ML20116P038: Difference between revisions

From kanterella
Jump to navigation Jump to search
(StriderTol Bot insert)
 
(StriderTol Bot change)
 
Line 32: Line 32:
Question.
Question.
l I
l I
   . UFSAR CIIANGE NOTICE, UFSAR SECTION 10.2.3.6, INSERVICE INSPECTION This change extends the exercise test interval for the " critical" Bleeder Trip Valves (BTV) from weekly to once every 12 months (maximum). This change is in accordance with the General Electric (GE) methodology. The GE letter dated October 4,1995 states that performing " critical" BTV exercise test once every 12 months will satisfy the NRC's missile criteria. That criteria is based upon maintaining turbine missile probability below 10E-4 per turbine-year, as referenced in UFSAR section 3.5.1.3. The probability of turbine missiles will  I not be increased by the change. There are no radiological consequences associated with the      I change. There are no impacts to fission product barriers associated with the procedure change. The main turbine and BTV's are not defined as "important to safety" The BTV's            l function is to contain steam from the feedwater heaters from entering the turbine on generator  I load rejection or turbine trip. The change does not directly involve or interface with any      I equipment or system "important to safety"                                                      I Therefore, this UFSAR change does not increase the probability or consequences of an accident previously described in the UFSAR and does not involve an Unreviewed Safety Question.
   . UFSAR CIIANGE NOTICE, UFSAR SECTION 10.2.3.6, INSERVICE INSPECTION This change extends the exercise test interval for the " critical" Bleeder Trip Valves (BTV) from weekly to once every 12 months (maximum). This change is in accordance with the General Electric (GE) methodology. The GE {{letter dated|date=October 4, 1995|text=letter dated October 4,1995}} states that performing " critical" BTV exercise test once every 12 months will satisfy the NRC's missile criteria. That criteria is based upon maintaining turbine missile probability below 10E-4 per turbine-year, as referenced in UFSAR section 3.5.1.3. The probability of turbine missiles will  I not be increased by the change. There are no radiological consequences associated with the      I change. There are no impacts to fission product barriers associated with the procedure change. The main turbine and BTV's are not defined as "important to safety" The BTV's            l function is to contain steam from the feedwater heaters from entering the turbine on generator  I load rejection or turbine trip. The change does not directly involve or interface with any      I equipment or system "important to safety"                                                      I Therefore, this UFSAR change does not increase the probability or consequences of an accident previously described in the UFSAR and does not involve an Unreviewed Safety Question.


I FSAR Change Notices          Summary of Safety Evaluations (Continued)
I FSAR Change Notices          Summary of Safety Evaluations (Continued)

Latest revision as of 01:53, 23 September 2022

Summary of Changes,Tests & Experiments That Had Been Implemented During June 1996
ML20116P038
Person / Time
Site: Hope Creek PSEG icon.png
Issue date: 06/30/1996
From:
Public Service Enterprise Group
To:
Shared Package
ML20116P013 List:
References
NUDOCS 9608230112
Download: ML20116P038 (5)


Text

_ _ _ . __ _ _ . _ _ . _ _ __ - _ _ _

Desinn Channes Summary of Safety Evaluations e 4IIE-0177: PACKAGE 2, IIEAT TRACE TURE TO OFF GAS ROTAMETER AND RELOCATE ASSOCIATED TilERMOSTATS This design change relocated heat trace thermostats and extended heat trace circuit to the off gas rotameter to provide a more effective means of maintaining the required temperature and flow indication of the off gas radiation monitoring system to prevent condensation and enable the Radiation Monitoring System to function. UFSAR Figure 11.5.1, Sheet 2, will be modified to reflect the change.

The affected equipment is non-safety related. Relocating thermostats and adding a small ,

section of heat trace will not increase the probability of a leak or failure of the gaseous l radwaste system. This modification does not interface with any equipment that is important to  ;

safety. l Therd.:re, this design change does not increase the probability or consequences of an accident previously described in the 'UFSAR and does not involve an Unreviewed Safety Question.

l l

s o

l l

l 9608230112 960815 PDR ADOCK 05000354 R PDR

s UFSAlk Change Notices Summary of Safety Evaluations e UFSAR CIIANGE NOTICE, UFSAR SECTION 13.1, ORGANIZATIONAL STRUCTURE - RADIOLOGICAL SAFETY ORGANIZATIONAI REPORTING STRUCTURE This change restructures the reporting requirements for Radiological Safety, encompassing the functional areas of emergency preparedness, radiation protection, chemistry, dosimetry and radiological instruments. The changes are administrative in nature, and do not change any parameters that could cause a malfunction. The changes do not relate to the operation of equipment important to safety. They do not relate to design, material, or construction standards, and do not affect system performance. They do not change the calculated radiation dose as a consequence of any accident, do not restrict access or in.pede actions on site, and do not relate to fission product barriers.

Therefore, this UFSAR change does not increase the probability or consequences of an i accident previously described in the UFSAR and does not involve an Unreviewed Safety

)

Question.

l I

. UFSAR CIIANGE NOTICE, UFSAR SECTION 10.2.3.6, INSERVICE INSPECTION This change extends the exercise test interval for the " critical" Bleeder Trip Valves (BTV) from weekly to once every 12 months (maximum). This change is in accordance with the General Electric (GE) methodology. The GE letter dated October 4,1995 states that performing " critical" BTV exercise test once every 12 months will satisfy the NRC's missile criteria. That criteria is based upon maintaining turbine missile probability below 10E-4 per turbine-year, as referenced in UFSAR section 3.5.1.3. The probability of turbine missiles will I not be increased by the change. There are no radiological consequences associated with the I change. There are no impacts to fission product barriers associated with the procedure change. The main turbine and BTV's are not defined as "important to safety" The BTV's l function is to contain steam from the feedwater heaters from entering the turbine on generator I load rejection or turbine trip. The change does not directly involve or interface with any I equipment or system "important to safety" I Therefore, this UFSAR change does not increase the probability or consequences of an accident previously described in the UFSAR and does not involve an Unreviewed Safety Question.

I FSAR Change Notices Summary of Safety Evaluations (Continued)

  • UFSAR CIIANGE NOTICE 94-38, INCORPORATION OF 10CFR20 CIIANGES The bulk of the changes are revised descriptions of administrative and programmatic features of the Radiation Protection Program, partially as a result of changes to 10CFR20, and including evaluation of area monitors on a quarterly rather than a monthly basis. The UFSAR is updated to describe the current radiation protection organization and consolidation of administrative procedures. There is no credible failure mode associated with these changes.

The changes do not relate to design, material, or construction standards, and do not affect system performance. They do not change monitoring setpoints or operational parameters, or affect human factors or access restrictions that would be in place during an accident situation.

The changes do not change the calculated radiation dose as a consequence of any accident, do not restrict access or impede actions on site, and do not relate to fission product barriers.

They do not a'Tect requirements for the operation, maintenance, repair, or construction of equipment important to safety.

Therefore, this UFSAR changes does not increase the probability or consequences of an accident previously described in the UFSAR and does not involve an Unreviewed Safety I Question.

i l

. i hmeriency Plan Changes Summary of Safety Evaluations e EMERGENCY PLAN SECTION 9 REVISION 5, EMERGENCY OPERATIONS FACILITY GENERATOR REPLACEMENT This change replaces the existing Emergency Operations Facility (EOF) natural gas fired generator with a new, larger capacity diesel generator. This change will significantly improve backup power and Heating, Ventilation, and Air Conditioning capabilities for the common EOF and related telecommunications equipment located within the Nuclear Training Center in Salem, New Jersey. No reduction in effectiveness of the Emergency Plan is expected as a result of this change. The new generator is expected to enhance the effectiveness of the Emergency Plan due to its significantly larger load capacity and subsequent ability to handle more cnitical loads for a longer duration. An accident cannot be initiated by systems associated with the EOF; nor can the EOF increase the probability of an accident scenario. The EOF is not associated with any equipment important to safety previously evaluated in the Safety Analysis Report.

Therefore, this Emergency Plan change does not increase the probability or consequences of an accident previously described in the UFSAR and does not involve an Unreviewed Safety Question.

i

\

Deficiency Reports Summary of Safety Evaluations DEFICIENCY REPORT USE-AS-IS DISPOSITION FOR TIIE "B" EDG STARTING AIR COMPRESSOR PRESSURE SWITCII 1KJPSIII 6825C This Safety Evaluation supports the USE-AS-IS disposition for the 'B' EDG starting air compressor pressure switch, 1KJPSHL-6825C. The normal switch setting is 380 psig to turn the compressor on and 425 psig to turn the compressor off. However, during maintenance, the as found settings were 381 psig and 462 psig. The deadband of the switch is not adjustable. Therefore, the switch needs to be replaced; however, there is no switch available. The compressor is not safety related, however, the receivers that it supplies are safety related. This USE-AS-IS disposition will allow for continued operation of the 'B' EDG starting air compressor because the compressor has enough overpressure protection features to operate safely, and prevent damage to equipment or the compressor itself. There is a safety relief valve at the discharge of the compressor itself and a safety relief valve on each of the two air receivers. The fit, form, function, and operation of the 'B' EDG and its starting air system will remain unaltered.

The failure of the switch only affects the ability of the compressor to start or stop. If the switch rendered the compressor not operational, station procedures are in place to crosstie another EDG compressor to the receivers. Loss of the compressor would not result in inoperability of the EDG as long as the receivers maintained suflicient air pressure. This USE-AS-IS disposition will not affect the ability of the EDG to start.

Therefore, this USE-AS-IS disposition does not increase the probability er consequences of an accident previously described in the UFSAR and does not involve an Unreviewed Safety Question.

Temporary Modifications Summary of Safety Evaluations Procedures Summary of Safety Evaluations There were no changes in these categories implemented during June 1996.