ML20136D635

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Requests in Futherance Certificate in Order to Comply W/ Irs Requirements for Issuance of Pollution Control Revenue Bonds.Draft Certificate & marked-up General Description of Facilities Encl
ML20136D635
Person / Time
Site: Vogtle, 05000000
Issue date: 06/06/1984
From: Foster D
GEORGIA POWER CO.
To: Harold Denton
Office of Nuclear Reactor Regulation
Shared Package
ML20136D410 List:
References
FOIA-85-426 NUDOCS 8511210337
Download: ML20136D635 (5)
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Text

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Waynt!44uo Gr. (pa Mitt.U lelephtuw 404 8.'A 990t Cal 3.%D 404 7't 414114 Iat *f5GD

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wegue no,ec t June 6,1984 Office of Nuclear Reactor Regulation File: .X78COS U. S. Nuclear Regulatory Commission Log: 0N-372 Washington.: D. C. 20555 s' Attention: Mr. Harold R. Denton, Director NRC DOCKETT NUMBERS S0-424 AND 50-425

. CONSTRUCTION. PERMIT NUMBERS CPPR-108 AND CPPR-109 l' V0GTLE ELECTRIC GENERATING PLANT - UNITS 1 AND 2 POLLUTION CONTROL BOND IN FURTHERANCE CERTIFICATE

Dear Sir:

Georgia Power' Company wtshes to participate in the issuance of .

pollution control revenue bonds in order to help finance certain facilities which are in furtherance of abating or controlling atmo-spheric pollutants or contaminants or water pollutants.

In order to meet I.R.S. requirements of such tax-exempt pollu-

. tion control revenue bonds. Georgia Power Company respectfully requests that the Commission ~ issue an "In Furtherance" Certificate of which a draft copy is attached.

l Your assistance in this matter is greatly appreciated.

Very truly yours.

O.

i D. O. Foster l

l DOF/,1c l

Attachment

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xc: Ms. M. Miller Mr. J. A. Sailey Mr. M. F. Bearden Mr. J. T. Beckham l

8511210337 851011 . 6

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CERTIFICATE V0GTLE ELECTRIC GENERATING PLANT UNITS 1 & 2 POLLUTION CONTROL FACILITIES The Nuclear Regulatory Commission (the NRC) hereby certifies as follows:

(a) that it has examined Exhibit A attached hereto ~

which is entitled " General Description of the Facilities" -

and which describes certain facilities which have been constructed, and are under construction or are to be constructed at the Vogtle Electric. Generating Plant, a nuclear electric power generating plant located in Burke County Georgia, undivided interests in which plant are owned by Georgia Power Company (45.7%). Oglethorpe Power Corporation (30%), Municipal Electric Authority of Georgia (22.7%) and the City of Dalton (1.6%).

(b) that such facilities, as designed, are in futherance of the purpose of abating or controlling

- atmospheric pollutants or contaminants or water pollutants resulting from the generation of electricity at the Vogtle Electric Generating Plant.

For the Nuclear Regulatory Commission Harold R. Denton, Director Office of Nuclear Reactor Regulation Dated at Washington, D. C.

this day of

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EXHIBIT A General Descrtption of the Facilities

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The facilities consist of the following systems at the Pl. tnt and, in each case, include related machinery, equipment and related facilities:

Sanitary Drainage and Treatment System,s,. The sanitary drain- d[};d

age and treatment system collects, transports, treats, clarifies and- pg The system may include a wet well, sewage lift station, surge tank, package M y ry. i p(e(yeturns wastewater to the water reclamation facility fo sewage treatment plants, chlorine contact chamber, sumps, pumps, piping, '

! valves, controls and instrumentation.

011y Waste and Nonradioactive Waste Systems. The oily and non b l2 3 radioactive waste system for each unit at the P' 34 L-i ing and disposal, nonradioactive waste from normally ant collects nonradioactive for process-areas- (y, p, s, / j where oil may be present. . Each system may include drains, sumps, 011/

. water separators and a retention basin.

Chemical Waste Systems. The chemical waste system for each /$M % 2-.1 unit at the Plant consists of subsystems that collect chemical wastes /0- % 7

- bef/ from various areas of the. Plant, neutralize the chemicals in such wastes M. lo and/or transfer such wastes to the chemical drain tank, retention basin, gg 3.6. 3 evaporation pond or liquid radwaste holdup tank. Each' system may include drains, sumps, a chemical drain tank and related piping.

[ Retention Ba_ sin _. The retention basin and related ponds cn11ect6R M.k nd dispose by evaporation of yard drainage to prevent discharge of sedi. S . 6 . t-g mentagntotheSavannahRiver.

Y' aretton Ponds. Tha ==aration pond collects start-up L flush water andQoonne r.ower blowdown wastewater]for disposal by evapora- 84 3.6.2.)

tion. The evaporaition pona aliows ror disposa t of settlable solids and

-pollutants on a rubberized liner. The. system includes related environ-nental monitoring wells and equipment.

! Gaseous'Radweste Systems. The gaseous radwaste system for each unit at the PTant collects and processes potentially radioactive %ft( //,'3, h gases generated within the unit so that offsite exposure is kept as low C-/2. 'A 6' as reasonably achievable (ALARA). High activity gas, containing primarily I hydrogen and nitrogen is collected and stored in an oxygen-free env4ron-l ment to guard against a rapid hydrogen / oxygen reaction and to permb i decay of short-lived isotopes prior to release to the environment. Each system may include a surge tank, pref 11ters, waste gas compressors rnd decay tanks, a discharge filter and flow control valve and related radiation monitoring equipment.

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2 Solid Radwaste Systems. The solid radwaste system for eac h /Df8lbY unit at the Plant collects and chemically processes radioactive wast e g 3, ,f consisting of trash, spent ton exchange resins, waste evaporator cor.

{ centrates, chemical drain tank effluents, crud tank effluents. .used  ;

filter cartridges, contaminated steam generator blowdown domineraliter  !

resins and contaminated condensate polishing demineralizar resins.

Wastes are solidified in the waste solidification system and stored in a shielded storage location prior to shipment off site. Each system may include a waste feed tank, chemical' handling and storage equipment, cement handlin'g and' storage equipment and mixers and related machinery and equipment. Each system provides for capping, i decontamination, swiping and placement of solidified waste containers in a shielded storage location in the unit. Each system also incluh s related radiation monitoring equipment. -

Liquid Radwaste Sys_tems. The liquid radwaste system for each St(L lI D C unit at the Plant collects and stores for processing and processes g. g radioactive or potentially radioactive waste fluids from various areas of such unit. Such waste fluids are processed by filtration, absorp-a tion, ton exchange and evaporation. Water is recovered for reuse iri

! the reactor plant system and to minimize the quantity of liquid wasi.es which must be solidified for off site disposal. Each system also includes related radiation monitoring equipment.

Radwaste Transfer Facilities & Building.

The radwaste build- F3(M? II Y b ing for .the Plant houses the systems used for the processing of liqbid, g 3,{

solid and gaseous radioactive wastes generated in such unit and is functionally related and subordinate to such systems.

, Filtration _ Equipment. The filtration equipment for each F6M /22, t1 unit at the Plant collects and removes contaminants from gases prior l 2.l #

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[ptoALARA.

dischargeEachto the environment system includes high efficiency in order particulate banks and charcoal absorbers and related mechanical equipment.

to maintain off site exposure air filter y,sff g

Radioactive Laundry. The radioactive laundry uses cleaning 7~-3/h(. fl.7..L machines to decontaminate cloth and rubber protective clothing used at .

the Plant. The system.may include a cleaning. chamber, solvent tank,

{ still drying fan, evaporator refrigeration compressor and related systems.

CTosed 1.00 ) Cooling Systems. The closed loop cooling systesns FS/pt /ON.I include the Turbine Mant cooling water system and the nuclear serv:ce g q./

cooling water system. These systems remove heat from equipment used in 9- *3,g the plant and ensure that thermal discharges from the site are minin12ed. .

Heated water is recirculated through cooling towers Where it is coo'ed ~

and returned for use as equi,oment cooling. water.

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Effluent Collectio_n, Treatment & Disposal Facilities. Thi f*SM % %

National Pollutant Discharge Elimination Systeni (" NPDES") Guideline, g, 3 issued pursuant to the Federal Water Pollution Control Act limit th1:

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L- discharge of-pollutants. Facilities installed to collect and treat // 7 liquids from various sources include wastewater retention basin gN g j' I systems, dechlorination facillity systems and sediment retentton pond systems. ,..,3d l

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