ML20003B087
| ML20003B087 | |
| Person / Time | |
|---|---|
| Site: | La Crosse File:Dairyland Power Cooperative icon.png |
| Issue date: | 01/30/1981 |
| From: | DAIRYLAND POWER COOPERATIVE |
| To: | |
| Shared Package | |
| ML20003B083 | List: |
| References | |
| TASK-02-04, TASK-03-06, TASK-2-4, TASK-3-6, TASK-RR NUDOCS 8102100335 | |
| Download: ML20003B087 (17) | |
Text
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ATTACHMENT 1 DAIRYLAND POWER COOPERATIVE LA CROSSE BOTLING WATER REACTOR (LACBWR) l SYSTEM DESIGN EMERGENCY SERVICE WATER _ SUPPLY SYSTFM (ESWSS)
JANUARY 50, 1981
.l I.
INTRODUCTION II.
PEFERTNCES III.
ATTACHMENTS IV.
EMERGFNCY SERVICE PATER SUPPLY SYSTEM DESCRIPTION
~
V.
ESWSS OFPLOYMENT SUPP.ARY o
s a.
>810 210 0 N
I.
INTRODUCTION The purpose of the Emergency Service Water Supply System (ESWSS) is to provide an alternate means of delivering Mississippi River water to critical LACBWR plant systems in the event the normal Crib House supply systems and associated underground piping are rendered useless.
Therefore, the capabilitics of the ESWSS are principally designed to restore the necassary in-plant ecoling water services in the event of a Safe Shutdown Earthquake (SSE).
The situations covered range from normal shutdown cooling needs to the worst case LOCA condition which are described in Reference 1.
In addition, the design of the ESWSS takes into consideration the objectives set forth in Reference 2 to provide alternate capability to obtain water to combat a fire.
Since it is postulated that a fire will not occur roncurrently during a LOCA event, the prhmry design of the ISYS has been sized to addrere the verst case IOCA as described in Feference 1, which is also adequate for tire protection needs.
Basically, the ESWSS consists of three portable pumps with a combined head / capacity of 346'/900 gpm, a three-way ball valve distributor, a relay hose, and two inlets into the in-plant High Pressure Service Water (HPSW) system as shown on the ESWSS illustration (Attachment lA).
Through the utilizat2on of the HPSW system, with the incorporation of a 2" piping tie to the Low Pressure Service Water (LPSW) system which supplies the tube side of the Component Cooling Water (CCW) system, the FSMSS is capable of providing adequate cooling water to the following systems as shown on Attachments 1C and ID, and as discussed in Reference 1:
. Alternate Core Spray In-Plant Fire Portection LPSW/ Tube-Side CCW Coolers (for Decay Feat Peroval)
Shutdown Condenser
. Emergency Core Spray
. Overhead Storage Tank (via Demineralized Water System)
II.
REFERENCE _S_
1)
Nuclear Energy Services Report No. 81A0039, " Design of an Emergency Service Water Supply System for LACBWR",
dated 11/25/80.
2)
Appendix R to 10CFR50, Section III, paragraph L,
" Alternate and Dedicated Shutdown Capability", dated 11/19/80.
III.
ATTACHMFNTS 1A)
ESWSS Illustration Diagram 1B)
Dairyland Power Cooperative Drawing 83-51-001, Rev. 1 1C)
Dairyland Power Cooperative Drawing LR-62, Rev. 1*
1D)
Dairyland Power Cooperative Drawing LR-55, Rev. 3*
IE)
Sargent & Lundy Piping Design Table " Class 125B" Carbon Steel, Revision dated 12-7-62 1F)
Waterous Portable Pump Model SV45-4025P3, Bulletin F-2035.
1G)
Float-Dock Suction Strainer IV.
EMERGFNCY SERVICE WATER SUPPLY SYSTEM DFSCRIPTION A.
HPSW/ESWSS Piping Since the in plant HPSW piping system is common for the distribution of the cooling water to these systems described in Section I, the ESWSS inlet has been incorpor-ated into this piping as shown on Attachment 1B.
Modifica-tions to the HPSW piping includes the addition of in-plant isolation valves 75-24-091 and 75-24-092, and a tap into the HPSW stream for ESWSS inlet.
The two isolation valves will permit isolation of the in-plant HPSW header piping in the event the buried piping exterior to the plant has been disturbed and incapable of performing its intended function post-SSE.
The ESWSS tap into the HPSW in-plant piping header consists of an isolation valve (75-24-093), a balance check valve, a valved interior plant ESWSS manifold inlet, and a valved exterior plant ESWSS ranifold inlet.
The two FSWSS inlet stations (interior and exterior) are sized such that use of only one of the inlet stations is-necessary for the recuired FSWSS flow rate.
The balance check valve provides additional protection to the HPSW system when operated under normal conditions,' and will permit operation of the ESWSS throughout its design flow ranges of 60 gpm to 900 gpm.
o
- Drawings marked up to show incorporation of ESWSS piping.
O B.
ESWSS Pumps The ESWSS includes three identical Waterous Company Model SV45-4025BB portable, air cooled, gasoline engine driven centrifugal pumps which will provide a combined flow of 900 gpm 0 346' head.
The discharge of each pump is factory fitted with a 3" check valve outlet and Storz type quick coupling.
In order to insure pump availability, one additional and identical Waterous pump is provided for back-up purposes.
Additional Waterous Pump information is provided in Attachment 1F.
C.
ESWSS Relay Piping The conduit to carry the-pump discharges to the selected ESWSS inlet located at the Turbine Building consists of 5" Hi Volume, low resistance, light weight Duraline synthetic fire hose with a burst strength of 500 psi.
Two 100' lengths fitted with factory installed Storz type connectors provides a coupled length which is sufficient for the optimum route from the 3-way pump discharge distributor to the exterior ESWSS inlet station located on the west side of the Turbine Building.
Two additional 50' lengths of identical 5" hose with Storz fittings are p ovided to allow for flexibility in pump location or to permit utilization of the in plant ESWSS inlet station which would be accessible through the overhead freight door or the southwest corner personnel door of the Turbine Building.
D.
ESWSS Pump Discharce Hoses and 3-Way Distributor The unree pump discharge hoses consist of 3" Hi Volume hose similar in construction to the relay hose described in item IV.C.
The discharge hoses are 25' long each and are fitted with factory installed 3" Storz cuick couplings.
The discharge of the three pumps is feed into a single 3-way Angus Ball Distributor which has three 3" Storz fitted ball val.e inlets and a single 5" Storz fitted outlet.
The distributor is constructed of light weight cast aluminum alloy and has three 1/4 turn inlet ball valves.
E.
Pump Suction Foses and Strainers o
The pump suction hoses consist of 4" x 20' lona corrugated, flex-ible, PVC plastic cord reinforced core hose with standard NST couplings.
The hose is rated for 30" Hg vacuum and has a smooth internal bore.
Each pump suction is fitted with a factory installed suction debris screen, but in order to provide additional l
protection against suction fouling, floating dock, self-leving type strainers are provided for each pump.
This type of strainer permits for the drafting of water from below the water surface where the water is cleanest, and also is demountable from the floatina dock for conventional
~
(non-ficating) use.
An illustration of the Float-Dock strainer is provided in Attachment 1G.
The portable equipment identified in Items IV.B through IV.E will be staged for deployment in the northwest corner of the Turbine Building on the grade floor where normal-deployment can be performed using the overhead freight door.
All of the equipment with the exception of the skid mounted pump units can be handled and set up by 1 or 2 ren.
Fach pump will require 4 men to physically carry them to a suit-able location at the river.
In order to accommodate this function, each pump skid will be fitted with suitable litter-type provisions.
V.
ESWSS DEPLOYMENT
SUMMARY
Deployment of the FSWSS requires that the personnel be trained and adequately drilled in performing the following tasks to establish an operational ESWSS within the 28-minute prescribed time limit:
Transport three of the portable pumps to a suitable river location.
Set up the suction and discharge hoses for_each pump.
Lay out the relay hose and connect the discharge to the selected inlet station.
Close the HPSW in-plant piping header isolation valves (75-24-091 and 75-24-092) and open valve.75-24-093.
Open the selected ESWSS inlet _ station valve.
. Connect the relay _ hose and three pump discharge hoses to the 3-way distributor.
Start engines and prime pumps.-
. Open distributor valves and establish desired flow by adjusting engine / pump speed. i i
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4-6-60 CARCENT Q LUNDY ENGINEERO Data:
.jh $
cmeaco Rev'.
'12-7-62
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.. ATTACHMENT 1E PIPING DESIGN TABLE "CIASS 125-B" CARBON STEELc PAGE 1 0F 2
SCllED. OR WALL THICKNESS
- a. 30" and larger..... Fusion Welded A134, with mat.
3/8 wall per A283, Gr. B
- b. 26" to 28" incl... Fusion Welded A139, Cr. B 3/8" vall
- c. 12" to 24" incl... Scamless A106, Cr. A or B Standard (3/8" vall)
- d. 2-1/2" to 10" incl. Seamless A106, Cr. A or B 40
- c. 2" and smaller..... Scamless A106, Cr. A or B 80 NOTE: Where ASTM A106 pipe is not obtainable for Sched. 40 wall thickness or less, ASTM A53 pipe may be substituted provided the specified maximum working temperature is not over 450 F.
Where ASTM A106 pipe in 1-1/2" size and s= aller is not available, ASTM A210 or AS3, Cr. B certified to ASTM A106, Cr. B requirements may be used.
No substitu-tiens shall be made without approval of the Consulting Engineers.
- 2. TYPE OF JOINTS 2-1/2" and larger.............. Butt-weld a.
b. 2" and sma 11er................. Screwed NOTE: Flanged joints shall be used only where specifically shown en the design drawings; these shall be 150 lb. or 125 lb. Am. Std.
bl
- 3. WELD JOINT DETAIL
- a. Plate pipe..................... Per design drawing details.
- b. 2-1/2" and larger schedule pipe.
....................... Pe r S & L S t d. Dr aw i ng M-13 5,
with flat ring.
- 4. FLANGES (where necessarily used)
TIPE ASA AS~nt a. 2-1/2" and lar ge r.............. Slip-on or welding 150 lb. per A181, Gr. I neck B16.5
- b. 2" and sma ller....
.... Screwed or socket-150 lb. per A181, Cr. I weld B16.5 NOTE: Slip-on flanges shall be welded front and back and refaced after welding.
Pipe shall be screwed well through screued flanges and refaced flush and true.
i
- 5. FLANCE FACING Allsizes.........................
150 lb.:
1/16" raised face with serrated finish 125 lb.:
Flat face uith smooth finish l
NOTE: Where a 150 lb. steel flange is bolted to a 125 lb. cast iron flange, the 150 lb. flange raised f ace shall be removed by machinin3 as' i
3-22 u
UACHMENT 1E
'~
,. FITTINGS PAGE 2 0F 2
~
'/
TlPE' ASA
-ASTM WEIGHT 'JR SCHED.
g
- f. f
- s. Over 24"........ Butt-weld A234, Gr. WPA or WPB 3/8" vall W
- b. 2-1/2" to 2l:"... But t-weld B16.9 A234, Gr. WPA or WPB Standard
- c. 2" and smaller (including unions)........ Screwed A105, Cr. I or II 2000 lb. WOG
- 7. CASKETS
/.11 sizes.......... 1/16". hick compressed asbestos composition
- 8. BOLTING All sizes.......... Carbon steel bolts conforming to ASA B16.5 and ASTM A307, Gr. B; or A107, Gr. 1120. Nuts shall be hexagon heavy series carben steel with dimensions conforming to ASA, B18.2.
- 9. VALVES Cate 1/2" and larger Gate - 2" and smaller Pre ssure Ra t ing....
125 lb.
150 lb.
B ody Ma t er ia l.......... Ca s t iren Brass or bronze Ends.....
Flanged Screwed Construction........... OS 6 Y Inside screw, rising stem Bennet....
Bolted Screwed Stem...
Brass or secci
- Brass Wedge....
Brass fac.d Brass or bronze Seat...
Brass renewable Brass or bronze m
9 G1che and Angle 1/2" Globe and Angle - 2" and larner and smaller Pres sure Rating........ 125 lb.
200 lb.
Body Material...
. Cast iron Bronze Ends...
Flanged Screwed l
Construction.........
OS & Y Inside screw, rising stem l
Bonnet......
Bolted Union S tem................... Brass or s t ee l
- Bronze Disc................... Brass or brass faced,
Hardened stainless steel, swivel plug swivel plug Scat..............
Brass, renewable Hardened stainicss stoc1, rencuable CSteel' stems shall be used for steam service only.
Check 1/2" and larger Check - 2" shd smaller Pre s sure Rating........ 125 lb.
200 lb.
Type...................
Swing or balanced disc, Swing or lift as specified
{
Body Ma ter ia l.......... Ca s t iron Bronze Ends................... Planged Screwed Bonnet.................
Bolted Screwed I
Trim...................
Brass or bronze Brass or bronze
{
rencuable I
NOTE: All valves shall also conform to the requirements set forth in Form 270, Standard Specification for Piping System.
A-3-23 hh
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1
{0},Mskusas HIGH PERFORMANCE
$II^'"1 MENT F
PORTABLE PUMPING UNIT
- 500 GPM @ 100 PSI
- 4 in. Suction
- 100 GPM @ 200 PSI
- 2-2% in. Discharge
- 1600cc Volkswagen " Beetle"
- Direct Drive Centrifugal engine powered Design a., _.
I s S. %d i
E Ej bi 7
a, 1768 y'
1767 d
HIGH PERFORM ANCE - No comparable pump made tiy a USA inanufacturer has greater capacity or higher pressure.
DEPEND ABILITY - Hacked by the experience of two of the most dependable names anywhere - Waterous and Volkswagen.
E ASE O F SERVICE - volkswagen's worldwide network of dealerships (1000 in the U.S. alone) makes service and parts available almost anywhere.
M ANY USES - Fire fighting, tank filling, pump-and-roli performance on a mini-pumper, and more.
Ntil1: I he use 4,r iter.etion of the unt un arn f orest oncred. breh uncred. or grass-o.scred land m the
% ate ut ('atitor to.: without a ra's arrester (as detmed a Mini n 4442 5. Pubhc Resouras Code. State of Calif ornia t alt.as he.1 to the c sh. twt mtern and mJintaML d in ctf rCMC meerk mp ofdCf Umsteluffs J uuldthm ot the prin mons ot % tion J 4 42 9 0 T*D "3 TT ww o
m
ATTACHMFf1T lf pyy 7 Q
-n AVERAGE FULL THROTTLE x
~
n ACTUAL PERFORMANCE CURVE 7a 4
(ner guu, enessunel
",x IMPERIAL US GPM x
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u GPM PUMP SPECIFICATIONS:
FI. Head PSI USGPM IGPM TYPE: Direct drive centrifugal with enclosed, hydraulically bal-231 100 500 416 anced impeller.
346
! 150 300 l 250 St'CTION: 4 in. male NST with auxiliary 2% in. NPT.
I 462 l 200 l 100 l
83 DISCll ARGE: 2-2% in. male NST with ball valves.
VOLL'TE BODY AND llEAD: liigh strength aluminum alloy, anodized for superior corrosion resistance.
I.%IPEl.l.ER: liigh strength corrosion resistant bronie, fully enclosed, double hubbed to eliminate hydraulic thrust.
Mechanically baianced to climinate sibration.
WEAR RINGS: 1.ong wearing high strength bronie. Easy to replace.
IMPEI.LER SilAFT: Stainless steel, designed for long life and maintenance free sersice.
Sil AFT SEAL: Spring loaded mechanical type. Never needs adjuament.
PRIMING: Combination muffler and eshaust primer. Fast and simple to use. Qu.irter-turn bronie priming salse.
INSTRt: MENTATION: On-off switch, push button sr:.rter, suction and discharge pressure gauges, oil pressure, temperature, and alternator lights, hour meter, hand throttle.
ENGINE SPECIFICATIONS:
Volkswagen Model 126A,4 ;ycle. 4 cylinder, horiiontally opposed, air-cooled, regular gasoline fueled.
DISPLACEMENT: 96.6 cu. in. (1584 cc)
FUEI, TANK CAPACITY: 5.8 US gallons (22 liters) liORSEPOWER: Gross IIP (SAE) 53 @ 3600 RPM LUBRICANT CAPACITY: 2.5 quarts (2 4 liters)
(39.5 kW @ 3600 RPM)
TORQUE: Gross Torque (SAE) 78.94 lbift @ 2200 APPROXIMATE DIMENSIONS AND WEIGHTS RPM (106.96 Nm @ 2200 RPM)
COMPRESSION R ATIO: 7.5:1 Length 493 in. (1250 mm)
Width 30 Win. (780 mm)
MAX. IULL I OAD SPEED: 4200 RPM Height 33 in. (840 mm)
IGNITION: 12 V system y
4 0 ms. (202.5 kg)
STANTER: 12V electric, hand crank supplied as backup.
Shipping W'_
600 lbs. (270 kg) e OPTIONS:
Standard equipment includes: skid with battery tray, hood, gas tank, bracket (required with hood and/or gas tank),
alt rnator with integral regulator and battery cables. The pump is optionally available without some or all of these items. A single 3 in. female NPT discharge with check valve is also available.
Printed in USA Specifications are subject to change without notice l.
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ATTACHMENT IG
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IDEAL IN EI'IMER SHALLOW fa Els.msnate crs.ts.cal s. ierrupts.
n ons OR Deer wrTEn when draftung watert pascus
! '.:w No. H224. Float Dock with
,.N 2%
.<"fD Mr. 3 s2
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No. H225. Mont Dock with 7,
s 4* cotrpthtg... 53'.'3.00
[
NN 3ti". SS10.00: 4 ti".
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$340.00: 5*, 5365.00.
Size: Float: tFs21 m24' e-s~-
^-[ '
d Nlb SELF. LEVELING STRAINElt Strairar: 6'sS* 18%*.
No.T134. Float. Dock with I
[j At last, a suction hom.' intake strainer for all pumping conditwns right (cou{
5 00 l;
...t]-
g, 33 down to a 5 inch depth Encineered for lifetima scruce With FLOAT.
Strai'ier e' 10 m29' 4j Mh#
DOCK u'!! wonder how you eser managed to get bv with a con-Carrving Racks:
C vention.d. old fashioned intake screen or filter.
No. T135. Small
}F
%..j 12*.25i".3*)
S35.00
-3 ]4 NO 510RE sand. grasel. or debris entering your pump and uestir.g out No. T136. Large t3ti".
.)
o-pci'ers. packing. and beennes 4".45i*.5')
.S45.00 t."
No. T137. Extra Larre.
%[,-
NO 310RE r.'m >ving ir'akr druc
..ut <.f water m clesn a cloggevi We
$75.00 stra.r-r FLOAT D' H'K kert= the antake on top w here the water i.
Ship. Wts - Float. Docks.
FLOAT-DOCK strainers cleana.t and continue to d...o dow n to the la.t 5 inches'
- h! I* U.3' 3~ 2 8 I.E 3 ', a thru 5 45 !bs ; 6 80 fit snugly in th!s '!ght-weight carrying rac's with NO STORE whirlpool or.uction loss FLOAT. DOCK is designed to Ibs. Racks: Small 5 lbe.
re 6 W Exus large rubt:er bumpero and a overcome whirlpool action which usually.results in pumpmg of air g "
lavo rubber strap to hold and consequent loss of suction.
the urut securely in place r
w c CD l
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f N'-1 C, ; h.-
- even over rough roads.
I Mou,ta either on running i
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