Text

Public Version of Revised Emergency Plan Implementing Procedures,Including Procedure HNP-8030 Re Health Physics Startup Surveillance
	ML20071D685
Person / Time
Site:	Hatch
Issue date:	01/11/1983
From:	; GEORGIA POWER CO.
To:	;
Shared Package
ML20071D679	List: ML20071D680; ML20071D685;
References
	PROC-830111, NUDOCS 8303090544
	Download: ML20071D685 (39)
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PROCEDURE

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PROCEDURE NUMBER

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RESPONSIBLE SECTION em n +- .r.~.

M_'.?_, ' SAFETY RELATED ( X)

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NON-SAFETY RELATED ( \)

APPROVED APPROVED DEV. DESCRIPTION DEPT. PLANT DATE HEAD MANAG@

1 Pages 1 and 2

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.:U.NCC.. M. . ODE OF .CPERATION OR INTENT S DESCRIDED IN FSAR:

RE.VISICN .

( ) Yes . ( No CHANGE INV01.VES:

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.( ) An unreviewed Safety Guestion (Sco back for Safety Evaluation if required).

( ) Tech. Specs. (

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Safety Re-lated ( Non-Safety Related' ( )

Safety /Non-safety Status Change ( ) Yes ( No Attach marked up copy of procedure to this form.

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HEALTH PHYSTCS START-Uo SURVEILLANCE

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A.

Pi!RPOSE l To -nsure that radiological safety is maintained during reactor

, stant-uo (not scram recoveries) after extended down time of two weeks or longer. l ,I .

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B. REFERENCES

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1. HNP-8026 C. RAF5TV l

1. Obsarve radiation protection procedures.

D. EQUIPMENT ,

1. RO-2A or RO-3A

2. Teletector (j,

-, 3. PNC-4 or PNR-4 -

- 4 Rad Signs and rope -

E. .PROCEnlIRE I

Perform activities as per Data Package 1 (Data Sheet 1).

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I HAVE REVIEWED THIS DATA PACKAGE FOR COMPLETEtESS AND ACAltGT ACCEPT 4r.E CRITERIA IN ACCOROArt.E WITH HtP-830.

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DATA SWET 1

1. Should be per&ormed before startup.

a. Check high radiation areas and ensure that all areas are -

posted as needed (Re+. 64P-8026).

i mme Date t i l

b. Ensure all high radiation area doors are locked (Ref. \{

HP-8026) .

t4ame Date

c. Rope off and post the large blue lines at (UnitTurbine Building 1 only).

112' elevation at the condensate pumps.

teame Cate ,

d. Return low volume air samplers to service. Record in log book.

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- a. Ensure that the Weste Cas and Recombiner Building are not l

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Perform Cim-Cam surveillance and ensure areas are not b.

airborn.

Record in Log Book.

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Record in Log Book. l"i.

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b .* Perform a detailed survey of penterations for radiation.

Rs 158' and Rs 185' elevations.

Record in Log Book. ,

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4 General Remarks

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Airborne Radioactivity Concentration Determination for Abnormal or Accident Conditions 1 PROCEDURE TITLE 0

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Lab RESPONSIBLE SECTION SAFETY RELATED ( X ) NON-SAFETY RELATED ( ,

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. APPROVED APPROtED REV. DESCRIPTION DEPT. PLANT DATE HEAD MANAGE 1

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__than 'ana]yz_ed_in the FSAP. does not result from this chance because_ _

_the sy_s_ tem _ responds and is operated as before the chan.ce. -

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E. l. HATCH NUCLEAR PLANT HNP-4826 ,

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Geor iaPower ~~

ss See Title Page 1 of 11 h6 AIRBORNE RADIOACTIVITY CONCENTRATION DETERMINATION FOR ABNORMAL OR ACCIDENT CONDITIONS A. PURPOSE

.To establish guidelines for an air sampling program for abnormal

conditions based on dose rates and sampling conditions.

8. SAFETY Obsbrve Radiation Protection Procedures and Plant Hatch Emergency

. Procedures.

I C. GENERAL It is recognized that for normal plant operations and maintenance work the air sampling program outlined in HNP-8013 is adequate.

This procedure is intended to supplement HNP-8013 and to specify some suggested additional instrumentation and steps to be used during abnormal conditions.

) D. . EGUIPMENT

1. CIM-CAM located in Operational Support Center. l l

2. Lab cart supplied with the following equipment either d,edicated (i.e., taken out of regular service and reserved for emergency use) or readily available for use near the OSC.

a. One SAM 2/RD-22 calibrated and set at the Iodine peak, with detector and sample holder.

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b. One low-volume air sampler with silver zeolite l

cartridges and filters.

I c.' One high range survey meter (PIC-GA, teletector or equivalent.)

d. 'One box of extra silver zeolite cartridges for the {

low-volume air sampler (2").

e. Extra filter papers for samplers. I l

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f. One complete set of protective coveralls. l

g. One M.S.A. Model 401 Air Pack Respirator.

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'- h. Qne high range dosimeter.

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1. One E-120 Low range instrument.

l j.. 50 feet of extension cord (two 25 foot cords). l

k. Purging apparatus. l E. PROCEDURE CAUTION ;

During the initial few minutes or perhaps hours following an abnormal event, the exposure rates and airborne activity

. levels may not,be known and therefore extra precautions may need to be taken. After the conditions become known and have stabilized the extra precautions may be reduced or minimized. Refer to HNP-4866 for specific exposure control guidelines and limits as well as ALARA considerations.

NOTE

' Air samples will normally be taken on directions from the He'alth Physics Foreman or Supervisor or other responsible

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individual as the situation permits. The location and type of sample will usually be specified in the directions.

1. Initially, don the protective clothing and respirator. Be sure to get the high range dosimeter. Call the Control Room l and obtain A.R.M. readings for the area if you can. 4 I

2. Take the low volume air sampler with the silver zeolite and l l

particulate filters installed, the high range survey meter l and one twenty five foot extension cord to designatpd area.

3. As you proceed to area, observe dose rates taking note of conditions. Try to determine if dose rates are due to piping and equipment or from airborne activity. This can be g do6e by.taking several quick measurements in different places near equipment and in open areas. Follow, at all timeg, guidelines in HNP-4866.

4. When in"the designat,ed area take air sample as described in HNP-8013. P l,a c e sampler at waist height to shoulder height ,

for best sample. If dose rate permits, collect sample for !

thi.rty minutes. If it is necessary to reduce sampling time then care should be taken in data interpretation and a limit l j

of sensitivity determined by HNP-8013 D and G. :

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5. Af.ter sampling is complete, turn off sampler and take all equipment back to location of Lab cart. If the H.P. Office ,

and Counting Room are habitable, then bring all equipment to Counting Room and count samples as is normally done. All .

equipment should be handled with rubber gloves and wipe l tested before it is carried outside,the operating buildings. IF the equipment is contaminated it is to be .

left in a controlled area. Remove the silver zeolite and g particulate filters and place in plastic bag. Tak.e the filters to the location of Lab cart for counting and

, analysis.

. 6. When practical,. Follow the correct step-off pad undressing l

procedure to remove protective clothing before leaving the operating buildings.

7. The above sequence may be repeated until conditions are known and stabilized and any trends established. Thereafter it may be decided that it is unnecessary to dress out for subsequent air sampling.

7-F. PURGING OF CHARCOAL AND SILVER ZEOLITE CARTRIDGES k 1. ' After sampling is complete, obtain a breathing air bottle from the O.S.C. or Gas Storage Building.

l

2. Connect the purging apparatus found to the breathing air' bottle and set the regulator pressure to 5 (five) P.S.I.G.

3. Extend 50 feet tygon discharge hose to the outside of the building so as not to contaminate room with Xenon. ,

r

4. Place radioactive sample (silver zeolite or ch,arcoal) into holder on purging apparatus.

5. Che,ck gamma dose rate level on outside of sample holder and note radiation levels.

6. Open . inlet valve and adjust flow to 80 L.P.M. or less on

. purging apparatus. (95% retenti.on for I-131).

7. While s' ample is being purged, keep checking gamma radiation levels on sample holder. When radiation levels drop to a plateau or drop low enough to allow sample to be counted, {

stop purging of sample.

8. Remove sample f r,om holder, wrap in saran wrap and analyze for I-131 as per section G.

{

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VANUAL SET

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(_) See Title Page Geor[hia Power 4 of 11 G'. COUNTING AND ANALYSIS Normally counting may be done per HNP-8013. Record all data on HNP-4826 Data Package 1 (Data Sheet 1). Iodine concentrations may be determined by placing the two inch Cesco cartridge in the CIM-CAM cartridge holder and reading counts per minute. This number then would be used in-the formula on Figure 2 (HNP-8013) for a two inch charcoal cartridge:

-10 s (NET CPM) (4.5 x 10 )

(Volume in liters) (0.999) (Det, efficiency)

Iodine concentrations may be determined using the SAM-2/RD-22 set up by the instructi'ons that follow.

1. Operation of Instrument.

a. Verify that the RD-22 detector is properly connected to the SAM-2 detector connector.

b. Connect SAM-2/RD-22 to power supply and turn POWER switch ON (rear panel). -

Operate STABILIZER switch to ON (rear panel) and set c.

CH1 switches to "IN" and "+".

d. Set Chi THRESHOLD and H.V. ADJUST to settings

determined from last calibration. See label on top of instrument.

e. Set CHI WINDOW to ".72".

f. Turn CH2 THRESHOLD to "4.0" and place CH2 WIND 5w to setting determined on Data Package 2 (Data Sheet 2).

g.

Place CH2 switches to "IN" and " " for background subtraction.

h. Set desired count time and TIME-STOP-MAN switch to TIME.

~

i. P' lace the sample, enclosed'in plastic, in the proper geometry to the' detector and press the RESET-START switch. ' Note the shelf number on Data Package 1 (Data Sheet 1). .

j.

When counting is complete, the value in the display is

" net" counts for the Iodine activity.

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NOTE

~

If n'egative counts are obtained when counting a sample, CH2 switches must be set to "OUT" and "DFF" causing gross counts to be observed in the

. display. Recount sample and then subtract background found on Data P.ackage 2 (Data Sheet 2) manually to obtain net c'ounts. . .

k. Using Data Package 1 (Data Sheet 1), calculate the Iodine concentration of the counted sample using the

- following formulas:

(1) Silver Zeolite Cartridges:

(NET CPM)(4.5 X E-10)

Iodine Activity (uci/cc) = (Volume in Liters)(.95)(D.E.)

(2) Charcoal Cartridges:

(NET CPM) (4.5 X E-10) e Iodine' Activity (uci/cc) = (Volume in Liters)(.999)(D.E.)

-to

a. 4.5 X 10 = conversion factor to get from disintegrations per minute to microcuries,

b. .95 = filter media collection efficiency for silver zeolite cartridges.

c. .999 = filter media collection efficiency for charcoal cartridge. r

d. Volume in liters of sample = sampling time (min) x flow rate of air sample (LPM).

e. D.E. = detector efficiency at specific sielf height.

. f. Net CPM = Net counts per minute of sample;

. net counts divided by count time.

1. Operational calibrati6n must be performed DAILY when instrument is in use, see Section F.2.

2. Daily Operational Calibration

.O_ a. Vbrify that the RD-22 detector is properly connected to the SAM-2 DETECTOR connector.

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Connect SAM-2/RD-22 to power supply and turn POWER switch ON (rear panel).

1

.c. 0p"erate STABILIZER switch to ON (rear panel) and set CH1 switches to "IN" and "+".

, d. Set CH1 THRESHOLD and HV ADJUST to settings determin,ed from last calibration. See label on top of instrument.

e. Place CH1 WINDOW to ".72". Set CH2 window t'o "OFF" and "OUT".

~

f. Set count time to 1.0 minute and TIMED-STOP-MAN switch to TIMED.

g. Record a 1.0 minute count of CH1 background at these settings on Data Package 2 (Data Sheet 2).

h. Set CH1 switch to "OUT" and "OFF" and place the CH2 switches to "IN" and "+".

i .' Place the CH2 THRESHOLD TO 4.0 and adj ust the CH2

(]} '

WINDOW until the same background count found with CHI is obtained. Note this WINDOW setting on Data Package 2 (Data Sheet 2).

J. Set CH1 switches to "IN" and "+" and CH2 switches t'o "IN" and " ".

k. Place a Ba-133 source in proper geometry to the detector on Shelf 8 3 and count for S minutes. Counts observed in the display window represents the NET counts of the source with the background subtr' acted.

Record in counts per minute on Data Package 2 (Data Sheet 2).

NOTE If negative counts are obtained when counting a sample, CH2 switches must be set to "OUT" and "OFF" causing gross counts to be observed in the display. Recount sample and then subtract background found on Data Package 2 (Data Sheet 2) manually to obtain net counts.

1. Divide the NET counts per minutes of the source by the known disintegrations per minute of the source and gg multiply by 1.19 to get the efficiency of the detector

(.) (0.E.).

--,.t_. V.ANUAL SET i

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' HNP-4826 l

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LJOTE The'1.19 factor accounts for the difference in yield of the Ba-133 and the I-131 gammas.

m. Repeat steps k and I with shelves 4 and 5 to obtain a detector efficiency'for each of the three shelves. ,

n. Complete Data Package 2 (Data Sheet 2) on a d,aily basis, only when SAM-2/RD-22 is in use.

3. ' Use of Silver Zeolite Cartridges.

. 3 It may be desired to run two concurrent samples, one with a IC-1 activated charcoal cartridge and one with a silver zeolite cartridge, (when available) and determine both total noble gases and separate Iodine gases.

H. USE OF OTHER SOURCES _OF INFORMATION

~. While in the plant, observe CAM's and CIM-CAM's in the areas traversed. Also be alert for A.R.M. local readouts and alarms.

, At' times it may be desired to roll the entire cart and all equipment to the designated areas and take the samples and do ;

initial counts before returning to the O.S.C. It is intended l that the cart be completely equipped to sample any area and d6 complete analysis. Report back to the O.S.C. what the findings l

are.

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1 HAVE REVIElfD 1HIM DATA PACWACE FOR COr4'LETErJESS APC AGA!PriT ACCEPTAIJCC CRITERI A IN ACCORON4CE WITH FtF-830.

ACCIPTADLE LNACCEPTABLE REVIDED BY:

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Georgia Power 10 ,, 11 A

' PROCEDURE DATA PACHACE

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SERIAL NO: _R05- . l

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. DATE COMPLETED:

1 HAVE REVIEWED THIS DATA PACKACE FOR COMPLETErESS NO ACAINST ACCEPTNJCE CRITERIA ItJ ACCORONJCE WITH HNP-830.

ACCEPTABLE LR4 ACCEPTABLE REVIEWED BY:

DATC REVIDED:

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\s' PROCEDURE- -

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.. .S2 ill Preve~ntiod Contr'o1 and Countermeasures (SPCC) --

-" for Oil _1.__ Hazardous Substances and Hazardous Waste

~

PROCEDURE TITLE HNP-4001 PROCEDURE NUMBER Lab

. RESPONSIBLE SECTION SAFETY RELATED ( ) NON-SAFETY RELATED ( X )

.u______-__________-__.._____-__-_-__-__._ -___-------_-- ---_---_

APPROVED APPROVED REV. DESCRIP'fION DEPT. PLANT DATE HEAD ER 3 General Revision

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____..___________-___-13 '__ __y . _ - _g_ _ _ - _ _ _ , _ g

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. PROCEDURE Revie.ionNo.____,h_.$___ _ ,

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.------- eD.CRPT' --ME.'! -----------. T N' .r .^,P P.:.<.OV.- .t .

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Signature: ..

Date:

. Q& _ __2 12- 2 $~ V*****

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. . REVISION CHANCES MOOE OF . OPERATION OR INTENT AS DEGCRIDED IN FSAR: .

. . .. (- ) Yes .

(p) No CHANGE INVOL.VES:

( ) An unreviewed Safety Guestion ( ) Tech. Specs. ( .Y) Neither (See bacl< f or Saf ety Evaluation if required).

. Safety Related ( ) ,

Non-Safety Rela ^ed (Y) .

Safety /Non-safety Status Change ( ) Yes (y) No g

. Attach inar}<ed up copy of procedure to thi s f,orm. . .

REASON FOR REGt.'EST L e.he n_ S en 4 pg wm s= x.e o., ___%.p.F._B_C_d.p__

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p ,,_Th_e__r_evis_i_on -- --- - of_.t.his.. proced.ure

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___ue_stion as explaine d below.

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The probability o'f occurrencq_ and--th.g . g,qnSecuences.of -------- - -------- an accident -

_ -_1

___ _ or malfun.c..t. ---- -- ion

of egd'ipment ----- .----i.moortan. t to sa fety are not incr. eased

- - = - - - -- -- .

those'.analyJed in _the F.$M dp.p_.t.0. tPs.c..rhacoAS_b.c.riuse------- - -

-_--_---.ove a b --- . - .. . --

the revi.s..i.on does not change the puro..o.se 2 - - . or oerformance of the -- - - - - - - - - - - - - - - - - -

s2 stem. ------- -- - - - - - - - - - - - - ----

__------- 2. Th'e -----

E.ossibilitX-of ---

an accident or mal funct_ ion o.f. a di fferent tvce .

-- -------=

than ar.alE-zed in the FSAR does not resul't from this chance because c.

the__ system responds and is__o.c_erated as before _the chance.

. -2 .

3. The maroin of safetl' as defined in the Technical Saecifications e

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b is not redu.ced

- - - - - due = - - to t_h_i.s_ revision becaese the revision do.e.s no.t---

s r

- ~c hance anv limited safety system.settines which would allow a

_ safetiz_l,imit to be exceeded or to allovt -a limitino_ condition for

~

operations to be exceeded as _ stated in_Te_chnical Specific _ations._ __

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" ~o 1 of 14 SPILL PREVENTION CONTROL ANdiCOUNTERMEASURES (SPCC)

FOR OIL. HAZARDOUS SUBSTANCES. AND HAZARDOUS WASTE NOTE .

.This procedure supersedes HNP-1-4130 Rev. 1 approved 4/11/77. ,

A. CONDITION -

The detection.of hazardous waste or hazardous substances spillage is limited to the. visible loss of integrity of the container (s) which is known to contain such materials or the accumulation of such materials outside their containers. ;

An oil spill may be indicated by: I t

1. Oil slicks or suspected nil slicks at the dischargea structure, in the yard t sin effluents, or in the ,

, circulating water flumes.

_) 2. Oil in the D/G day tank room floor or the D/G room floor.

3. Oil in sumps of any buildi'ng. -

4. Decreasing tank level in the underground fuel oil storage tanks. .

5. Visual observation. !

8. AUTOMATIC ACTIONS -

None.,

C. INDIVIDUAL ACTION .i

-All persons who are assigned to Plant Hatch are responsible for reporting leaks or suspected leaks of oil, hazardous susbstances,

. or hazardous waste. As per this section, each individual is ,

expected to give technical or manual assistance to contain and control such a spill until relieved by the Emergency Coordinator. ;

In the event a spill or suspected spill of any oil, hazardous substance, or hazardous waste is detected, the person finding such an event is to notify his immediate supervisor, Emergency Coordinator, or Plant Manager and give them the following information:

(])\

-) -

1. Your name and present location. (

,' i[. e 9 (, 2. Type and location of spill.

'/. .

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.3.' ' Estimate of qua,ntity or exte'nt of~the spill.

Use appropri) ate actions to contain spill as per Attachment 3 and wait there uhtil relieved by the Emergency Coordinator or his designate.

D. EMERGENCY COORDINATGR ACTION At'all times, the're must be at least one employee, either on the

! plant site or on call, with the responsibility for coordinating all emergency response measures. This emergency coordinator must

. be thoroughly familiar with all aspects of this procedure and the site's contingency plan (SPCC), all operations to be carried out l within the oil, hazardous waste and ha'zardous substances areas,

the locations and characteristics of the material being handled, l the location of all records within the facility, and the facility layout. In addition, this person must have the authority to commit the resources needed to carry out the (SPCC) contingency

. plan. _

-2

-s NAME OF EMERGENCY COORDINATOR

'2 PRIMARY: S. X. Baxley '

l (Office)

('Home) 1

~

BACKUP: J. C. Lewis . sm .

(Office) l '

iHome)

'1. Whenever there is an imminent or actual emergency, the Emergency Coordinator must immediately activate internal facility alarms or communication systems to notify all pprsonnel necessary to handle the emergency.

2. Whenever there is a release, fire, or explosion, the Emergency Coordinator must immediately identify the 7

character, exact source, amount and real extent of any released materials.

3. The Emergency Coordinator must assess possible hazards to human health, or the environment. This assessment must consider both direct and indiret effects (e.g., the effects j

of any toxic, irritating, or asphyxiating gases that are generated on the effects of any hazardous surface water run-off from water or chemical agents used to control fire and heat induced explosions). He must report his findings as follows:

\- a. If his assessment indicate's that evacuation of local l J areas may be advisable, he must immediately notify the appropriate local authorities.

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b'. He must notify the Powe'r Generation Duty Officer.

c. k$,must immediately notify the Senior Power Generation En'vironmental Specialist. Should he be unable to contact him, then the Emergency Coordinator should attempt to reach one of the following in the order listed:

H. Hob's b Sr. Pwr'. Env. Spec.

D. Howell Supv.~Pwr. Gen. Tech. Serv.

C. Hobson Sr. Design Engineer C. Huling Env. Licensing Engineer T. Byerley Manager Env. Affairs ,

The Emersancy Coordinator should have the following informatica at hand when reporting an incident to the Power Gener ation Services group:

(1) Time and type of incident (e.g., release 3 afire);

-g (2) Name and quantity of material (s) involved, to extent known; (3) Containment procedures being used; (4) Type cleanup in progress; (5) The extent of injuries, if any; and -

(6) Possible hazards ,to human health or the environment outside the plant boundaries.

d. Any incident which req'uires the implementation of the

- contingency plan must be noted in the operating record as to the time, date, and details of the incident.

e. Within ten (10) days of the incident, a written report containing the above listed information, plus remedial action taken to prevent this type of incident in the

, future, and the estimated quantity and disposition of recovered material that resulted from the incident, must be forwarded to the Senior Power Generation !

Environmental Specialist.

l

4. During an emergency, the Emergency Coordinator must take all reasonable measures necessary (including, but not limited to, stopping processes and operations, collecting and

) ,

containing released material, removing or isolating containers) to ensure that fires, explosions, and releases do not occur, recur, or spread to other areas.

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See Title Page 4 of 14 5." -I) operations a.re stopped du'e to a f,i r e , explosion, or rel, ease, the Emergency Coordinator must monitor the halted system (.,s) for leaks, pressure buildup, gas generation, or ruptures in valves, pipes, or other equipment whenever this is appropriate.

6. -Immediately following an emergency, the coordinator must provide for , treating, storing, or disposing of recovered waste, contaminated soil, or surface water, or any other material that is hazardous'as a result of the incident.

7. The Emergency Coordinator must ensure that in the affected area (s) of the site: ,

a. No waste that may be incompatible with the released material is treated, stored, or disposed of until cleanup procedures are completed.

b. All emergency equipment (See Attachment 4)-lisied in the contingency plan (SPCC) is cleaned and fit for use

-m before operations are resumed.

A-) 8. The Emergency Coordinator must notify the Regional Administrator and' appropriate state ~and local authori. ties that the facility is in co'mpliance with Section E.7 of this procedure before operations are resumed in the affected area (s) of the facility. This notification should be made through the Senior Power Generation Environmental Specialist.

E. POWER GENERATION SERVICES GROUP ACTION This group is responsible for ensuring that all power generation facilities spill prevention control and countermeasures procedures for oil, hazardous substances, and hazardous waste are adequate to comply with all existing state and federal regulations. They will provide technical assistance, if needed, in the training of personnel in spill control and cleanup practices. They will maintain liaison and exchange information with all power' generation facilities to ensure the latest cleanup practices are being employed at each facility. They will be responsible for notifying the GPC Environmental Affairs section of any releases from a power generation facility. In turn, they shall notify the Georgia Environmental Protection Division and ;

the Environmental Protection Agency. '

~

F. REFERENCES

(~) , 49 CFR 100 to 179, 40 CFR 260 to 265, Georgia Rules for Hazardous Waste Management, GEN-8355, GEN-8356, and HNP-7607 ,

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G. REPORTABLE GUANTITI'ES .

1. Oilor]" chemicals" in any amounts - Report immediately through Environmental Affairs as per HNP-4001.

2. Hazardous Substances Any discharge of one of the substances listed on Attachments 1 and 2 which exceeds in any 24 hour2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months period the quantity listed under the column (on the same attachment) labeled RG in pounds.

3. Hazardous Waste Any quantity. See Attachment 5 for description of oil storage areas.

4. All other spills, diversions, or bypasses not oil or chemicals. . 'a s . a. Minor Guantities - Duration of less than 15 minutes.

Reporting desirable but optional on regular quarterly

_.(.7 3) . report.

b. Minor Guantities - Duration of 15 minutes to 2 Isours.

Report required on regular quarterly report.

c. Major Guantities in any time frame, or minor quantities with duration of 2 hours2.314815e-5 days 5.555556e-4 hours 3.306878e-6 weeks 7.61e-7 months or more. Call EPD within 24 hours2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months of becoming aware, explain by letter within 5 days, and include on regular quarterly report.

H. CONTAINMENT AND CONTROL PROVISTO'NS

1. drea Drainage

a. Drainage from diked storage areas shall be restrained by valves or other positive means to prevent spill or

.other excessive leakage of oil, hazardous substances, '

. and hazardous waste into a drainage system or inplant treatment system, unless the system is designed to handle such leakage,

b. Diked areas may be emptied by pumps or ejectors; however, these shall be manually activated, and the condition of the accumulated materials shall be i examined before activation to be sure no oil, hazardous l

' substances or hazardous waste will be discharged to Os surface waters.

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c. . Flapper-type drain valves shall.not be used to drain diked areas. Valves used for drainage of' diked areas shall as far as practicable be of manual o' pen and close design. In addition, the valve shall be opened and reclosed following discharge.under responsible supervision.

d. Area drainage from undiked storage areas shall, if possible, flow into' holding ponds or other structures de, signed to retain oil, hazardous substances, or hazardous waste, or otherwise prevent its uncontrolled entry into the environment. Such structures shall not be located in areas subject tp periodic flooding.

)

e. Area drainage systems shall be adequately engineered to prevent oil, hazardous substances, or hazardous waste from reaching surface waters in the event of equipment failure or human error. ,

2. Bulk Storage Tanks

a. No tank shall be used for storage of oil or hazardous substances unless its material and construction are compatible with the material st' ore,d, such as pressure, temperature, etc. See Power Generation Procedures GEN-8355 and GEN-8356 for details concerning the types of containers in which hazardous waste may be stored.

b. All bulk storage tank installations for oil or hazardous substances shall be constructed so that a secondary containment is provided for 110 percent of the total volume within the contained area. Diked areas shall be sufficiently impervious so as to contain l

- spilled material until it can be removed or treated, j An alternative drainage system could consist of a complete drainage trench enclosure arranged so that a {

5

, spill.could terminate and be safely confined in a l[

l catchment basin or holding pond. t l 'I

c. Buried metallic storage tanks represent a potential for 4 undetected spills. A newly buried installation shall ; .,

be protected from corrosion by coatings, cathodic i

l protection, or other effective methods compatible with t{

r local soil conditions. Partially buried metallic i storage tanks should be avoided unless the buried [

l portion of the shell is adequately coated since partial ?

(*) - burial can cause rapid corrosion of metallic surfaces, especially at the earth / air interface.

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'O,. Above' ground s'torage tanks shal,1 be subject to daily visual inspections for signs of deterioration, leaks which might cause a spill or accumulation of oil inside a diked area. This will ensure prompt discovery and control of any spilled material. Visible leaks from seams, gaskets, rivets, and' bolts, sufficiently large enough to cause an accumulation of oil or hazardous substances in diked areas should be promptly corrected.

e. Old and new tank installations shall as far as p'racticable have high liquid level alarms with an audible or visual signal at a constantly manned

operation or surveillance station. These liquid level

. sensing devices should be re'gularly tested to ensure proper operation. .

1

f. Mobile or portable storage tanks shall be positioned or located so as to prevent the stored material from reaching surface waters. If possible, a secondary containment shall be furnished for 110 percent of the m -

total volume stored within the containment area. This N type of storage tank shall hot be located in an area subject to flooding.

i * '

3. Transfer and Pumping Operations

a. Buried piping insta11aiions should have a protective wrapping and coating a,d should be cathodically l protected if soil con.itions warrant. If a section of buried line is exposed for any. reason, it should be carefully examined for deterioration. If corrosion drainage is found, additional examination and ,

corrective action should be taken as indicated by the

, magnitude of the drainage.

1

b. When a pipeline is not in service or in standby service for an extended time, the' terminal connection at the ,

j transfer point should be capped or blank-flanged and marked as to origination. d

c. Pipe supports should be properly designed to minimize abrasion and corrosion and allow for expansion and contraction.

I d. All above ground valves and. pipelines should be subjected to regular examination by operating personnel, at which time the general condition of items

, such as large joints, expansion joints, valve glands !

and bodies, catch pans, pipeline supports, lagging of t

valves, and metal surfaces shall be assessed.

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.e'. Prior:to departure of dny tank truck, the lowermost drain and'all outlets of such Vehicle should be closely examined for leakage, and if necessary, tightened, adj uste d, or replaced to prevent liquid leakage while in trensit. .

4. . Training An introduct'ory training program concerning oil spill p r event i on,- control, and cleanup procedures is available for all new employees. In addition, spill prevention and cleanup briefings should be scheduled and conducted for designated plant personnel annually to assure an adequate understanding of the SPCC plan. These briefings should highlight and describe known spills or failures, malfunctioning components, and recently developed precautionary measures. If possible, training sessions will be conducted to provide spill cleanup personnel with practical experience in deploying and operating _thea equipment available at the site. '

5. Emergency Equipment -

O .

. The equipment listed on Attachment 4 should be maintained in proper standby condition so as to be immediately avai'lable in the event of a spill.

6. Arrangement with Local Authorities .-

The following local authorities have indicated they will support the site as the need arises.

Bnxley Fire Dept.

Baxley, GA ~

Lyons Fire Dept. Lyons, GA City of Vidalia Fire Dept. Vidalia, GA e Appling General Hospital Baxley, GA .

.. Meadows Memorial Hospital Vidalia, GA ;,

Appling County Sheriff's Dept. Baxley, GA d Toombs County Sheriff's Dept. Lyons, GA -

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' 7. Evacuation Plan i

See Power Generation Procedure GEN-3030. ;

8. Description of Past Spill Occurrences A complete description of past spill occurrences is available in the "Dil and Hazardous Substance Spill Os '

Prevention" Training Lesson Plan (8/10/81 Rev. O). Anyone

,\. using this procedure is urged to read this lesson plan. ,

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- '*" ~o 9 of 14 I. AMENDMENT OF THIS PROCEDURE .

This procedure (contingency plan) must be c'eviewed at least once

every three (3) years, and immediately amended if necessary

l whenever: ,

1. ' Applicable regulations are revised.

2. The plan fails in an emergency.

3. The oi1, hazardous substances, or hazardous war.te storage facilities change in design and construction in a way that materially 16 creases the potential for fires, explosions, or '

releases or changes the response necessary in an emergency.

4. The list of emergency coordinators changes.

5. The list of emergency equipment changes.

.2

^

Should it become necessary to amend this SPCC plan for any reason, the Senior Power Generation Environmental Specialist f should be contacted as soon as possible.

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ATTACHMENT 1 a ~

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btatauta) Category pamre .

., Wams)

Cac W 8 130 (45 49 Carto*wrsai A 13 f 8 5811 Cartcas e.wree D 5.t") t2.27Cl l

PO h Cartm esescrucece D 5 C03 (2.2708 t &tateast Ca:egory gerw!' CP.:arcano -

K 5 (0.454)

' O.'We*SI CP?once A 10 (* 54)-

CP.'orcLaasene 8 100t4589 .

Cearceorm D 5.D:S t2.27;l Aceta%ser urte -- C 1.Cco (25al Acewc a:,3 C 1400 (s5el CP. lor w es x 183 854)

Acess soye =g - C IJCCS (a San CrJorossifcaic acd C t. Coo 14543 Acetone cysacaycan A 10(454) CStorrc scera:e C 1.Cc3 H54)

Aceryt twonmoe D 5.0co (2.27Cs Crwomc ac4 C t.CC0 (4 54)

. Acetyt cNora.e D 5.000 (2.2701 Chrom.c nudare C 1. COO (458)

Acroie.rs K 1 (0.4541 Chromous cmcree C IICC H5sl Acepondrde B - 100 (45 di Cccaricus bromsa C 1.CCC (4541 D Cctar'.aus forma:e C- 1.Cc01454)

. #@c ac4 5.000 (227C)

Akywt K 1(3.45 i Cetetous sudame:e C 1.CCO (454)

Mye av. ares 8 100 (45 al Coumacros A 10 (4 541 Arye ce.:or ce C 1.tc0 (s $al Cresce C 1.C00 (4 541 Asunsawm s,.ra:e D 5.tc3 (2.2 70) Cso:caas cemvoe _ B 1CC H5 41 Mwnerka 8 100 (45 al Cuct c a:etate B 100 H S 8)

Anwner=wm ace ate D 5.C00 (2.27Cl Cucac seeioerservie B 100 (45.s) a knmca.wm tea: sate D 5.or'012.2726 C6cre c*.:orce A 10 H 5al Aramoavm tca1,oanie D 5.cc312270) Cucrc thtra o 8 1CO H5.el Amrwe6um e-creomaia C t.0cc 14145 Cuevic caame B 1C*3 (4 5 el .

Mwac,rsen oAucece D 5.000 (2.27C) Cene sudate A to (a 543 m Ammen.wm t>s se D 5.C 0 (2.270) Cuore sur'e:e amenorsa:ms B Ito (45 4)

Amanceswen cancama.e - D 5.000 82.270) C6pcc iarva:e B 1C4(458)

p. Amenermum cat,ona;e D 5.00312.272) Cyanogeri cmoncem A 10 (4 $d)

/ ; Ammesw.m croce - 0 5.000:2270) Ciceneaaae C 1.C00 9541' V ,

, Antrerwom crwomate knmor=wm c.: rate C

D J.C;3 HSal 5.C;3 (2.2 70) 2.4 0 Acas p 4 0 Esters 8

9 1:0 HS 41 100 H S 4)

Anwre. urn 6uomra:e C 5.003(2.273 cor x g (o.454)

Amreen ps s.uorce O 5.C03 (227;l D saaca X 1 (0.8585

Amr%or.um bycros.ca C 1.C.:C H541 Deseoa C 1.fCO H543 Antnor= van o.vate D .5.CCO t2.27C6 genege,ma C 1.D:r3 H5al ,

Arnmoa.um uor.uerce_ C 1.C00 (154) 0.cr one x t (3 4543 Anmaasurn edama:e D 5.ccc (2.270) c,creo,ctwazene B 1:3(458) uw,erwvm svas:e D 5.Ca (2.270) perro,oo ccane D $3:o (2.27c)

Ann creern soit.:e D

5.CCO (2.27C) DcNoreceoow . - - - D 5.LC3 (227:1 Annoa4,en tamate D 5.000 (2.2 7C) c.crug,ee,coene. D 5.Cco (2.27C)

A.arecewom e..ocy sve D 5.C;0 (2.27;l C.cmorcercoar.e u.ature.

Amnen. urn c.mona o._ D 5.CO (2.2 701 2.2 bcNoroprooioac ecd- 0 5 *xo (2.27:1 Amye oce;4:e C 1.0C0 (4 54) c.c me,vos A 10 (* 54) ew C 1.C00 H543 Marm x 1 (o a54)

. hibe& ypeatxtuort's - C , ,1.CO2 (454) ' ge:,,,.amme C 1.C00 H54)-

Act meay giotasum tartesie C 1.000 H54) Dr emy:.imee C 1.CCC H 541 :

Antecay e derree C 1.0C0 9 54) 0.a.trecoar ece C 1.CCo t454) .

- Arn.moar trewor-se C 1.CCO (4 54) Daw:recnenos C 1.CCO (454)

Aravecay e< wean:e - C 1.CCO (854) Dartretc#wone C t.CCC HSa)

//wncey Pe=de D 5.000 (2.27;i Davat C 1.CCC (4541 hoe v c.n W e D 5.ow (227:n oss ucion x 1 (3 e54) heaacs9ato.<e D 5.000 (2.2 7Cl . Duroa 3 1Co ts5 4)

Arseac t< Nonce - D S CC0 42170) Oceanitaareaenudon.c ans. C 1.C00 (8 Sal Arsea< t .o..c.a D 5.M G.2?C) Erec swram x 1 (3.4 5 49 t Aner=c t.s. tea O 5.CO3 (2.27C1 Ercan x 1 to 45d):

Beaum evance . A 'O ti *. 81 TfacNercar d= C 1.003 H541

f Eease-4 C 1.003 H5dl [tnoa A to p 543 Ceaos ans D 5.0c0 42.27C) E e,'t==araae C 1.CrA H541 !

e*arsa. ree C 1.C00 H 54) te=,.*aa wa w C 1.W (4 S49 -

e cens a,9 cN==ae C 1.00) l8 Sd l f'rycas c.cecea.oe C 1 Cr>3 H 6*l.

t.ac,e cww.s.. 0 100 845 85 liveae escrm:e D 5 C03 62 2*C1' t oer.rsat te->=Je D SM R 2701 EC'f A D 5.00) f 2 2 70) .

Ped)4wm fuc -c o - D 5 0M f 2170) Fe ac e* tac ==we c.se ase - C . 1.C':0 H%.sl f erg e-am e.:ra a _ D S CW 42 2?dt Fea<c omen m.um o.sasse - C 1.DM (e ps) ! l Binaace a o D 5.Cv312 27Cl Feat ca owe C 1.co3 HS I i i J s* Pv'/ c

tad M4 0 100 H5 di Ferre rwue=2.s 8 1CC (45 81 !

C ,r,'a *was C SM GS89 Feart a.es sie C 1.CCO H Sat I D 5.O>0 82 270) Fea.c swea a C

' l D.re v ace 1.No HSal j Cac -m .mm a ico H5 4 F.ms .. no, rm wen C 1.000 0 54i C ese=um t c=.no . 8 gN ta5 43 y,,,,,,c%,,,,, g gg.3 pg .g Ce pre 6m c**cace O 900 H5 el Feae.,o wwe C I.M (O sl C A wm wa ra C 1.C'el l* l Fence.m a,1e C t Cr*3 H541 l C a c%m e ***se -C I CvJ H 586 D e.a.c . . a . D S M 121709 D 5.CdJ (7 JICI p lG Cec

an 'e . ( up.4%:4,a 3 m gy 2 *33

) , C,wm cereme o - C IS"'318* *8 F wve C l ( ,/ Ca<vatra w . A '0 H 5 81 C m.ca 1 1.CO3 1 40 541H.%d1 C . -, C 1.Cw H5.i ).,ome.ar x 1 o .s.,

e racy"er*** e,s'aasie N4.aga >,s.me.aee,a I 1 e0 e).88 9

Can,ma..we,e - a to) ps al H.+a " < . -s D S M i2 2m

a A 60 te Set No.:,au asac ac=s D 5 M (227ds I I r . tausa -

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11 of 14 l

4 ATTACHMENT -r 2

/ $

ROin . bOin blatenal Ca'encrr powd, ka<enas Category . ocwers (kalogaevu) .** ,. thavams)

A 10 (4 San Sco.wm c %so==ce D . Swt v2 2ros e i Hrc'eten cine **J Soew* t.tw'oe O S.CCS 62 270s .

Nyerogen sp*ce - p 100(45e)

Soc.wrs c*eo* n's C t,C00 ;a Saa pscoreae C 1.00344 9)

SoJum eteece A to ta sa) pace.ooerwaene C 1.033 (4 San 5,C00 (454)

SoJ*m C Ocesc)toerJenetasNcnate. coceeweareaesurtonais.

keithane. - O $500 t2.27c)

SW*r**esrce ._ D SEC (2 270)

K+.was X t ro aSan g,300 2 270) 5.cco (2.27c) Soccarn r esresucce D Le4J arelate D Soo=m r ecto.ca C 1.CG3 (eSal a Leadesena'e D 5.CC0 (211C) 100 (454) :

S.003:2.270 Sc*w* '*occmewe 8 Less Crawce D C t.co0 445at i L:'W' *** ate Lead tvocerate D S.000 (2.270) tC0 qaS ag a s' Soeum *** 8 Lead fiwor-*a C 1.000 f454) gm0 (2.270) ;

Spoo (2);Cy SoCN'n onosessare, c easc D

= Lead exside D D S.cco t2 270) ;

' Lead neate O S.000 (2.270i . Soemm sacssA.ie. yaasc_

3****'***'se C 1.000 :4 Sa)

Lead steasate O S.000 (22 70) C tyco (45.p ;

I*'** *"'omane Lead sunsate D S.0C0 (2.27C)

I'"'""* A 1018 S')

Lea,5 sun.o* D SK0 (2.2?C) C 1.000 9543-

$*r'* **

Leas ts.ocianate O S.CC0 (2270) S 44 r.c a:4- C t.cco se u) .

Larware x 5 go app S*'# M**CS'onc 8 1.CCC teSe, i L/sium c vomase C g. coo ga$4; .C go p Sag 2.4.M aM 8 1CO feS al l Ma'a:ts.sn A E

S*' *

O 100 til *D

. Ua ee and D SMO g2270) ,

24**I'5*8 8 100 (45 4r Maie< aanvence D S.000 12 270) 74.5.T sa es a becapioemer r a a goc too pS pga, es d,

- tc,c(0agg gag 2 8.5-18 a:4 ue,cu nc e,3 oe x * * ' ' O .

10088% *)

keese ne nas'3te A 10 (4 S4) C a. x g gg age, Mevev c sua4te A 100 esop m M*'cunc srmocyarate A 10p.S to (4 S.an

) ][ ,88 8 8 percwrous atta:e A 100 93 Trsaca.m weste C t.cCO (4Sep Weewe,ctuor - X 1 (0 454)

-A' I , We:rvyt merca. man 8 500 t*S di fceweae Tosasaeee C

2 1.0C018 581 1(0eSan

\ Meanyt umacrywa D 5.cc0 (?l?ol Tm-acca. C 1.000 (458)

Metros t param.cn 8 100 OS di 1,w:nea.nein,.eae C t.DJ0 44S48 Mewwipros X t (0 aS4) . Yncr. ion: eerme A to e S4) '

pemecarnate C 1.000 0 54) inciru cam.no C l AC0 (* SdJ Moreeinysamine C . 1.C00 OS8) cocen teansnes.afenste .

Monomeityam.no C 1.C':0 (*9) Tr.etr*. am.ae _ D 4.Cc0 #2.2FC)

Nased A 10 (4 Sd) Teitnera, am.ae C. l.co3 993 s Nephana ene D S.000 (2.270) uraa v' a:e!a.. D 5.Cc0 (2.270) !

Naphinen.c sco B 100(454) (l'a'r >9a o e D S.CCO E2.210) '

Nics#4 emacoa.m pra:e_ D S.000 (2.270i vacaowm see osco C 1.000 9 54):

Nched cNorse D SE 3 (2.210) vanas. s.,ia:e C 1.C.23 HSa)

Noes myoros ce . _ .- C . 1.C00 0546 Vanyt e:e' ate C tm0 (spg Nckes me,are O S.000 (2.270) V av 'cer* croorce D SEo (2.270)

Ncket s uase D S.CC0 (2.2 TC) Ry ere C 1.cc0 (* S4) ,

knee ac.d C iS00 954) Ny oeos C 1. coo 054 N.tecseasene C. 1.C00 (4 S4) 2.t.c a:e 4:e C 1.CCo p>4)

N.kogen cas ce C 1.CCO H54) 2ee a- o'*w e n cherce- D S.0co (2.21C) .

H.wc;nenol C 1.000 9 54) 2M teda o C 1.cc3 991 N.trc%Weae C 1&Co pSa) 24 tre8"ce D S.CC0 (2.270) er Paeatorma'ce n,ee C 1 Aco pH) 2 ins ta tossa:e C t.CCo p %s)

Pd'a t* X 1(0454) 2 O SS2012 2* )

Peniacruorophecos A to p pe 2'ac cP 3'c' ec c.4we A 10 H 54)

PhN C 1.CCO H54) 2nE.cde C 1.000 9 91

Phostm D 5000(2170) 2*C ' # a:e C 1.C001454) -

Phownaec ac4 .D 2'"C ***S"d'ie C 1.C00 48!41 g rsosane. . x S.CCh31 go (217M, av sMeseo D Sx0 n2.213 .

Pnesc e c., or,c a 'c'W .- D #*"d*** D S COG illIC) :

S.000 (2.2101 Phos: acnes seatamme..,, 3 133 p5 ap *"c r*N'*ce C t.CGC 4e9) 81=osphorws t-cww e* 2n smsos.ce D SE3 42 2TC) I D S.ccJ t2.2tc) C PC'verevatas*J P enea,.s *M s.24 e 1.CO3 (*S *)

e A to (4 p)

Petasagn e,g,. .e cce s* *e ele O S.C 3 (2 270)

C 1.CCopS9 Pc'ess m mes.ms* 2*etam *6 catas*~m hoace . D S.C23 s 2 ?CI C 1.00009) #"~#'**. D S N3 #2!? )# )

retan,. # o,-.e C 1 cco DS.i Pam m e~em..e #"***'"*"Me O S.ew i2.27:) j j C isco p u) f delswe evaa :a A to ga Sag Pe'asswm ee scoce . C 1CMsSal l Prase s*semanganeve O 100 054)

Pasvoq ,e . . A to te ut. .

Pep:> 3ac ac4 . . _ . . . . D $ cN (J.2701 ;

P*ctm aac aaa.c. ce D S E M IF .* ?ct .

Pacecenee.ge g S W3 s2 2 top 8N ***.a s . . . _ . . . . . C 5.14]C aevi (Anw as .. . . . , C 1 cM sew i ..,.,.e _ C iCa..~.

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%,.e e s~e C s Ca nm ,

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Georo.ia D Power 12 of 14

.See Title Page

- f ATTACHMENT 3 METHOOS FOR CONTAINING AND MANAGINU OIL SPILLS A. If spill is small, use oil absorbent (Soil Speedy Dry).

f, B. If spill is large, contain by:

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1. Placing appl.icab1r: sump pumps in the OFF position. l

2. Closing valves to prevent spread of oil.

3. Using earth mo'ving equipment to build temporary dikes if necessary. f Pumping oil into a tanker truck as necessary or back into !

4. I storage tanks. t "C'

C.- If oil enters a waterway: -

1. Use perlite blanket or loose perlite to corral and absorb O .

the +1oetine eit.

2. 'If large amount of oil is involved,'obtain the boom from ,

Plant McDonough and place it downstream'from the slick. '

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3. Spread straw or hay on the slick and when soaked with oil, collect using rakes or nets, place in a pit on the plant ,

site.

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4. If feasible, pump oil water mixture into a tank truck and !

decontaminate. . p

5. C6ntinue cleaning up and reducing slick area as expeditiously as possible. l s

6. Dispose of oil soaked waste in an approved dump area. . .

D. , Clean Up

1. Floating and settled materials which have reached waters of the U.S. should be removed to the extent practical.

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2. Structural surfaces which have become coated with a spilled material should be cleaned to pre. vent additional leaching or re-entrainment into the water.

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- ~13 of 14 e' J I

I ATTACHMENT 4 I

1

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EMERGENCY EQUIPMENT AVAILABLE IN' CASE OF SPILL

- ,______-__________-____________________________________________________~

ITEM LOCATION GUANTITY j Backhoe & Front End Loader Hatch Bldg & Grounds 1 Environmental Boat ~ Hatch Env. Bldg. 1 Oil Sorb Blankets Hatch Warehouse # 1 6 rolls Speedi-Dry Hatch Warehouse # 1 500 bags Fire Extinguishers Hatch Strategic Locations 62 Oil Booms McDonough 1

____________________-______________________________________qw_________

Fire Hydrants Hatch Strategic Locations 5

-m ____________________________________________________ _________________

Fire Hose Stations Hatch Strhtegic Locations 18 f L_________-______________-______________________________________-______

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.- ,. ATTACHMENT 5

- 1 DESCRIPTION OF OIL STORAGE AREAS . l

l CAPACITY .

TYPE STORAGE CAPACITY NAME (GAL) OF OIL OF

--_____-_-______________________________-_-________-_-_____ DIKE ____--_---_(GAL)

Aux. Boiler Fuel Tank- 77,000 #2

______________--_-_ _____--____-________________-_-___-_____78,680 ________ _

D/G Tank 1A 1,000 #2

__---__--________--____-_______----__-__---_-______-__-______1,302 ________

D/G Tank 1B 1,000 #2

--_-___----_-___________-_--__-_______-------------___-___--__1,302 D/G Tank 1C 1,000 #2

__-_---_-_----_--_-____-___-_--------___-_-___----__---_-_.__1,302 __.--___

D/G Tank 2A 1,000 #2

--______________--___--_______-__________________________1,302 ___- __-

D/G Tank 28 1,000 #2

______-____---______- -_- _-________-_--_____________ ____-_________-__ ca,302 Fire Pump 550 #2

+

-__-_-____-_--____-_--_-______--_______--,__-___--_-__--___NoDike pJ Fire Pump 550 #2

________-__---__-___---______--_--_-__-_-_____-____-_---NoOike Security' -_____--_

1,000 -

2

_ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _____ ______- _ _ _. _ _ _ _ Un d e r Diesel Warehouse # 1 2,000 # underground

_-__--________-___--____-______-__---_-__-___2' _-__-_-_______ ________

Diesel Warehouse # 1 2,000 # Underground

_-___---_---___-__-__-_--___2_________________--_-__

Diesel Warehouse # 1 1,000 *

Underground

--___________--__-_--__________________ __-___2_______-_ __ _______-__ ,

Unleaded Warehouse # 1 10,000 Unleaded gas Underground I

Oil is received at this facility via tank truck.

-Narious other types of oil such as transformer oil and turbine oil !

are stored and used.on the plant site. Transformer oil is contained within the metal transformer unit and other than this, no containment l is provided. ill In the case of turbine oil, most of the storage areas I are located inside the powerhouse and diked for fire protection. Any I rupture setup also of within tanks the thatpowerhouse.

are not diked would be contained in a building l

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