Elevator Pit 7' 10" PAB 9699-FC-43A 9' 0" PAB 9699-FC-43A 1022' 8'- 1016' 2" =6' 6" PAB 9699-FC-43A Waste Disposal Pipe Chase Cubicle 5 0" Waste Disp.9699-FA-17A 11' 10" Waste Disp.9699-FA-17A 1035' 8" - 1025' 7" = 10' 1" Waste Disp.9699-FA-17A Waste Disposal Distillate Heat Exchanger Cubicle 9' 0" Waste Disp.9699-FA-17A 16' 0" Waste Disp.9699-FA-17A 1035' 8"- 1028' 8" = 7' 0" Waste Disp.9699-FA-17A Waste Disposal Evaporator Cubicle 10' 6" Waste Disp.9699-FA-17A 16' 0' Waste Disp.9699-FA-17A 1035' 8"- 1028' 8" = 7' 0" Waste Disp.9699-FA-17A Waste Disposal Drumming Pit Cubicle 10' 4" Waste Disp.9699-FA-17A 27' 0" Waste Disp.9699-FA-17A 1035' 8"- 1028' 8" = 7' 0" Waste Disp.9699-FA-17A PAB Back of PAB Stairwell Pit Cubicle 11' 4" PAD 9699 RC-40B 13' O" PAB 9699 RC-40B 1035' 8"- 1027 6' = 8' 2" PAB 9699-FM-57B Note 1: Top/ceiling height elevation is from DEMCO work scope Ref. 1.1

Project: Yankee Rowe License Termination Plan Calculation No YA-CALC-00-003-03

Subject:

RESRAD-BUILD 3.21 Sensitivity Analysis for Buiding Occupancy Attachment I Page 6

2. Source Configuration NUREG/CR-6755, Section 4.1, describes three principal assumptions inherent in the Building Occupancy scenario: a fixed room area, uniform surface contamination, and the receptor location at the center of the floor at a height of 1 m. The configuration of the receptor and sources isillustrated in Figure 1.1. The RESRAD- BUILD input parameters, receptor location and center of source coordinates, are provided in Table 1.3 Figure 1.1. Configuration of Source and Receptor Locations for RESRAD-BUILD Model Table 1.3 Receptor and Center of Source Locations, meters Axis Source # Source Description Wall Length X Y Z

. 1 Floor . 2.22 2.22 0 2 West Wall 4.44 0 2.22 1.76 3 North Wall 4.44 2.22 4.44 1.76 4 East Wall 4.44 4.44 2.22 1.76 5 South Wall 4.44 2.22 0 1.76 Receptor Location 2.22 2.22 1 Wall Height 3.51

Project: Yankee Rowe License Termination Plan Calculation No YA-CALC-00-003-03

Subject:

RESRAD-BUILD 3.21 Sensitivity Analysis for Buiding Occupancy Attachment I Page 7

3. Direct Ingestion Rate The source specific input parameter, Direct Ingestion Rate, isdescribed in RESRAD-BUILD as the direct ingestion rate of the source by any receptor in the room. Each receptor will ingest the source at a rate determined by the ingestion rate and the amount of contamination in the source at that time. Direct ingestion ispossible only if the receptor and the source are in the same room and has units of 1/hr for surface area sources.

NUREG 5512, volume 3 defines the average ingestion rate of 1.1E-4 m2Ihr as representative for the average individual in an industrial setting. The Direct Ingestion Rate for use in the Building Occupancy Scenario is calculated based on the total room source area as follows:

Direct Ingestion Rate = (1.1E-04 m2/hr) / (Source Area)

= (1.1 E-04 m2/hr) (82.03 M2 ) = 1.34E-06 hr '

The direct ingestion defined in this manner used in conjunction with an indirect ingestion rate set to zero,'

adequately models the Building Occupancy Ingestion pathway.

Project: Yankee Rowe License Termination Plan Calculation No YA-CALC-00-003-03

Subject:

RESRAD-BUILD 3.21 Sensitivity Analysis for Buiding Occupancy Attachment 2, Page 1 Attachment 2 RESRAD-BUILD v3.21 Input Parameters to Sensitivity Analysis Building Occupancy

Project: Yankee Rowe Ucense Termination Plan

Subject:

RESRAD-BUILD 3.21 Sensitivity Analysis for Buiding Occupancy Calculation No YA-CALC-00-003-03 Atttachment 2, Page 2 Table 2.1 Input Parameters for Building Occupancy Sensitivity Runs Parameter (unit) Type' Priority Treatment Valuel4 Basis Distribution's Statistical Parameters Distribution 1 2 3 4 Median Exposure Duration (days) B 3 D 365.25 NUREG/CR-5512, Vol.3. 5.2.1 NR NR NR NR NR -

Indoor Fraction B 2 0.267 NUREG/CR-5512, Vol. 3, 5.2.2 NR NR NR NR NR Evaluation Time (year) P 3 D 0 t=0 corresponds maximum NR NR NR NR NR dose over the first year I Number of Rooms P 3 D 1 NUREG/CR-5512 NR NR NR NR NR Deposition Velocity (m/sec) P 2 S Loguniform NUREG/CR6755, 3.3 2.70E-06 2.70E-03 - -

Resuspension Rate (sec1 ) P 1 S Loguniform NUREG/CR-6755. 3.1 2.5E-11 1.35E-5 -

Air exchange rate for room (11 h) B 2 D 1.52 NUREG/CR-6697. Att.C, 7.4 NR NR NR NR NR

___ ___________ _____ ____ ____ _ and NUREG/CR-6755, 3.2 2

Room area (m) P 2 D 19.71 Site-specific model NR NR NR NR NR.

Room height (m) P 2 D 3.51 Site-specific model NR NR NR NR NR Time fraction 8 3 D 1 NUREG/CR-5512 NR NR NR NR NR Breathing rate (m3lday) B 2 D 33.6 NUREGICR-5512 Vol. 3 5.3 NR NR NR NR NR Indirect ingestion rate (m2lhr) B 2 D 0 NUREGICR-5512 Vol. 3 5.2.3 NR NR NR NR NR Indirect ingestion is not modeled Receptor location: x.y,z (m) B 3 D 2.22, 2.22,1 NUREG/CR-5512 NR NR NR NR NR Shielding thickness (cm) P 2 D 0 . Site-specific model- No NR NR NR NR NR Shielding assumed Shielding density (g/cc) P 1 D 0 Site-specific model -No NR NR NR NR NR shielding assumed Shielding material P 3 D None Site-specific model - No NR NR NR NR NR

___ _ _ _shielding assumed Number of sources P 3 D 5 . Site-specific model, Att. 1 NR NR NR NR NR External dose conversion factor M 3 D RESRAD-BUILD FGR 12

((mremlyr)/(dpMiM 2)) NR NR NR NR NR default Air submersion dose conversion factor M 3 D RESRAD-BUILD FGR 12

((mremlyr)/(pCVm 3)) NR NR NR NR NR default _

Inhalation dose conversion factor M 3 D RESRAD-BUILD FGR 11 (mrem/pCig) NR NR NR NR NR

_ default ____

Ingestion dose conversion factor M 3 D RESRAD-BUILD FGR 11 (mrem/pClg) NR NR NR NR NR default _ _ _ __ __

Project: Yankee Rowe License Termination Plan

Subject:

RESRAD-BUILD 3.21 Sensitivity Analysis for Buiding Occupancy Calculation No YA-CALC-00-003-03 Atttachment 2, Page 3 Table 2.1 Input Parameters for Building Occupancy Sensitivity Runs Parameter (unit) Type& Priority TreatmentC Valueld b

Basis Distribution's Statistical Parameters Distribution 1 2 3 4 Median Source 1. Floor s-'Žt # ' S '.*

Type P 3 D Area NUREGICR-5512 NR NR NR NR NR Direction P 3 D Z NUREG/CR-5512 NR NR NR NR Location of center of source: xy,z (m) NR P 3 D 2.22, 2.22, 0 Site-specific model, Att. 1 NR NR NR NR NR.

Area (m2) P 2 D 19.71 Site-specific model, Att 1 NR NR NR NR Air fraction for H-3 NR B 2 D 1 NUREGICR-6697, Att C. 8.6 NR NR NR NR NR Air fraction (for all nuclides except H- B 2 D 0.07 NUREG/CR-6697, Att. C, 8.6 NR NR NR NR NR

3) _______________ .____ _ ._________

Direct ingestion (hr-1) B 2 0 1.34E-6 NUREG/CR-5512, Vol. 3, 5.2.3 NR NR NR NR NR 1.1 E-04m 21h / 82.03 m2 Removable fraction P 1 D 0.1 NUREG-1727 Table C 7.1/ NR NR NR NR

_________________ NR NUREG/CR-6755, 3.5 Time for source removal (days) P 2 S Triangular NUREG/CR-6755. 3.6 1000 100000 10000 .

Radionuclide concentration (pCVM2) P 2 D 1 Allows for proportional DCGL NR NR NR NR NR calculation . _

Source 2. West-Wall U: .  ; - -- - -- -  ;  : _ __ ,

Type P 3 D Area NUREGICR-5512 NR NR NR NR NR Direction P 3 D X NUREG/CR-5512 NR NR NR . NR NR Location of center of source: x,y,z (m) P 3 D 0, 2.22, 1.76 Site-specific model, Att 1 NR NR NR NR NR Area (m2) P 2 D 15.58 Site-specific model, Att I NR NR NR NR NR Air fraction for H-3 B 2 D 1 NUREG/CR-6697 Att C, 8.6 NR NR NR NR Air fraction (for all nuclides except H- NR B 2 D 0.07 NUREG/CR-6697 Att C, 8.6 NR NR NR NR NR Direct ingestion (hr-1) B 2 D 1.34E-6 NUREG/CR-5512 Vol 3, 5.2.3 NR NR NR NR NR 2 2

_ _ _ _ ___ __ _ _ _ 1.1 E-04m /h / 82.03m Removable fraction P 1 D 0.1 NUREG-1727 Table C 7.1/ NR NR NR NR NR NUREG/CR-6755. 3.5 Time for source removal (days) P 2 S Triangular NUREGICR-6755, 3.6/ 1000 100000 10000

______ NUREG/CR- 6697 Radionuclide concentration (pCVM ) 2 P 2 D 1 Allows for proportional DCGL NR NR NR NR NR Source 3. North Wall - -.. - _- _ ____________________

Type Direction P 3 D Area 1 NUREG/CR-5512 NR NR NR NR NR P 3 D Y NUREG/CR-5512 NR NR

Project: Yankee Rowe License Termination Plan Calculation No YA-CALC-00-003-03

Subject:

RESRAD-BUILD 3.21 Sensitivity Analysis for Buiding Occupancy Atttachment 2, Page 4 Table 2.1 Input Parameters for Building Occupancy Sensitivity Runs Parameter (unit) Type' Priority Treatment! Valuef1 Basis Distribution's Statistical Parameters Distribution 1 l 2 3 4 Median Location of center of source: x,y,z (m) P 3 D 2.22, 4.44. 1.76 Site-specific model, Att 1 NR NR NR NR NR Area (m2) P 2 D 15.58 Site-specific model, Att 1 NR NR NR NR NR Air fraction for H-3 B 2 D 1 NUREG/CR-6697 Att C, 8.6 NR NR NR NR NR Air fraction (for all nuclides except H- B 2 0 0.07 NUREG/CR-6697 Att C, 8.6 NR NR NR NR NR 3)

Direct ingestion (hr-1) B 2 D 1.34E-6 NUREG/CR-5512 Vol 3,5.2.3 NR NR NR NR NR 1.1 E-04m 2/h / 82.03m 2 Removable fraction P 1 D 0.1 NUREG-1727 Table C 7.1 NR. NR NR NR NR NUREG/CR-6755, 3.5 Time for source removal (days) P 2 S Triangular NUREG/CR-6755 3.6/ 1000 100000 10000 NUREGICR- 6697 Radionuclide concentration (pCim 2) P 2 D 1 Allows for proportional DCGL NR NR NR NR NR calculation Source 4.EastWall- ". -: -: .. - :- , - - . ,

Type P 3 D Area NUREGICR-5512 NR NR NR NR NR Direction P 3 D X NUREG/CR-5512 NR NR NR NR NR Location of center of source: x,y,z (m) P 3 D 4.44, 2.22, 1.76 Site-specific model. Att I NR NR NR NR NR Area (m2) P 2 D 15.58 Site-specific model, Att 1 NR NR NR NR NR Air fraction for H-3 B 2 D 1 NUREG/CR-6697, Att C, 8.6 NR NR NR NR NR Air fraction (for all nuciides except H- B 2 D 0.07 NUREG/CR-6697, Att C. 8.6 NR NR NR NR NR 3)

Direct ingestion (hr-1) B 2 D 1.34E-6 NUREGiCR-5512, 5.2.3 NR NR NR NR 2 2 1.1E-04m /h/ 82.03m Removable fraction P 1 D 0.1, NUREG-1 727 Table C 7.1/ NR NR NR NR HR NUREG/CR-6755, 3.5 Time for source removal (days) P 2 S Triangular NUREGICR-6755, 3.61 1000 100000 10000 .

NUREG/CR- 6697 Radionuclide concentration (pCrM2) P 2 D 1 Ailows for proportional DCGL NR NR NR NR NR calculation

'Source 5.South Wall N--s - .' -: -:i -_______ ,  ; '-

Type P 3 D Area NUREGICR-5512 NR NR NR NR NR Direction 3 l D l Y NUREGICR-5512 NR NR NR NR NR Location of center of source: x,y,z (m) 3 l D l 2.22, 0,1.76 Site-specific model, Att1 NR NR NR NR NR

Project: Yankee Rowe License Termination Plan Calculation No YA-CALC-00-003-03 l

Subject:

RESRAD-BUILD 3.21 Sensitivity Analysis for Buiding Occupancy Atttachment 2, Page 5 Table 2.1 Input Parameters for Building Occupancy SensItivity Runs Parameter (unit) Type' Priority Treatment' Value Basis Distribution's Statistical Parameters Distribution

_. . 1 ~ ~~~~~

2 l 3 ~ ~~~~~~~~~~~~~~~~~~

4 lMedian Area (m2) P 2 D 15.58 Site-specific model, Att 1 NR NR NR NR NR Air fraction for H-3 B 2 D 1 NUREG/CR-6697 Att C, 8.6 NR . NR NR NR NR Air fraction (for all nuclides except H- B 2 D 0.07 NUREGICR-6697 Att C, 8.6 NR NR NR NR NR Direct ingestion (hr-1) B 2 D 1.34E-6 NUREG/CR-5512, 5.2.3 NR NR NR NR NR 1.1 E-04m 21h / 82.03m 2 Removable fraction P 1 D 0.1 NUREG-1727 Table C 7.1 NR NR NR NR NR NUREG/CR-6755, 3.5 Time for source removal (days) P 2 S Triangular NUREGICR-6755. 3.61 1000 100000 10000

__________________________ __________ _____________ NU R EG ICR -6697

_ I______ __I Radionuclide concentration (pC 2

) P 2 D 1 Allows for proportional DCGL NR NR NR NR NR I calculation I I NOTES a P physical, B = behavioral, M = Metabolic (NUREG/CR-6697 Att B. Table 4.3) b 1 = high priority parameter, 2 = medium priority parameter, 3 = low priority parameter (NUREGICR-6697 AU B. Table 4.3) c D deterministic, S = stochastic (Figure 1) d Statistical Parameters Loguniform 1 = minimum, 2 = maximum Triangular I = minimum, 2 = maximum, 3 = most likely NR - None Required Input Correlations: Resuspension Rate and Deposition Velocity = 0.9 Time to Source Removal = 0.9 (correlation set between sources)

Run Specifications: Random Seed = 1000 Number of Observations = 300 Number of Repetitions = 1 Dose Integrations = 5

Project: Yankee Rowe License Termination Plan Calculation No YA-CALC-00-003-03

Subject:

RESRAD-BUILD 3.21 Sensitivity Analysis for Buiding Occupancy Attlachment 3, Page 1 Attachment 3 RESRAD-BUILD v3.21 Determination of Evaluation Time Building Occupancy

l-Project: Yankee Rowe License Termination Plan Calculation No YA-CALC-00-003-03

Subject:

RESRAD-BUILD 3.21 Sensitivity Analysis for Buiding Occupancy Atttachment 3, Page 2

-4 Table 3.1 Result of Probabilistic Runs to Determine the Time Maximum Dose Occurs Average Dose for 300 total obs. (100/3)

Nuclide Evaluation Times t=O t=10 t=30 t=100 t=200 max H-3 8.09E-09 3.84E-09 8.47E-10 4.33E-12 9.1 OE-16 8.09E-09 C-14 2.69E-07 2.23E-07 1.51E-07 3.91 E-08 2.44E-08 2.69E-07 Mn-54 7.94E-06 2.36E-09 2.09E-16 4.64E-41 O.OOE+00 7.94E-06 Fe-55 6.89E-08 4.40E-09 1.76E-11 7.16E-20 2.89E-32 6.89E-08 Co-60 3.32E-05 8.65E-06 5.91 E-07 *5.43E-11 1.02E-16 3.32E-05 Ni-63 7.42E-08 5.75E-08 3.37E-08 5.29E-09 1.47E-10 7.42E-08 Sr-90 1.96E-05 1.29E-05 5.42E-06 2.71 E-07 1.99E-09 1.96E-05 Nb-94 2.21E 2.16E-05 2.07E-05 1.94E-05 1.89E-05 2.21 E-05 Tc-99 1.89E-07 1.58E-07 1.07E-07 2.85E-08 2.52E-09 1.89E-07 Ru-106 4.67E-06 4.34E-09 3.81 E-15 3.17E-36 O.OOE+0O 4.67E-06 AgI08m 2.30E-05 2.13E-05 1.84E-05 1.18E-05 6.67E-06 2.30E-05 Sb-125 5.84E-06 4.65E-07 2.98E-09 6.82E-17 9.01 E-28 5.84E-06 Cs-I 34 2.58E-05 8.37E-07 8.97E-10 4.39E-20 1.02E-34 2.58E-05 Cs-137 1.39E-05 1.OIE-05 5.40E-06 7.77E-07 6.75E-08 1.39E-05 Eu-152 1.58E-05 9.17E-06 3.11 E-06 7.63E-08 4.11 E-10 1.58E-05 Eu-154 1.70E-05 7.54E-06 1.49E-06 5.57E-09 2.06E-12 1.70E-05 Eu-155 9.97E-07 2.35E-07 1.33E-08 6.56E-13 5.33E-19 9.97E-07 Pu-238 4.35E-04 3.37E-04 1.95E-04 2.93E-05 8.18E-06 4.35E-04 Pu-239 4.83E-04 4.04E-04 2.74E-04 7.14E-05 4.36E-06 4.83E-04 Pu-241* 9.50E-06 1.02E-05 8.25E-06 2.17E-06 1.25E-07 1.02E-05 Am-241 4.96E-04 4.1OE-04 2.69E-04 6.31 E-05 3.63E-05 4.96E-04 Cm-243 3AOE-04 2.24E-04 9.36E-05 4.63E-06 4.09E-08 3.40E-04

  • Additional Pu-241 runs at T= 4,6,8,10,12 years show 1.02E-05 at T=8 and T=10 years. T=9 year midpoint used as the time maximum dose occurs.

Project: Yankee Rowe License Termination Plan Calculation No YA-CALC-00-003-03

Subject:

RESRAD-BUILD 3.21 Sensitivity Analysis for Buiding Occupancy Attachment 4, Page 1 I

Attachment 4 CD Table of Contents for RESRAD-BUILD InputlOutput Files

Project: Yankee Rowe License Termination Plan Calculation No YA-CALC-O-003-03

Subject:

RESRAD-BUILD 3.21 Sensitivity Analysis for Buiding Occupancy Attachment 4, Page 2 The enclosed CD contains the electronic image files containing the Building Occupancy Scenario DCGL and Dose Verification output pages from the RESRAD- BUILD V3.21 resbmc.rpt and resradb.rpt reports.

The files below are provided for use in verifying inputs and probabilistic output.

CD Name: YA-CALC-00-003-03 File: Deterministic Input.pdf Probabilistic InputOutput.pdf

Retrieved from "https://kanterella.com/w/index.php?title=ML033530147&oldid=2635593"