ML20095K872

Forwards Draft in Furtherance Certificate.Approval Requested in Order to Meet Internal Revenue Svc Requirements for tax-exempt Pollution Control Revenue Bonds

ML20095K872
Person / Time
Site:	Hatch
Issue date:	08/20/1984
From:	Gucwa L GEORGIA POWER CO.
To:	Stolz J Office of Nuclear Reactor Regulation
References
NED-84-419, TAC-55671, TAC-55672, NUDOCS 8408300072
Download: ML20095K872 (4)

Text

V i'^

o~

Georgia Prwer Company 333 Piedmcot Avenue.

Atlar'ta, Georg:a 30308

. Telephorve 404 5266526 Mailing Address:

Post Off.ce Box 4545 Atlanta, Georgia 30302 Georgia Power L T Gucwa the southem electnc system Manager Noctear Engineenng

. and chief Nuclear Eng.neer NED-84-419 August 20, 1984

. Director of M1 clear Reactor Recplation Attention: Mr. John F. Stolz, Chief Operatirg Reactors Branch No. 4 Division of Licensing U. S. M1 clear Recplatory Ommission Washirgton, D. C.

20555 NRC DOCKE71S 50-321, 50-366 OPEl& TING LIGNSES DPR-57, NPF-5 EIMIN I. HATCH NUCLEAR PLANP UNITS 1, 2 POLLUI' ION CONTROL BOND IN FURIHERANCE CERTIFICATE Gentlemen:

Georgla Power Conpany wishes to participate in the isalance of pollution control reverue bonds in order to help finance certain facilities which are in furtherance of the purpose of abatirg or controlling atmospheric

' pollutants or contaminants, or water pollutants.

In order to meet Internal Reverue Service recpirements of alch tax-exenpt pollution control reverne bonds, Georgia Power Company respectfully recpest that the Comnission isale an "In Ettrtherance" Certificate of which a draft copy is attached.

Your assistance in this matter is greatly appreciated.

Very truly yours,

/T &==

L. T. G1 cwa KIB xc:

H.'C. Nix, Jr.

J. P. O'Reilly (NRC-Region II)

Senior Resident Inspector B408300072 840820 0

PDR ADDCK 05000321 g \\

I PDR

y CERPIFICATE HA'IDI NUCEAR PLANT UNI'IS 1 ~ & 2 POLIUTION 00N'IROL FACILITIES The M1 clear Recplatory Conmission (the NRC) hereby certifies as follows:

(a) that it has examined Exhibit A attached hereto which describes certain facilities whch have been constructed, are undergoing construction or are to be constructed at the Hatch M1 clear Plant located in Applirg County, Georgia.

(b) that alch facilities, as designed, are in furtherance of the

- purpose of abatirg or controlling atmospheric pollutants or contaminants or water pollutants rea11 ting from the generation of electricity at the Hatch M1 clear Plant.

For the Nlclear Regulatory Conmission Harold R. Denton, Director Office of M1 clear Reactor Reg 21ation Dated at Bethesda, MD this th day of August,1984 1

w y

-e.

--r

~

~ ' " "

~~~ ' ~^ ^

^

g us _

m N

/

)

~

t

[

~

EXHIBIT:A-U y

m

.~

General' Description ~of the Facilities.

a

,g

The facilities consist of; the. following systems at the; Plant and, in each'

,a case,Einclude -related machinery, egaipment and related facilities:.

i e

.;.~

f Sanitry Drainage 4and Treatment Systems. : The -sanitaryf: drainage and j

treatment ' system a collects,. transports,. treats,. clarifies ' _and returns wastewater

. to. the: water ' reclamation facility ; for reuse. - %e : system may.

' : include a :. wet : well,1 sewage lift 1 station, alrge tank, package sewage.

-treatment plants,. chlorine contact; chamber, aangs,i panps, piping,; valves,

controls and-instrumentation. >

4

_ Chemical tenste Systems. The chemical' waste systems. for each unit, at the :

Plant consists of_ albsystems that collect chemical westes from various: area.

~

4

' of the Plant, neutralize -- the - chemicals in - a2ch wastes 'and/or - transfer aleh wistes. to the ' chemical ' drain-. tank or lig2id radwaste ~ holdup ~ tank.. Each<

. system may.. include decontamination facilities, drains, samps, a chemical 1

~

drain tank andlrelated piping..

7

... Gaseous Radwaste System.

%e gaseous radwaste. system for each unit at

- the Plant. collects and process potentially.. radioactive gases generated within the unit so that offsite expomare is keptL as. low 'as reasonably.

- achievabic " (ALARA). ~ %e high activity 1 gas is collected and -stored in an

. oxygen-free environment to guard against a rapid hydrogen / oxygen reaction before release' to the environment Lat 'a high altitude through the : main stack.

Each system may include

filters, valves, related radiation-monitoring eglipnent and associated pipiry..

Solid radwaste systems. %e solid :radwaste system for each unit at the plant collects and processes radioactive waste consisting of ' trash, spent ion exchange resins, waste evaporator concentrates, chemical drain tank effluents, laindry drain tank effluents, used filter cartridges, 'and contaminated condensate polisher resins.

%e resins are dewatered -for each unit in their own housings.

Where possible the wastes are conpacted prior to shipment offsite.

The radioactive trash is' segregated from the nonradioactive waste 'in a specially designed b2ilding.

This tuilding also serves :as a alrge volume for packaged. radioactive waste prior to shipment-.

Each systen also includes related radiation monitoring eglipnent.

Licpid Radwaste s" stems.

%e liq 2id radwaste system for each unit at the P: ant collects,. stores and processes radioactive or potentially radioactive waste fluids from various areas 'of each unit. Such waste fluids are. processed by filtration, adsorption,- and ion exchange. Water. is recovered for reuse -in the reactor ' plant system to minimize the giantity of.

ligtid wastes.

Each system includes phase separators, laandry drain tanks, centrifuges, tanks, aanps, pangs,- valves and associated piping. Each systen

' also includes related radiation monitoring eglipment.

' Filtration Eg2ipment.: %e filtration egalpnent for each. unit at the Plant collects.and remove contaminants from gases prior 'to discharge to the

environment in order to ' maintain - off ' site expoaire ALARA.

Each ^ system l includes -' high.. efficiency air 'partio11 ate air; filter banks and charcoal' adsorbers and related mechanical and fire protection egnipment.

c s

c

,.y~

R Cooling towers.

We cooling towers for each unit. were designed and constructed - for the purpose of - redicing. the thermal pollution to the

. Altamaha. River from plant waste heat discharge.

%e system for each unit includes associated fans, pimps, piping and fire protection eglipnent.

RadAdd tuilding. %e. RadAdd hiilding was designed and constructed to house additional eglipment necessary for the processing of radioactive lig2 ids under the guidelines of ALARA for Unit 1 after the original design was hiilt.

%e system for each unit includes associated pumps, piping and fire protection eglipnent.

CST Dikes.

%e dikes around the Condensate Storage Tank for each unit were. specifically added to prevent the uncontrolled release to the environment of the water in the Condensate Storage Tank which is potentially radioactive.

Primary Containment.

%e purpose of the Primary ' Contairinent is to prevent the release of radioactive fission prod 1 cts to the environment in

- the event of an accident.

Wis system includes all the instrumentation, logic modales, airlocks, valves and piping necessary to isolate containment.-

Radiation Monitoring systems.

%e p1rpose of the radiation monitoring systems for each unit is to control the release of radioactive pollutants to the envirorsnent.

Closed toop Cooling Systems.

%e closed loop cooling systems include Reactor Blilding Closed Cooling Water and Rad Waste Closed Cooling Water.

%ese systems remove heat from eg2ipment used in the plant and enaire that thermal discharges from the site are minimized.

Spent Riel Handling and Storage Systems.

The spent fuel handling and storage systems for each unit include the spent fuel pool, spent fuel pool coolirg, filters, demineralizers and storage racks.

%is eglipment asaires that the radioactive pollutants within the fuel are maintained in a stable configuration before offsite disposal.

1 L