ML19220C143

Forwards Questions Re Discharge of Liquid Waste,Offsite Consequences of Steam Line Rupture Based on Derived Secondary Activity & Effects of Liquid Waste Discharges

ML19220C143
Person / Time
Site:	Crane
Issue date:	09/23/1968
From:	Howe P US ATOMIC ENERGY COMMISSION (AEC)
To:	Boyd R US ATOMIC ENERGY COMMISSION (AEC)
References
NUDOCS 7904280291
Download: ML19220C143 (3)

Text

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C. Soyd, c.ssistant.trec:or for cactor Projects, :'U.

Jircetor f or '.caeter Technolor,-.

',7L T:XJ.

5. Levine,.iasistant c

J;ES Y CE-"AL - OYST22 C2ECK 2 (U;STIC;I5-doc;CT ';0. 50-300 The attached questicas are su'enitted to Projects for transaittal to tne appliennt (Jersey Central Power and light Cc pany).

P.

'a'. Howe,.u:sistant Chief Envirennectal & 72diation Saf 2T-973 Tec'nology Eranch DEL: E&RST3:L'Ei Division of Reactor Licensing

Enclosure:

Jers Central Ques". ions cc: v enclosure R. Tedesco 88 005 S&2ST3:DRL E&RST3:DR l DRL i

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1.

siscuca tac diac.2r e of li-uid wa.:: f re.: the cita it r: rarct t.-

cae sources of r:dicactive va.s :e s. includi9-a,r entation cf : e folleving data (a) Taculatice of tre r_axinen n.ounts o ~ each radienucit'2 s h i:-

vill

~.e c:ntained in t!a liquil vante crecess tan: 3 at :ny cre time.

( '_ ) -:axi:L: quantitic: of eac" radionaclide 5.ich =111 Se ii char ed aanually. as veil na tLe naxinun anort tern an! yaariv averam ccacentr:tions of esca at ::.e point o f dice:.arr._

2.

Provide an analysis whica relates e r f -r.. y coclant a c tiv i ty aseured lesiase rate f rem primary to scceeJarv syetcc. remeval an: cleanu, neenanisms for ti.e cecendary syst c ecolant, and t;c dcrfved activity contained in the secondary systen. :'re s en t an aralysis of t c off site consec.uences of a secas line runtur ;aseu on the derive:' seconderf activity.

3.

cur calculation of the site beundcry doses resulting fror vaste :2; decay ru. ure do not a?.rce vitn tc.osa contair.ca in Section 11.1.0.5.3 Ilease describe the =odel used for calculatir.- ti cle todv d., cec of f site as a result of the accidental releasc of ~nsecur fission producto.

Include values fer the parameters used in the dose calculations.

4.

Section 2.4.6 of the PE.1R discusses the effect of liquid vaste dicctarten on fish and vildlife in larnega: Tay.

It 13 not eles: cw t:st information applic., to tae discharge of licuid vastes to t': e. lantic :ccan a.t prorosed for the co=1inei or,eration of Units 1 and 2.

'111: studies cr-planced :o determine :_c ffect en fish and vf idli'e of tre t'inc'.ar -

into :nc Ucean?

'.r.at s tudies are rianred of t'>e tynec a..d cerula:!c.

cf si,cificant ocean rarine life i= the vf daity of dischar c' T'eu !s the environscrtal =onitoring rogran descrihed in Stetien 2.7..hich

~

vas initiated in :'are!. l'266 to he modiffed to include anticipated op-ration of " nit 2.

3.

1..e ecua tien a t the ter of Pa;e 1 ~ of t:'c 1? van u*ed :o calculate t c.1 lo n ?, scen averate disecr-4 inn of affluent cases f r en t' e lace.

. e do not beli ve it aarro-riate to include ir. t'ris calcula:!an t,

cofained effects of sacter averacins and dilut en i-t'-

tur'ulent vaia of t'..e uil i.,3 Please r2evalua:

.2 calcula:ed >.iffusten values incor'oratiac, cceter av2rs'Ing on17 m?

i ti. resrect to tri tiun -cerstioc an-! control. - 1::nse,reviJ e t c folle.in.

1.

Id.mtif s the 3. crees cf t.itiu:t,roduction ir

t. t reac ter f.:c :w. - -

tw

.a.e-for evaluatir^

t..e 'roductien rat.-

• uncer t a i n t : en rs as scc ia t ac zi th t." areductior rates:

2.

9: factors affect the re> lace cn rate of t! 2 a rin a r-e crein t'

J.ev F.o.

tr e :.olde, -criod in e=tiuatc.,

' ha t is tae exrar'rzntal confir stion of :: e. cidup ceric.

3.

• bat f raction of t': 2 tritius ornduced free 23:5 o' tne scure.'s 1: relcued to the ri.ary cociant?

Et-e.. ave t' e c c v a lu m c ec.?

d e t e rt i r. e d'.'

aat arm :Pe uncertainti.'s in thz v:.lu r ?

That fraction of the tritium released to ::c ri ary ecolant la rcleamed in t:.e lim:id vastas?

5.

'escrihe bme tr.c trician concentra 1cnu in tha d i s c..c tr. 2 carni vill ~ e evaluated for averare yearly disenar-aa ami fer conditions tica on a hscre ter alpht lead to hicher cencentrations.

6.

Cow.111 the tritus concentrations in tha discharce canal and in EEc mixed vater scurce (i. e.. flovine -iver) cer cra. it'-

cec tritie= already rresent in t'.3 vater so :rce?

7.

..I.at nAa.ur 2S are C@Ces.4ar7 to aSCCrtain t.7at thc tritit* ' a S t.

.*4 pose no areolen considerire the tange cf the urcertatntice in t':e evalua ticn and re c.orn_i. z_i nn_t_h_e__inc._r_e_a_s_in e.n_u_rL2 r o f __r..ea c_ter_9 ?

3.

What uantities of activity could sceunciate in 0:.e condensata -.-

Sorated water storage tanks and what :cou'd be C.c eenseq to-cac of f ailur.: of t.iese tan:. '

7.

Justify t::e assur.ntion that only 37 of t':c iodine available for les: se after t.c locs of coolant accident it in 2 on -r-r.cvall e f or.

3.

The containeen atrosphera recirculation systc= is not ecuisrai /i t'-

'. ' ' filters. L1:a: f raction of t..e non-reacvat ic fedines in ::. -

cor.tainrent atmosci' era follevine t:e LOC.\\ are assurem to Se in earticulate for=? Justify this assur-tion.

In thi v.'stt7.i c n i :, a cr a'.- l.-

to c:-3 ins.talistien of

.C'. acd ci arccal filters if ae W l?

88 007 m