ML19224B278
| ML19224B278 | |
| Person / Time | |
|---|---|
| Site: | Crane  |
| Issue date: | 10/31/1975 |
| From: | Metropolitan Edison Co |
| To: | Mullinix W NRC/IE |
| References | |
| TM-0292, TM-292, ZAR-751031, NUDOCS 7906140354 | |
| Download: ML19224B278 (27) | |
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'P8I DOCUMElrIS DOCUMENT NO:
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at SYSTEM DESCRIPTION (Index No. 22)
RADWASTE DISPOSAL, GAS SYSTEM (B&R Dwg. No. 2028, Rev. 17)
JERSEY CENTRAL POWER AND LIGHT COMPA!TY THREE MILE ISLAND NUCLEAR STATION UNIT NO. 2 Issue Date:
Oc tober, 1975 H.
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' Prepared by:
Burns and Roc, Inc.
700 Kinderkamack Road
- oradell, N.
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07649 196 121 o8 e
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,g kE.I TABLE OF CONTEh"TS FOR RADWASTE DISPOSAL, GAS SYSTEM Section Pace
1.0 INTRODUCTION
1 1.1 System Functions 1
1.2 Summary Description of the System 2
1.3 System Design Requirements 3
2.0 DETAILED DESCRIPTION OF SYSTEM 3
2.1 Components 3
2.2 Instruments, Controls, Alarms and 6
Protective Devices 3.0 PRINCIPAL MODES OF OPERATION 7
3.1 Startup 7'
3.2 Normal Operation 7
3.3 Shutdown 11 3.4 Special or Infrequent Operation 11 3.5 Emergency 12 4.0 HAZARDS AND PRECAUTIONS 12 9
4 196 122 9
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APPENDIX
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Table No.
Title 1
Waste Gas Decay Tanks 2
Radwaste Gas Compressors 3
Waste Gas Filter 4
Major System Valves Instrumentation and Controls 5
6 Panel-Mounted Annunciators 7
Computer Inputs e
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RADWASTE DISPOSAL, GAS SYSTEM
1.0 INTRODUCTION
l.1 System Functions The Radwaste Disposal-Gas System provides means to collect potentially radioactive gas from components and tanks in the plant, compress and deliver this gas to the Waste Gas Decay Tanks, store the gas for decay, and re-cycle or release the gas through the unit vent at a contround rate within the limits of 10CFR20.
The following systems interface with the Radwaste Disposal-Gas System (Drawing Numbers refer to Burns and Roe, Inc. Flow Diagrams):
a.
Demineralized Service Water (Dwg. No. 2007) b.
Instrument and Service Air (Dwg. No. 2012) c.
Reactor Coolant, Makeup and Purification (Dwg. No. 2024) d.
Decay Heat Removal (Dwg. No. 2026) e.
Radwaste Disposal Reactor Coolant - Liquid (Dwg. No. 2027) f.
Nuclear Services Closed Cooling Water (Dwg. No. 2030) g.
Nuclear System Sampling (Dwg. No. 2031) h.
Core Flooding (Dog. No. 2034) i.
Nitrogen for Nuclear and Radwaste Sys te m (Dwg. No. 2036) j.
Radwaste Disposal - Solid (Dwg. No. 2039) k.
Radwaste Disposal - Misc. Liqu id s (Dwg. No. 2045) 1.
Steam Generator Secondary Side Vent and Drain System (Dwg. No. 2414) m.
Radwaste Disposal, Reactor Coolant Leakage Recovery (Dwg. No. 2632) 196 124 1
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y EE.T l.2 Summarv Description of the Svstem (Refer to B&R Dwa. No. 2028, Rev.
17)
Gas enters the gaseous waste vent header from various tanks and components throughout the plant.
Some of the collection are open continuou.1y to the verst header, whereas points 9
others are only vented when it is necessary to vent gas from the tank or component.
The relief valve portion of the vent header vents di.cctly to the vent station.
Tw] Waste Gas Compressors are provided to take suction from the vent header and deliver the gas to the Waste Gas Decay Tanks.
One compressor normally pumps into the selected Waste Gas Decay Tank The second compressor in automatic
- standby, starts with an increasing vent header pressure.
The gas is normally retained in one Waste Gas Decay Tank to allow radioactive decay, while the other tank is in service.
Gas. in the vent heeder and the waste gas decay tanks, is continually sampled for hydrogen and oxygen in the gas analyzer of the Nuclear Sampling System.
In addition.
verified periodically in each Waste Gas activity levels
. e Decay Tank by sampling, and continually during a release by radiation monitors at the outlet of each tank and at the common outlet to the unit vent.
The radiation monitors, at the outlet of each tank, provide alarms and send a signal to automatically shut the respective flow control valve or. a s
high radiation condition".
'The c'ommon' outlet radiation'monit'or provides an alarm and sends a signal to rhut both tank outlet h
flow control valves on a ~high radiation condition.
Gas from the i
Waste Gas Decay Tanks may be discharged to the Reactor Coolant Bleed Hold-up Tanks in lieu of the unit vent if the activity l96 125
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level is not sufficiently low.
The Radwaste Disposal Gas System is controlled from Radwaste Panel No. 302B in the Auxiliary Building.
1.3 Svstem Desic;n Recuirements Each Waste Gas D2 cay Tank is sized to receive the radioactive gaseous release of the plant following a cold shutdown and subsequent startup, and store this gas for ninety days to allow for radioactive decay.
'The entire system (both Waste Gas Decay Tan'cs) can accomodate the gases generated from two cold shutdowns at the end of a fuel cycle, assuming 100%
evolution of radioactive gases from the reactor coolant with a 1% fuel cladding defect.
This will pressurize both Waste Gas Decay Tanks to 100 psig.
That portion of the Radwaste Disposal-Gas System from inside the Reactor Building, up to and including valve WDG-V199 is d'esigned for 700 psig.
Down-stream of valve WDG-V 199 it is designed for 150 psig.
The entire system is classified as seismic Class I and is designed, constructed, and erected in accordance with ANSI B31.7, Nuclear Piping.
Each compressor can compress 40 scfm to a pressure of 110 psig although 20 scfm is the largest expected requirement.
2.0 DETAILED DESCRIPTION OF THE SYSTEM 2.1 Components 2.1.1
' lent Header All potentially radioactive gas from tanks and components vents to the vent header or the relief valve vent header.
The pres-sure in the vent header is maintained between 2.5 and 5 psig operation of the Waste Gas Compressors.
The Reactor Building
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vent header can be isolated from the remainder of' the vent system by 4" Reactor Building Isolation Valves WDG-V2 and WDG-V 199.
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2.1.2 Waste Gas Comoressors WDG-P-1A, WDG-P-1B Two gas compressors (Table 2) are provided to take suction on the vent header and relief valve vent header and compress the gas - for storage in Waste Gas Decay Tanks.
The compressors are located in the Auxiliary Building at elevation 305 ' and are powered from McC's 2-32A and 2-42A respectively.
The compressors operate on a seal water prin-ciple.. The amount of seai water is maintained in the discharge separator by an automatic level control system and is supplied from the Demineralized Water System.
High seal water level in the discharge separator is. automatically drained to the Auxiliary Building Sump Tank.
Each compressor is also pro-vided wi'S an automatic inlet pressure control through pressure control valves WDG-V84A and B,
respectively.
Gas unloader valves WDG-V72A and B respectively prevent the compressor from starting against full discharge pressure and prevent excessive internal lobe pressure from damaging the compressor.
The compressors, supplied by Nash Engineering Co., are described fully in the manufacturer's technical manual (55.00).
The moisture separator is cooled by Nuclear Service Closed cooling water.
The compressor valves are supplied with Instrument Air.
For explanation of the logic of the compressor associated valves see Table 4.
2.1.3 Waste Gas Decav Tanks WDG-T-1A and WDG-T-1B Two 1937-cu. ft. 14,500-gallon. 304 SS. Waste Gas Decay Tanks (Table 1) are provided for the storage and decay of radioactive gas at elevation 305' in the Auxiliary Building Each tank is j
provided with instrumentation which provides in3ication of a high pressure and/or high liquid level alarm on Radwaste Panel No. 3 02.B. With high liquid level the tank drain valve opens and drains to the Auxiliary Building Sump Tank.
The Decay Tanks 196 127
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are also provided with relief valves (WDG-R2A and WDG-R2B), set m---
~These valves relieve directly to the unit vent
{~1 at 120 psig.
2 to protect the tanks against damage from overpressure.
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Waste Gas Filter WDG-F-1 The Waste Gas Filter (Table 3) is located in the 3" line leading from the Wast Gas Decay tanks to the unit vent or to the Reactor Coolant Bleed Hold-up Tanks.
The Waste Gas Filter consists of three filters:
the prefilter, absolute filter, and ch=rcoal filter, housed in a 304 S.S. pressure vessel.
The flow through the filter assemble is manually regulated to maintain a flowrate of' less than 100 scfm.
The prefilter is 90% efficient for particles larger than 1 micron, the absolute filter has a maximum efficiency of 99.97% for particles larger than 0.3 microns and the charcoal filter is capable of removing 99.9% of radioactive iodine in vapor form frcm the gas stream.
The filter assembly is replaced when radioactivity level in the filter reaches a predetermined value (approximately 3 millicuries) or when the differential pressure drop across the filters reaches the value recommended by the manufacturer (approximately 3 " H O).
2 Instrumentation is provided to measure the differentail pressure across the filter assembly and provides an alarm on Radwaste..
Panel No. 302B.
If the filter housing pressure reaches 150 lbs.,
a relief valve (WDG-R4) will relieve pressure to f ' 3 unit vent.
A drain is provided on the filter hous ing for urainage purposes.
The Waste Gas Filter is located in the Auxiliary Building at elevation 305'-0".
2.1.5 Maior System valves For a description of the major system valves, see Table 4.
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2.2 Instruments, Cohtrols, Alarms, and Protective Devices _
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2.2.1 Instrument and controls Controls and pressure instrumentation for operation of the Radwaste Compressors are located on Radwaste Panel 302B.
Pressure and level of the Waste Gas Decay Tanks is provided on the Radwaste Panel t.o give indication and alarm conditions.
Radiation monitors are provided to measure and record the activity of gas as it leaves each Waste Gas Decay Tank and again prior to being discharged Larough the unit vent.
The radiation detector at the unit vent is interlocked with the Waste Gas Decay Tank outlet valve (WDG-V30A and WDG-V30B) to shut on a high radiation signal.
See Radiation Monitoring system description (Index No. $2) for the setpoints.
See Table 5 for information on the instrumentation and controls of the system.
2.2.2 Alarms See Table 6 for panel mounted annunciators.
2.2.3 Protective Devices Under conditions of a LOCA, the Safety Features Actuation System will isolate the Reactor Building vent header from the remainder of the vent gas system by closing valves WDG-V2 and WDG-V 199.
The Reactor Building vent header is orotected from overpressurization by relief valve WDG-R3, which ~ opens to the Reactor Building atmocphere if the preu sure reaches 150 osig.
Relief valves WDG-R2A and WDG-R2B'orotect the Waste Gas Decay Tanks (WDG-T-1A, and WDG-T-13, respectively) fro:
over-pressurizing.
They reli' eve to the unit vent if the pressure,
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in the tanks reaches 120 psig.
Each comoressor (secarator section) is protected from over pressure by a relief valve (WDG-RSA and SB) set at 115 p sig,
'and discharges to the Auxiliary Building Sump Tank.
3.0 PRINCIPAL MODES OF'CPERATION 3.1 Start-uo The vent header in the Auxiliary Building is normally always in service since several tanks or components are continually vented to the vent header.
Manual venting of certain other components, such as dcmineralizers and filters,.is performed as operations, dictate.
Additionally, the Reactor Building vent header is valved into service when the reactor is shut down for maintenance ~and/or refueling.
3.2 Normal Ooeration The Waste Gas Compressors collect gas from the vent header and compress this gas for storage into one of the Waste Gas Decay Tanks.
The contents of the other Waste Gas Decay Tank decays for periods of up to ninety days, after which the gas is bled to the unit vent or the Reactor Coolant Bleed Ifoldup Tanks.
The selected coerating compressor is controlled to start at 5 psig in the mnt header and the backup compressor starts at 8 psig.
Each comcressor has a four position control switch located on Panel 3G2B, which allows selection of the operating and back-up compressors.
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The four positions of the switch are:
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Run
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'2.
Pull-to-Lock - control circuit disconnected, compressor does not run.
3.
Auto High - compressor starts at 8 psig in the vent header and stopsat 2.5 psig.
4.
Auto Low - compressor starts at5 psig in the vent header and stops at 2.5 psig.
The following components vent to the Reactor Building vent header-a.
Steam Generators (secondary side) b.
Steam Generators (primary side).
c.
Reactor Coolant Drain Tank d.
Core Flooding Tanks e.
Pressurizer f.
Control Rod Drive Mechanisms The pressurizer and steam generator primary and secondary sides each vent via a 1" pipe, through isolation valves and a sight flow indicator, to the Reactor Building vent header.
The Reactor Coolant Drain Tank and Core Flooding Tanks vent to the Reactor Building vent header.
Control Rod Drive Mechanisms vent through flexible hoses, isolation valves, and liquid detectors into the Reactor Building vent header.
An atmospheric relief valve, WDG-R3, set at 150 psig is pro-vided in the Reactor Building header to protect this section of piping.
Any liquid which may carry over to the Reactor 7,
Building vent header can be drained through 1" drain iso-T,-
lation valve s (WDG-V159 & WDG-V160) and an automatic drainer
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to the Reactor Building floor drains.
The Reactor Building vent header discharges to the main vent header through a 4" check valve WDG-VlO7.
The vent header receives the following vents:
TANK / COMPONENT IS OIMION VA LVE (IF ANY)
Neutralizer Tank Filter Vents Reclaimed Boric Acid Tank Vent WDG-Vil7 Conc. Waste Tank Vent WDG-Vil4 Reactor Coolant Bleed Holdup Tank Vents WDG-Vil6A, B, C Auxiliary Building Sump Tank Filter Vents Auxiliary Building Sump Tank Vent WDG-V16 Reactor Coolant Evaporator Vent Clean-up Demineralizer and Filter Vents Spent Resin Storage Tank Vents WDG-V17A, B Reactor Building Sump Pump Filter Vents.
Misc. Waste Tank Vent Deborating Demineralizer Vents Seal Return Cooler Vents Make-up and Purification Demineralizer Vents Make-up Tank Vent Make-up Filter Vents yiMs #&nN;3up4f,ica p,, igg,qpnera14g,cp. p,i,.{t,er.ffntp.
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W Tj:eMent* header discharges through 2" check valve WDG-V58; passes a
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3/4 drain, a 1" branch.(the Waste Gas Compressor Bypass Inlet Control),
b, four instrumentation connections, and a 2" branch (Compressor and Decay Tank bypass).
The gas goes through a 2" pressure control valve, WDG-
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V59l and two a_ssociated isolation valves.
The gas then passes a
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branch to the secondary sampling system, and two compressor isolation valve A1 inch connection is provided on the outlet piping of each compressor as a discharge cross-connect through 1 " cross-connect valve WDG-V17 2.
This allows either compressor to discharge to either Waste Gas Decay mank.
The compressors discharge through a 1" isolation valve, a check valve WDG-V87A (B), past a 1 " branch for a discharge cross-connect, past a 1 " branch for a discharge cross-connect, through 1 " Waste Gas Decay Tank inlet valves WDG-V26A (B) and WDG-V55A (B) into either Waste Gas Decay Tank.
Flow out of the Waste Gas Decay Tank (s) is through 2" outleu valves WDG-V54A (B) and WEG-V30A (B).
Discharge Flow is controlled by manual throttle valve WDG-VlS8 A (B) with a handwheel outside the tank cubicle.
The valve is positioned so that the dis-chargerate is less than 1C0 scfm.
The gas is then normally discharged by radiation detector WDG-RE-1485 (1486) thiaugh filter WDG-F-1, through two flow crfices, by another radiation detector (WDG-RE-1480),
through isolation valves and a check valve, to the station vent.
If
- required, instead of discharging to the station vent, gas may be directed to the Reactor Coolant Bleed Holdup Tanks.
The following tanks / components relieve to the relief valve header:
Reclaimed Boric Acid Tank Reactor Coolant Bleed Holdup _ Tanks
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,r... _... ,i 'rt'**JELEr0 ' ' _.1' ? OSpacf*- =' w-Reactor Coolant Evaporator Misc. Waste Holdup Tank Makeup Tank ' Aux. Bldg. Sump Tank Concentra~ted Waste Tank The relief valve vent header components are vented to the atmosphere through the station vent. As with other headers, the relief valve vent header may be drained through 1" drain valves. A 1" branch is provided on the Compressor and Gas Decay Tank By-Pass Line downstream of the radiation detectors, through 1" valve WDG-V170 and pressure control valve WDG-V171, and goes to the compressor suction piping upstream of pressure control valve WDG-V59. This allows the gas content of one Waste Gas. Decay Tank to be pumped into the other tank if this is required. 3.3 Shutdown The Radwaste Gas System is not normally shut down with the exception of the Reactor Building Header. If, however, it becomes necessary to shut down the remainder of the system, then the compressors are turned off and the headers purged with nitrogen from the Nitrogen for Nuclear and Radwaste System. 3.4 Snecial or Infrecuent Operation Should it become necessary to transfer waste gas from one .-k"P r A6.Marhk.$iYfinotNerm(I;et. ;j'.fdia.'iodi'ntenend;e:fon',.a 'tanisfgp iyalve);,.; tank;:..7;.. - pressures are equalized and then one compressor is lined up to take a suction from the tank to be emptied and. discharges into the other tat In addition to using the 2" compressor and decay tank bypass line to bleed a decay tank back to the compressor suction, 196 134 7 . 'e-a. ~... - v
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.l + ee-- ..,y.. y-g,~..N this same line can also be used to release gas directly from the vent header to upstream of the Waste Gas Filter. This operation is only performed if there is a large volume of ~- gas which is at or below allowable discharge limits. ~ 3.5 Emercency In an emergency, the radwaste gas system functions as in norm,1 operation. 4.0 HAZARDS AND PRECAUTIONS Hydrogen concentration must be maintained at less than 3% concentration in the waste gas Leaders and the Waste Gas Decay Tanks. If the hydrogen concentration exceeds 35 nitrogen is bled into the waste gas headers or the Waste Gas Decay Tank (s) to dilute the gas to less than 3% hydrogen. The greatest hazard of this system is the release of radio-activity to the environment. To preclude the release of radioactive gases to the atmosphere, observe the following precautions: a. Analyze all gases for radioactivity before release. b. Manually control'all releases. c. Monitor redundant radiation detectors located in the discharge line. If entry is required to an area which ~ contains WDG1 Gas. bot;h, the radiological and nitrogen (lack of oxygen).hasards should be considered. 5q;.. v.. e .Q~.:V.*d....... * > '
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s-c.uk1 --L.;.;. 5 h '- ~ -2' .n. ~ '.g TABLE 1 ~ WASTE GAS DECAY TANKS ~ Identification WDG-T-1A, WDG-T-1B Manufacturer Nooter Corporation Capacity, Gallons-cubic feet 14,500 .1937 Installation Vertical Outside diameter; Shell length 14'-1"; 15'-0" Shell Material 304 S.S. Shell Thickness, in. 1 Design Temperature, F 200 Design pressure, psig 138 Corrosion Allowance, in. None Design Code 1968 ASME Sect. III Cla ss C Code Stamp Required Yes Classification Level Code N-3 Quality Control 3 Seismic I Cleanliness D M 196 \\b6 4 4.. w -m e,a, e o ~
,- _ ;c.. of,_ s -_2.g d =-4g _.J_ ' = EY, TABLE 2 RADWASTE GAS COMPRESSORS Identification WDG-P-1A, WDG-P-1B Manufacturer Nash Model No. AL-623C Capacity, SCFM 40 Discharge Pressure, psig 110 Design Temperature,'F 200 Design Pressure, psig 150 Design Code 1968 ASME VIII, Appendix VIII Design Stamp Required No Classification Code N-3 Quality control 3 Seismic I Cleanliness D e a 196 137 - n. .,(. < '- ' ~ . ~ .t
y,4-a 7 ~ E, Q g[A-7 *..,, u :: -, _ .s._ WW._, _ _ g' TABLE 3 $5,7... WASTE GAS FILTER Identification ~ WDG-F-1 Manufacturer Mine Safety Appliances Capacity, SCFM 100 Outside Diameter, Shell length, 21 1/2, 42 9/16 in Shell Materiil Type 304 Stainless Steel Shell Thickness, in. 1/4 Design Pressure, psig 150 Design Temperature, F 200 3 Part Filter Element Medium Prefilter (Particulate) Glass-Asbestos Absolute (Particulate) Glass-Asbestos Charcoal (Iodine) Activated Cocoanut Shell Charcoal Pressure Drop (Max. ), "H O 2 Particulate Filters 2.0 Charcoal Filter 1.0 Design Code ASME III Class C Code Stamp Required Yes Classification Code N-3 Quality control 3 Sei.mni c I Cleanliness D mN O / a -1<- )}h \\Y e
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i ! Transmitter, .l e-4 i., l 1 i '1 g IT-i 8 I 10-50 made: r-0-20* R 0 n/h WDG Panel 3025 l 1 M1111aanneter WDG-DPI-1482 Differential Indicates the pressure drop acrons 3 g I Pressure waste gae fittat WDG-r-1 hi l ! vertical l l L. I Indicator t 't i - -. s. t.. . I.- 6 j i ) l 10" R0 (.0-30"uO j WDG-DPl$-1483 Differential sends an alarm signal to WDG-DrkH-1483. Back 461 te11cwe Mfm 6 Pressure Switch on a high differential pressure acrose 6 j' e l-W DG-r-1 i - l . i I. 1. .j.. Y'DGJR-11.8!+-l' T1ow rate In11 cates flow rate front system i WLc Panel 302a Miniature 10-50 mado 0-100 SCD( m/n g N/A ' - "' ' s WIP3 Panel 3023 i Solid State, 10-50 made g gteafd1,P'y W ;G-rn-1484-1 $ riov integrater., Integerate Flow algnal from i Wtn-IT-3923 L e i { WDG-THI-1484-1, riow Meter Indicates total integral flow fran syntes WIC Penel 302a l 5 Digit esset 10.-50 made 6 d181t scr w/n '. -, _. p g l Counter i ~i (integrating) e indicatof g - 't I j I k' g * "j ~ t WDG-PP-1487 Preasure Transmitter Tranaelte the pressure frcra WDG-T-1A Rack 462 Cage 0-150 peig 10-50 malc w/n h to WDG-PI-1487 s 8 [~ a j WDG-PI-1487 Pressure Indicator Indicates the pressure in Waste Gao WDG Panel 3023 milliamsieter 10-50 malt' 6-150 peig w/A l Decay Tank WDG-T-1A. See lh. 9 a e Vertical Diaphragm 10-275 peig n/n l 115 pel Pressure switch senda an alars signal to WDG-Pals-1488 Rack 462 WDG-PS-1488 on high pressure in WDG-T-1A gl } b WDG-to-1489 ~ 14 eel Gage local indication of liquid level in g l l Tant l l Tubular
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