ML20039H185

Public Version of Revision 1 to Emergency Plan Implementation Procedure EPIP 200-6, Corrective Actions Following Oil Spill

ML20039H185
Person / Time
Site:	Dresden
Issue date:	12/07/1981
From:	COMMONWEALTH EDISON CO.
To:
Shared Package
ML20039H179	List: ML20039H178 ML20039H182 ML20039H185
References
81-722, EPIP-200-6, NUDOCS 8201190695
Download: ML20039H185 (23)

Text

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DAP 9-2 DRESDEN STATION PRCCEDURE ROUTING Revision Il PROCEDURES COORDINATOR NOTIFIED QATE p

Index Number

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Revision No.

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Req'd. Compl. Date f- / - T /

Record Retention Requirements:

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Is a Surveillance affected? //6 Action Item No.

(Submit DAP 11-2 pgs. S or 6) k 2.

.Is a Station Record jType being Modification No.

established?

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Draft Review:

a.

If "yes", specify record Deletion?

/UO retention requirements.

Posted Procedure?

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Posted Location?

/t/ o 6.5, ANSI N45.2.9 App. A Typing Required?

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Index Change Requirevl t/ A b.

If "yes", obtain record type

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number -- (see R3 Coordinator) 1.

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DEC07 '81 fr'// 460-(o g

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I hereby acknowledge receipt of the above.

Signed Date (Sign and return this fom to the Procedures Manager.)

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4 0;P 9-2 Revision 11 i

PROCEDURE HISTORY Procedure [ l~

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Description of Procedure Revision or of New Procedure

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Supportive References Ab.,a, i

Form 9-23 APPROVED DE07 '81 5 # z*

D.O.S.R.

8 CAP 9-2 P.evisicn 11 SAFETY iD.'AT.L%TICri (10 CFA $0.53)

' Coes this precscure/ revision ccnsci:uce a cnang: :c l oracedures as described in Safety Analysis :.acce:1 _

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I is a change in tMe Tecnnical Seecificatien involved?

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is the pecbabliity of an occurrence, t.e consequence of an acci-dent, or nalfuncticn of safe:y reia:nd equip:r.ent,- as previously i.

evaluated in ' e Final Tafety Analysis Reperc, increased?

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Ali Answers nc APPROVED aequese an.sceive s ci ar Regulatory Ccc=:isseon 7eg authori:stien for change.

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EPIP 200 - Emergency Conditions 200-T1 Classification of GSE? Conditions (Primary Responsibility - Station uf rector) aav. 2 - 9/81'

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200-T2 Table of I-131. Equivalents For The Principal Rev. 0 7/80 Iodine Isotopes On A Reactor Core 200-1.

Declaration of GSEP Condition For Gaseous and Liquid Effluent Releases (Primary Responsibility - Operations Director)

Rev. 0 7/80 200-2 Classification of an Incident Involving Hazardous Material (Primary Responsibility -

Station Director)

Rev. 0 7/80 200-3 Criticality Accident in a Special Nuclear Material Area (Primary Responsibility -

i Rev. 0 7/80 Operations Director) 200-4 Fire Fighting (Primary Responsibility - Operations Director)

Rev 1 9/80-l l

200-5 Security Threat (Primary Responsibility - Operations Director)

Rev. 0 7/80 200-6

. Corrective Actions Following An Oil Spill I

(Primary Responsibility - Operations Director)

Rev.1 1 2 /81 l

200-7 Operation During Tornado or Sustained Wind.

Conditions (Primary Responsibility - Operations 7/80 1

Rev. 0 J

Director) l 200-8 Operation During Earthquake Conditions (Primary Responsibility - Operations Director)

Rev. 0 7/80 2

j 200-9 Dresden Das Failure Rev. 0 7/80 _

(Primary Responsibility - Operations Direcy+or)_.

i l

200-10 Probable Maximum Flood of Unit 1 (Primary Responsibility - Operations Director)

Hey o 7/80 200-11 Probable Maximum Flood of Unit 2 and 3 (Primary Responsibility - Operations Director) aav. 0 8/60 200-12 Area High Radiacion (Primary Responsibility - Operations Director) - Rev. 0 7/80 4

200-13 High Airborne Activity (Primary Responsibility - Operations Director)

Rev. 0 7/80 i

DEC071981 g

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EPIP 1

200 - Emergency Conditions (cont'd) 200-14 High Radioactive Surface Contamination (Primary Responsibility - Operations Director)

Rev. 0 7/80 Emergency Procedure for Obstruction Lights

- 200-15 (Primary Responsibility - Operaticns Director)

Rev. o 9/80 200-16 UNUSE N130lEC....

200-17 CNUSED NUMBER 200-18 UNUSED NUMBER 200-19 Unit 1 Control Room Evacuation (Primary Responsibility - Operations Director)

Rev. O 9/80 200-20 Control Room Evacuation / Safe Shutdown Procedure (Primcry Responsibility - Operations Of rector)

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EPIP 200-6 Revision 1 CORRECTIVE ACTIONS FOLLOWING AN OIL SPILL December 1981 (Primary Responsibility-Operations Director)

SCOPE Procedure delineates actions and notifications necessary to contain and control an oil spill.

POLICY AND~ METHODS 1.

Locate the origin of the spill and isolate it.

2.

Initiate a plan to contain the spill before it can enter a navigable water-way, if possible. Therefore, any spillage entering the cooling lake, intake or discharge canals shall be reported.

NOTE There are pemanently installed floating oil booms on the Unit #1 discharge canal, the Unit #2/3 discharge to the river, and the Unit #2/3 return from the lake which are designed to prevent oil from reaching navigable waters via the cooling canals.

NOTE A "hamful quantity" of oil is any discharge which violates applicable water quality standards, or causes a film or sheen upon or discoloration of the surface of the water or adjoining shorelines or causes a sludge or emulsion to be deposited beneath the surface of the water or upon adjoining shorelines (18 CFR 610,3). Since minor quantities of oil can fit this description, the U.S. Ccast Guard should still be notified if the Station Director cannot be contacted.

Failure to do so can result in a fine of $10,000.

3.

If a "hamful quantity" of oil has reached navigable waters, notify the Station Director and request that he notify:

APPROVED E07'81 f a Q.0.S.R.

EPIP 200-6 Revision 1 a.

Duty Officer National Response Center U.S. Coast Guard 400 Seventh Street Washington, D.C. 20590 Toll free telephone number: 800-424-8802 (Seenotebelow)

NOTE If the Duty Officer above cannot be notified, infonn the following two offices of the spill.

(1) U.S Coast Guard 9th District Office i

1240 East 9th Street Cleveland, Ohio 44199 219-522-3983 (2)

U.S. Environmental Protection Agency Region V Office 230 S. Dearborn Street Chicago, Illinois 60604 312-896-7591 i

b.

Director of Water Quality Environmental Affairs ~ = -

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Extension 4433 c.

Division Manager Nuclear Stations Production Department G.O.

Extension 3366 d.

GSEP Organization as appropriate.

4.

Initiate clean-up operations.

Replace all oil saturated stones and/or earth with a.

clean absorbing material.

I b.

Check oil level in the underground Oil Separator Tank and remove oil as necessary.

If assistance is required, refer to Attachment 8 for c.

a list of contractors who will respond to an oil spill.

REFERENCES 1.

Spill Prevention Control and Countermeasure Plan (SPCC).

2.

Attachment A (extracted from SPCC).

2 of 18 E07 '81 D.O.S.R.

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EPIP 200-6 Revision 1 ATTACINENT A STORAGE FACILITIES EXEMPT FRCM'SPCC' PLAN Tank Storage and Capacity Tank Location Reason' for Exemption 1.

Unit #1 " Bunker In boiler room north of turbine Less than 660 gal.

C" Fuel Oil building.

Start-Up Tank T-134 (100 gal.)

2.

Unit #1 Diesel-In turbine building west of Less than 660 gal.

Generator Fuel make-up demineralizers.

Oil Tank T-135 (275 gal.)

3.

Unit #1 Diesel In crib house northwest of Less than 660 gal.

Fire Pump Fuel the diesel motor.

Oil Tank T-137 (75 gal.)

4.

Unit #1480 Volt In turbine building north of Less than 660 gal.

Trans. TR-14, make-up demineralizers.

15, 16, 17 (360 gal. ea.)

5.

138 KV Potential ~

138 KY switchyard north of Less than 660 gal.

Trans.(sixat turbine building.

86 gal,ea.)

6.

Spray Modual Northeast and south of main Less than 660 gal.

Trans. TR-51, plant between the U-#2/3 52, 53 intake and discharge canals to the cooling lake.

7.

Unit #2, 3, Outside of turbine building and Underground tank 2/3 Diesel Oil underground (south).

under 42,000 gal.

Storage Tank (three at 15,000 gal, ea.)

8.

Unit #2/3 " Bunker In boiler room north of turbine Less than 660 gal.

C" Fuel Oil building.

Start-Up Tank 2/3-5206 9.

Unit #2/3 Diesel In crib house north of turbine Less than 660 gal.

Fire Pump Fuel building.

Oil Tank 2/3-5206 (75 gal.)

10. Station Fuel South of storeroom.

Underground tank Supply Tank (550 APPROVED ""d'r 42-9"i -

gal.)

DEC07 '81 3 of 18 D.O.S.R.

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EPIP 200-6 Revision 1 ATTACHMENT A STORAGE FACILITIES' EXEMPT FROM' SPCC' PLAN (cont'd.)

Tank Storage Reason for Exemption and Capacity Tank Location

11. Unit #1 HPCI East of Unit #1 HPCI Underground tank Diesel Fuel Oil

Building, under 42,000 gal.

Storage Tank T-6103

12. Security Diesel Security Diesel Building Underground tank under 42,000 gal.

Fuel Oil Storage Tank (500 gal.)

13. Security Diesel Security Diesel Ruilding less than 660 gal.

Fuel Oil Day j

Tank (100 gal.)

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.q EPIP 200-6 Revision 1 STORAGE FACILITIES'WHICH'REOUIRE'SPCC' PLAN i

Item Drawing Approx. Tank Station Number Number Tank Description Capacity (gais;)

I;D; No; 1A B-6 Unit #1011 Storage Tank 30,000 T-ll5 (Bunker "C")

18 B-6 Unit #2/3 011 Storage Tank 150,000 5209 ~

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(Bunker "C")

2A B-6 Unit #1011 Storage Tank 4,000

'T-136 (Diesel) 3A M-41 Unit #2 011 Storage Day Tank 750 2-5202~

(Diesel) 3B M-41 Unit #3 011 Storage Day Tank 750 -

3-5202-(Diesel) 3C M-41 Unit #2/3 011 Storage Day Tank 750 2/3-5202 (Diesel) 4A 142E702 Unit #1011 Storage Tank 8,600 T-lli (Dirty Lube 011) 4B 142F702 Unit #1011 Storage Tank 8,600

'. T-110 (CleanLube011) 4C M-41 Unit #2/3 011 Storage Tank 14,000 4102 (Dirty Lube Oil) 40 M-41 Unit #2/3 011 Storage Tank 14,000 4101

- c (Clean Lube 011) 5A M-41 Unit #1 Turbine Oil Reservoir Tank 7,775' T-19 s 5B M-41 Unit #2 Turbine Oil Reservof r Tank 12,625 2-5613

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SC M-41 Unit #3 Turbine Oil Reservoir Tank 12,625 3-5613 a

6A B-6 Unit #1 Main power Transfonner 1 10,813 TR-1 6B B-6 Unit #1 Auxiliary Transfonner 2,850 TR-11./

6C B-6 Unit #1 Auxiliary Transformer 2,850 TR-12 7A B-6 Unit #1 34.4 KV-4.16KV Aux. Trans.

919 TR-13 i

8A B-6 138KV-34.4KV Aux. Transfonner 10,813-TR-10 s

88 B-6 138KV 011 Circuit Breaker 2,550 Line 0904 8C B-6 138KV 011 Circuit Breaker 2,550

- Line'~ 1205, 80 B-6 138KV Oil Circuit Breaker 2,550 Su's Sec 1-2 8E B-6 138KV 011 Circuit Breaker 2,550 Line 1210 8F B-6 138KV 011 Circuit Breaker 2,550 Gen. i 8G B-6 138KV Oil Circuit Breaker 2,550 Bus Sec 2-3 8H B-6 138KV 011 Circuit Breaker 2,550 Line 0903 81 B-6 138KV 011 Circuit Breaker 2,550

- Line T206 8J B-6 138KV 011 Circuit Breaker 2,650 Linc.1207

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8K B-6 34.4KV Oil Circuit Breaker 400 N TR-10 8L B-6 34.4KV 011 Circuit Breaker

-400 Line 0953 SM B-6 34.4KV 011 Circuit Breaker 400 line 1263 8N B-6 34.4KV Oil Circuit Breaker 400 Line 1284 80 B-6 138KV 011 Circuit Breaker Exchange Tank 850 A..) ROVED 8e B-6 138Kv Oil Circuit Breaker 2,715 ra-81 DEC07 '81 5 of 18

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Approx. Tank Station ftem Orawing n' m

Ta nk' Description.

Capacity (gals;)

I;D;'No;

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~aw 9A B-6 ljrilt #2 Main Transfumer 31,500 TR-2 9B B-6

,;'Jnit #3 Main Trensforater 21,000 TR-3 9C B-6 Unit #2 Aux. Transfomer 4,931 TR-21 SD B-6 Unit #3 Aux. Transfomer 4,931 TR-31 9E B-6

~-Unit #2 Reserve ALx. Transfomer 6,670 TR-22 9F B 3 ' jJnit #3, Reserve Aux. 'Transfomer 13,780 TR-32 1

s B-6 1,011 Circuit Breaker 10,395 OCB 11-14 10A

,u, M OD B-5

,,,J 011 Circuit Breaker 10,395 OCS 14-7 100 B-6's '. 345KV 011 Circuit Breaker 10,395 0CB 2-7

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- B-6 Y'345KV 011 Circuit Breaker 10,395 0CB 10-11 g'

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& 6 ' 345KV 011 Circuit Breaker 10,395 OCB 9-10 10,395 0C8 8-9 10F B-6 345KV A11. Cirpit Breaker B-6 s - 234KV 011 Cirwi+. Breaker 10.395 0CB 4-8 N

10G 10H B-6 ' > o 345KV 011 Circuit Breaker 10,395 OCB 3-4 10I

'"' B-6' S 1

345K).011 Circuit Breaker 10,395 0CB 2-3 345K/,138tv AW. Transfomer 8,300 OCB TR-81 10J '

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llA S-54

, l.ift Stat 1oniTransfomer 3,81 5 TR-41 llB S-5),

- Spee'Transfomer 4.421 N/A 1

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12A, M-4A Unit #1.HPCI Diesel Oil Day Tank l~,000 T-6102A 12,B M-4A Unit #1JPCC Diesel Oil Day Tank 1,000 T-6102B

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EPlP 200-6 Revision 1 TANK DESCRIPTIONS 1A-B' Bunker'"C" Fuel Oil Storage Tanks No. of Tanks: Two (2)

Use of Tanks: Store Bunker "C" Residual Fuel Oil Location: Unit il - Northeast of turbine building Unit #2/3 - Northwest of turbine building Plan: Both tanks are equipped with local level indicators.

Each tank is surrounded by a single impemeable bem which is dusigned to contain the total capacity of the respective tank. In addition, drainage piping is available to control the loss of any liquid contained by the bem. In both cases, a manual shut-off valve at the bem is utilized. These valves are locked and maintained in the closed position.

In the event of a spill, the Unit #1 storage tank bem will contain the oil until it can be properly disposed of. The drainage system is only utilized to remove surface water.

Unit #2/3 storage tank bem can be drained through the drainage system if oil is present. The drainage system contents are directed to the Unit #2/3 011_ Separator-Tank.

2A Diesel Oil Storage Tank No. of Tanks: One (1)

Use of Tanks: Storage of #2 Diesel Fuel Oil Location: Northeast of turbine building near fuel oil transfer house Plan: A 6 inch high' bem measuring 28' x 14' is installed around the tank. Ariy minor oil spill can be contained and absorbed by the surrounding stone within the bem. Any major spillage will flow through a drain into an existing bem surrounding the adjacent Fuel Oil Tank (T-ll2). The tank itself is equipped with a level indicator.

APPROVED E 07'81 7 of 18_

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EPIP 200-6 Revision 1 3A-C' Diesel Oil Storage Day' Tanks No. of Tanks: Three(3)

Use of Tanks: Store #2 Fuel Oil Location: Unit #2 - 517'-6" elevation near Unit #2 Diesel Generator (turbine building)

Unit #2 - 517'-6" elevation near Unit #3 Diesel Generator (turbine building)

Unit #2/3 - 504'-6" elevation near Unit #2/3 Diesel Generator (south of reactor building)

Plan: The tanks were manufactured by the Alpha Tank and Metals Mfg.

Co. The floor drains available direct any oil spillage to the Unit #2/3 011 Separator Tank.

All three tanks are identical and are equipped with sight glass level indicators and High Low Level Alam Switches. The alams are annunciated in the Control Room.

l 4A-D Turbine Oil Storage Rooms No. of Tanks: Four (4)

Use of Tanks: Storage of Turbine Oil for Turbine Oil Systems Location: Unit #1 tanks are northeast of the turbine building near.

the off-gas stack. Unit #2/3 tanks.are in the turbine building on the 517' elevation south of the EHC units.

Plan:

The Unit #1 turbine oil storage room contains two tanks.

The room dimensions are approximately 22.5' x 28.5' with a 1.5' curb.

In addition, a 2' x 3' drain sump l' deep exists to carry any spilled oil to the Unit #1011 Separator Tank.

Each tank is equipped with a High Level alann which is located in the Control Room and a local level indicator.

The Unit #2/3 tank room contains two tanks which are common to both units. The room, approximately 30' x 36' with a 3' curb, is of sufficient volume to retain the contents of the largest single tank. Two floor drains are available to handle any spillage which might occur. The drains go directly to the Unit #2/3 011 Separator Tank.

APPROVED 8 of 18 D.O.SR.

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EPIP 200-6 Revision 1 S A-C Unit' Turbine 011 Reservoirs No. of Tanks: Three (3) (one per unit)

Use of Tanks: Turbine Oil Reservoirs for the Lubricating Oil Systems Location: Unit #1 - Northeast of the turbine building adjacent to the turbine oil roan.

Unit #2/3 - Above the EHC units on the 534' elevation.

Plan: Unit #1 tank is elevated approximately 6' above the ground elevation and is enclosed in a room with a 1.5' concrete curb.

In the event of an oil spill, the oil will flow into the floor drain which goes to the Unit #1011 Separator Tank.

The reservoir is equipped with a High and Low level alarm and a transmitted level indication in the Control Room.

The Unit #2/3 reservoirs are surrcunded by a sump capable of containing the total capacity of the respective tank. The sump drain extends to Unit #2/3 011 Separator Tank. These tanks are equipped with a High/ Low and High/High Level alann and a transmit-ted level indicator.

6A-C' Unit' #1 Unit Transformers-No. of Transfonners: Three(3)

Capacity and Use: Main Power Transformer 1 10,813 gal.

Aux. Trans. #11 2,850 gal.

Aux. Trans. #12 2,850 gal.

Location: Along the north wall of the turbine building.

Plan: The transformers each have an individual oil drain basin which is capable of containing the capacity of the transformer.

Basin #1 1525 cu. ft. = 11.400 gal.

Basin #11 640 cu. f t. = 4,800 gal.

Basin #12 750 cu. ft. = 5,500 gal.

From the oil basins the oil is directed to the Unit #1011 Separator Tank.

Oil separator - 2830 cu. ft. = 21,170 gal.

i APPROVED 9 of 18 D.O.SA

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EPIP 200-6 Revision 1 Each transfomer is equipped with a low 011 Level alam which is located in the Control Room.

I In addition, a six inch layer of gravel surrounds the transfomer l

basins in the event some of the oil would escape the basin.

7A Unit' 91' Auxiliary Transfomer'#13 No. of Transfomers: One(1) l Capacity: 919 gal.

Location: South of the service building adjacent to the parking lot.

Plan: This transfomer is located outside the fenced station property boundary but is protected by its own fence. In the event' of a spill, oil would fall to the ground which is covered with oil absorbent stone.

The stone is installed as a fire protection device. The stone will rapidly disperse the oil into the ground. This will prevent the mixing of the air and oil and the possibility of combustion.

This stone will contain the oil to the immediate area. The oil filled absorbent stone, along with any oil saturated topsoil, will be removed and replaced with new stone as soon as possible.

Alams indicating Low Level or general trouble are located in the Control Room.

8A-8P'138 KV' Switchyard No. of Tanks and Capacities: 011 Circuit Breakers 1 (3 tanks, 905 gal. each) 011 Circuit Breakers 4 (4 tanks, 400 gal, each) 011 Circuit Breakers 9 (27 tanks, 850 gal. each)

Oil Circuit Breakers Transfer Tank (1 tank, 850 pl.)

Transfomer #10 (10,813 gal.)

Use of T:.nks: This transfomer and oil circuit breakers contain oil for the purpose of cooling.

Location: Switchyard - ! brth of the Station Plan: In the event of a spill from the transfomer or oil circuit breakers in this switchyard, oil would fall to the ground which is covered with oil absorbent stone.

APPROVED 10 of 18 Q.0.SA i

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i EPIP 200-6 Revision 1 The stone is installed as a f,f re protection device. The stone will rapidly disperse the oil into the ground. This will prevent the mixing of the air and oil and the possibility of combustion.

This stone will contain the oil to the immediate area. Any oft not contained by the absorbent stone will enter the drainage system which is routed through the newly constructed 138 KV switchyard oil separator. This flow will discharge into the Unit #2/3 discharge flume. All oil filled absorbent stone will be replaced with new stone as required.

If the oil containing unit failed, an alann indicating a problem would arise in the Control Room.

9A-F' Unit' #2/3 Main, Unit Auxiliary & Reserve' Auxiliary'Transfomers No. of Transfomers and Capacities: (6)

Unit #2 Main Transfamer 31,500 gal.

Unit #3 Main Transfomer 21,000 gal.

Unit #2 Unit Aux. Trans.

4,931 gal.

Unit #3 Unit Aux. Trans.

4,931 gal.

Unit #2 Reserve Aux. Trans.

6,670 gal.

Unit #3 Reserve Aux. Trans.

13,780 gal.

Use of Tanks: These transfomers contain oil for the purpose of cooling.

Location: North of turbine building near wall.

Plan: Absorbent stone is utilized in the event of an oil spill.

The stone is approximately 2.5' deep surrounding the trans-fomers. This depth covers an area around the main transfomers o f 50. 5 ' x 51 '. The unit auxiliary transfomers are surrounded by oil absorbent stone covering an area which is 18' x 18'.

Oil absorbent stone is installed as a fire protection device.

The stone will rapidly disperse the oil into the ground. This will prevent the mixing of the air and oil and the possibility of combustion. This stone will contain the oil to the immediate area.

l The reserve transfamers are not symetrical in size. Unit

1. 2 reserve transformer is 25' x 25' and Unit #3 reserve trans-fomer is 12' x 27.5'.

The rest of the area is also covered by gravel but to a lesser depth.

APPROVED E07 '81 11 of 18 D.O.SA

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EPIP 200-6 Revision 1 Drains are also available near each transfomer which directs any drainage to the Unit #2/3 011 Separator Tank.

Following any oil spill or transfomer malfunction, a mal-function alam will be initiated in the Control Room. An investigation as to the cause of the problem will be launched.

The oil-saturated stone will be removed and disposed of properly.

New stone will be installed.

10A-L ' 345KV' Swi tchya rd No. of Tanks: (See Description)

Use of Tanks: The oil contained in this transfomer and the circuit breakers is for cooling and quenching arcs.

Location: Northwest of the turbine butiding west of the discharge canal.

Plan:

In the event of a spill from equipment in this switchyard, oil would fall to the ground which is covered with absorbent stone.

The stone is installed as a fire protection device. The stone will rapidly disperse the oil into the ground. This will prevent the mixing of the air and oil and the possibility of combustion.

This stone will retain much of the oil in the immediate area.

The oil-filled absorbent stone, along with any oil-saturated topsoil, will be removed and replaced with new stone as soon as possible.

Oil which is not retained by the oil-absorbent stone would enter the 345KV switchyard drainage system which discharges into the 345KV switchyard oil separator which in turn discharges into the Unit #2/3 discharge fiume. All oil-filled absorbent stone will be replaced with new stone as required.

11A-8'Lif t Station Transfonners No. of Transfomers and Capacities: Two (2) #419 3,815i gal.

Spare @ 4,421 gal.

Use of Tanks: The oil contained in the transfomers is for cooling.

Location: North of cooling lake lift station.

Plan: These transfomers are located outside of the fenced station property boundary but a e protected by their own fences.

In the event of a spill, oil would fall to the ground which is covered with oil-absorbent stone.

APPROVED E07'81 12 of 18

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EPIP 200-6 Revision 1

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The stone is installed as a fire protection device. The stone will rapidly disperse the oil into the ground. This will prevent the mixing of the air and oil and the possibility of com-bustion. This stone will retain much of the oil in the immediate area. The oil-filled absorbent stone, along with any oil-saturated topsoil, will be removed and replaced with new stone as soon as possible.

Oil which is not retained by the oil-absorbent stone could enter the channel to Dresden Lake.

If oil were to enter the channel to Dresden Lake, the Lift Station Pumps, being located below the water level, would not pump the oil into Dresden Lake; therefore, any oil in this channel would collect at the lift station. Periodic inspections of this channel will be made by Statfon personnel. If oil is detected, clean-up operations will be initiated immediately.

12A(B) Unit' #1 HPCI' Diesel Generator'011' Day Tanks No.' of Tanks and Capacities: Two (2) T-6102A & B 1000 gallons each Location:

In the Unit #1 HPCI building east of the main plant Plan: Each tank is located in a room with a sunken 6 inch floor.

Any oil spillage will enter a floor drain which goes to the Unit #1011 Separator Tank. Each tank is equipped with High/

Low Level alanns.

APPROVED DE07 5 13 of 18 D.O.SA

r EPIP 200-6 Revision i TRANSFER FACILITIES Uni t #1' Fuel Transfer House _

The fuel transfer house is located north of the sphere adjacent to the Diesel Oil Storage Tank. There are two Bunker "C" 011 Transfer Pumps and one Diesel Oil Pump. The house is equipped with a 4-1/2' x 5-1/2' x 9' sump to handle any leakage from the pumps.

I In addition, the pump house is surrounded by crushed stone which serves as an oil absorbent.

Unit #2/3' Fuel' Transfer House The Unit #2/3 fuel transfer house is similar to that of Unit #1 and is located between the service road north of the turbine building and the Unit #2/3 Bunker "C" Storage Tank. A concrete bem approximately 1-1/2' high was installed between the pump house and the Unit #2/3 condenser cooling water discharge. This will prevent any oil from reaching the discharge waters. In addition, a 4-1/2' x 4-1/2' x 9' sump is available to serve as a catch basin for any oil spillage from the pumps of transfer lines.

In the event of a major spill, oil would follow the ground drainage which is 'directea to ~an oil' separator.

STATION ~0IL SEPARATORS The oil separators on Unit #1 and Unit #2/3 and both switch-yards are similar in design and operation. As the water-oil combination enters the oil separator, the engineering design causes the flow rate through the separator to decrease. This action serves two purposes.

First, time is allowed for the oil and water to separate. Secondly, sediment contained by the water-oil mixture settles to the bottom of the oil separator vault.

Oil separator capacities are noted below:

Gallons Unit #1 21.000 Unit #2/3 32,000 138KV Switchyard 11,000 345KV Switchyard 11,000 1

APPROVED i

E:07 '81 t

14 of is D.O.S.R.

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EPIP 200-6 Revision 1 ATTAChNENT 8 Northern Illinois contractors and suppliers who will respond to an oil spill.

Fredriksen & Sons Fire Equipment Co.

a.

760 Thomas Drive Bensenville, Ill. 60106 312-595-9500 Walter Kidde fire equipment, dry chemicals, carbon dioxide, alams, emergency lights.

b.

Clark Oil & Refining Company W.131st St. & S. Kedzie Avenue Blue Island, Ill. 60406 312-928-5200 Extension 322 Foam powder, " mechanical" foam, dry chemicals, two portable generators, vacuum pick-up truck, portable pump-to-tank truck, Slickbar boom.

Will make firefighting equipment available in the area on a loan basis, c.

Able Fire & Safety Company 260 N. Fairfield Avenue Chicago, Ill.

312-826-5555 (24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />)

High expansion foam, Rockwood protein foam, dry chemical powder, Purple K powder.

d.

Allied Oil Co., Div. of Ashland Oil, Inc.

3301 S. California Avenue Chicago, Ill. 60608 312-523-8100 Slickbar booms,14 foot aluminum boat with 7 HP motor, Sorbent C.

Cooperate with other oil companies in the area.

e.

Marsan Oil Recovery Service Box 83, Route 1 Elgin, Ill. 60120 312-741-9047(24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />)

John D. Harper, President 10,000 f t, oil boom, 30 ft. and 50 ft. steel boats, nulcher, wheat straw, adsorbent, vacuum system, miscellaneous trucks, pillow tank and pumps, deck barge, seven water craf t, bulldozers, scrapers.

APPRO M DEC07 5 16 of 18 D.O.S.R-l

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Illinois Chemical Corporation Highland park, Ill. 60636 312-433-1145 Booms, skimmers, chemicals, absorbents.

Acme Welding and Certified Cleaning g.

Slip B Lemont, Ill. 60439 312-226-0220 Cleanup of oil and solvents from barges; holding capacity about 10,000 gal.

h.

Lemont Shipbuilding and Repair Company Lemont. Ill. 60439 312-739-5000 Barge cleaning. Oil handling capacity about 100,000 gallons. Bio-reduction unit being installed.

1.

Browning-Ferris Industries, Inc.

Chemical Services Division Box A Lemont Ill. 60439 312-257-7707 or 242-1374 (Chicago Number)

Booms and vacuum pickup of oil. Ten tank trucks.

Disposal of oil by recovery treatment or incineration.

Spent acid pickup, treatmentrand -- ' ~

disposal. Tank cleaning. Excavating equipment.

Absorbents. Will also provide pollution control services formerly offered in Illinois by the Dikor 011 Spill Control Service.

J.

Union Oil Company of California Lemont, Ill. 60439 312-257-7761 Booms, foam powder, " liquid foam", Foamite generators for mixing chemicals, essentially for use by local cooperative.

k.

Hulcher Emergency Service, Inc.

Mendota, Ill.

Call Virden, Ill. 217-965-3319 Complete emergency service, railroad repairs and restoration, booms, skimmers, clean-up operations.

APPROVED DE07 '81 l

17 of 18 D.O.E l

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E & L Tank Cleaners 7803 Central Ave.

Oak Lawn. Ill. 60459 312-425-3406 Tank cleaning, waste oil treatment and disposal. Recovered product marketed.

m.

Getz Fire Equipnent Co.

1615 W. Adams St.

Peoria, Ill.

309-673-0761 Foam materials and portable foam generator available.

Install industrial fixed systems.

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APPROVED 18 of 18 (FINAL)

D.O.SA

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