ML20064K229
| ML20064K229 | |
| Person / Time | |
|---|---|
| Site: | Browns Ferry  |
| Issue date: | 10/16/1980 |
| From: | Mills L TENNESSEE VALLEY AUTHORITY |
| To: | Ippolito T Office of Nuclear Reactor Regulation |
| References | |
| NUDOCS 8010210348 | |
| Download: ML20064K229 (17) | |
Text
.
~,
100 Chestnut Street Tower II October 16, 1980 Director of Licensing Attention:
Mr. Thomas A. Ippolito, Chief Operating Reactors Branch No. 2 U.S. Nuclear Regulatory Commission Washington, DC 20555
Dear Mr. Ippolito:
In the Matter of the
)
Docket No. M Tennessee Valley Authortty
)
50-50-296 We have reviewed the draft data regarding the Effluent and Waste Disposal Semi-Annual Report for year 1978 for the Browns Ferry Nuclear Plant enclosed with the letter from R. A. Hartfield to H.
G. Parris dated September 19, 1980. Enclosed is a corrected copy of that data with changes indicated by vertical bars. All other data is correct as reported.
The scope of this request for information was expanded in a telephone discussion with M. R. Beebe on September 30, 1980. Even though TVA's allotted review time was extremely short, the enclosed response also addresses the additional information requested.
Very truly yours, TENNESSEE VALLEY AUTHORITY
/\\. D b
L. M. Mills, Manager Nuclear Regulation and Safety Subscribed an sworn to ero7e me this /[/ day of (M s -
1980.
LR (
.i_. -
e
! 1.
Notary Public My Commission Expires Enclosure E010210 N b
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_ _.... _ QJSTALLATION no09ta i s FEo4Y.
LOCATION 10
[
r F F L ilE r.J T AND WASTE DISPOSAL SE24I ANNU AL HEPtJRT F04 Y E,A,0, 1 '} 7 8 SilPPLEMENTAL INFOHtt AT ION O
_ _. _ _ llN I r htP4 HEP 1
LICENSEE TENNESSEE VALLEY AUTHORITY Q ~~
DOedtT l'O. Sn P49 LICENSED POWEP ( t4',lT )
3P93.0 TYe FWP INITIAL CRITICALITY OR/17/73
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LICENSEE TENtJESSEE VALLEY AUTH0 PITY O...__ _ _ __ T YF t.
F i. 4 LlCEHSFD POWEP ( rd W T )
7243.0 DQCKFT NO. Sn-PA0 INITIAL CRITICALITY 07/P0/74 Co to ING wATro s0URCE TENtJESSEE. RIVER
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CO.0 LING WATEo s0URCE TENNESSEE RIVER MAxIMU.M_._.P E. R M T c S I H L E.. CON C E..N T..R._A T I..O N S. (. M I CR 0CU_ _R I. E S./. _ML. ).
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~ AV HAGF ENERGY (MEV/ DISINTEGRATION)
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DUARTER OllARTER 1
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i rs a-14 0 CI
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<6. HOE-04 I
O _...
,Cr -141 CI
<P.00E-03
< 1.74E-03 Q~~
~~
~co 5A
~~ ~
CI
<8.POE-03
<4.coE-03
~~ " ~'
co-u CI
<5.45L-0?
<4.0IF-OP C9-51 CI
_1. l a t -- 01 1.67E-01 C3-134 CI
<4.76E-03
<3.76E-03 Q __ _,, _ _ _
cs-136 CI
<4.5HE-03
<P.POE-03 Cs-137 CI
<1.45E-02
< 1.P6E-0?
t 40 CI
<4. HSE-03
<3.97E-03 j
Q ~ ~ ~~~~ ~ H 1 CI 9.0ME 00
'6.19E'00
~
~
l l.,1 4 E,0 ?
I.111 CI
<1.6HE-OP r
I 133 CI
<A.MSE-03
<S.96E-03 Q
LA-140 C1
<1.13E-03
<6. ROE-04 Hr4-5 4 CI
<1.04E-02
<9.01E-03 I
nri-F6 CI
<8.hlE-04
<4.P4E-04 G--~
,=t o 4 0 CI
<3.76t-03
<P.31E-03 un-P4 CI
<1.24E-01
<1.P4E-OP Hrs-95 CI
<1.79t-0?
<1.47E-07 5 8 " 4 _ _..
CI
<4.57t-04
<7.PSE-0*i O
_.._ _ _. _ S,4-90 CI
<P.P8E-04 2.35E-0S TC 4cu CI
<3.78E-03
<P.31E-03 O
Xt-134 CI
<P.87E-07
<7.71E-02 pt-135 CI,__,<P.44E 0?
< P. 3 B E-- O P.
zu-69 CI
<4.46E-0?
<4.14E-07 O _......._..._ 2 64 " 6. _.
.... _.._. _ C I
<?.P9t-0P_
<P.54E-0P_
e..
.ean.m e..a.
-a.
O O
e
'O Ob p*-
O O
+.
I, q T t.t i A T I O *s-54s> 0 e se S FEpav G
rFFLpFrT MLD 3.A S T F: DISPOSAL Spl.Am80AL FEPOPT_1478 f]). _,
t.101:10 EFFLtlEtJT5 i
CONTINilutlS MODE ts A TCH MOOF
!7) tJOCLIDFS (>FLFA9FO IINIT OllARTER OllARTER OllARTER OtJ A R TEN 3
4 3
4 9. __
.HA-140 CI 4.5.1RE-04 (6.75E-04 C ti-141 C1
< 2.15E-03
<3.h5E-03 9 _.
'Co-6R CI
<R.26E-03
<.1.16 E - O P CO-60 C1 4P.%L-02
<1.0PE-01 CH-91.__
CI 1.21t-01
-P.HHE-01 CS-134 CI
<6.41E-03
<1.67E-02 O.___....___
CS-136
_CI
<P.PHE-03
<A.54E-03 C5-137 CI
<1.56E-02
<2.79E-OP
/) -
~ FE-50
~
~'" ~ CI (3.51t-03
<6.53E-03
~'
H-3 CI 6.32E 00 4.?IE 00 I 171 CI
< 1. 65t-OP (P.66E-07 I 133 CI
<4.60E-03 54.83E-0?
_. _._ C I _ _., < 5.15 E - 0 4__ _ < 6. 7 5 E - 0 4 _ _ _ _ _, _
O __ _
LA-l'0_..
/
CI
<6.43E-03
<1.99E-OP Mca-54 i
Q) 40 49 CI
_,(3.74E-04_
,< 1. 2 6 E - 0 3 _,
.__. _ _ _._ __ f t cJ - 5 6
._ C I (1.53E-03
<1. 7 0 E-0 3 l
NA-P4
~~~
CI
< 1.19E-02
<4.56E-02
~~~
~ ' ~'~
~~
~
l n es-95' C I'
<1.33E~d '2 (4.33E-d2
'I
_ _ _. _.... S R - 8 9 -..
-_.CI
< 1. H 7 ti - 0 4
- 2.43E-04 SH-40 CI
<1.19E-04 P.94E-04
-Q
..TC 44"
_.._CI (1.53t-03_ (1.70E-03 ____.__
xE-133 CI
<l.34E-01 (4.96E-07 x E-1 ~45 C1 (6.4nE-02 (3.01E-02
- ~ ~ ~ ~ ' ~ ~ ' ' '
'"'~~~
.-65 CI 43.70E-02 (1 14E-01 O _.._ __.
_ Z R - 9 5 _ ___....
CI
<1.33t-02
<4.33E-07 I
O _ __._ _
/h
m O~
f O
O
+s O _
S T.L I f. I I ne?-opts.9 e s F F'Ji?Y IN t
. F F F L t.J r N T A esti t' A s T. E. DIS.Pusal N E h l A NN u al. P E P.O..R. T 197n Lintlin t.FFLUENTS-50MHAT ION OF ALL HELEASES
(),
I IIN I T Olla 4TLR OtlAPTER F. S T. TOTAL O~
1 P
- r. *t u o. %
i
_, A,. Fgsslog L 0 ACTIVATIO.1 P900llCTR
- l. TOTAL PrLeAsr(NOT I NCLilD I h6 TRITIljt'.
O, _,,
,,& cr s. Al.on e i CI 5.60E 00 2.80E 00 2.AVEDAGE D Tl.HT F 0 Cut <CEt1TAAT109
'onuirni pFoton llc I /:iL 1.98E -08 2.13E -08 Q - ~~'~~ ~ 't.pEPCF.NT Or t.PulICAFLE LIMIT ~
~
W 28 14 P.
TR I T ilih CI 9.08E 00 6.19E 00 O
1.yOTAL ItFLracF
_ _...Cor'CENTQATIon
?.AVFDA6E OII.HTED 01101h6 PF7 TOP llCI/ML 3.20E -08 4.05E -08 I
Q -- ~ ~~~ ~3.eEDCENT OF APPLICAMLE LIMIT 1.07E -03 1.35E -03 C.
DISSOLVED a t!O E'4TPAIrED GASES Q
__ _. _1. TOTAL PFLcaqF CI
< 1.09E -01 (2.44E -01 2.AVIPA6f DIl.UTfD CONCENTRATION
< 1.95E -09 UlDING PfoTOD llCI/ML 4.3.84E -10 l
9 7.pEPCFNT Or APPLICAHLE LIMIT
'5 6.41E -03 3.25E -02 0
GyoSS ALPHA oAniot.CTIVITY 9 _ __...
- l. TOTAL RELFAsF CI
_ 1.03E _04 4.5.14E -04
._ _....E._Vot PF OF 'dasTF PFLEASED(PRIOQ 10 D I L ilT I ot4 ).
LITERS 1.35E 07 8.27E 06 t
F_._.VOLI"E OF DIlllTIOH w t. T E P llS.E_.D.DilP I.N. G. _ P.. L. H. 1 0 h- _......_ L I T E..t1 5 2.8. _4 E.. 11. 1. 34 E..11.._..
I
- i..
i O..____.___._
(,
,g
[ Iris y ?.t.l. A Iloti.sinonN s F F4PY D
D
=s
'D EFFLtlENT AND WASTE DISPOSAL SEMIANNilAL PFPOHI.147a
()
L i ntlID EFFLUFelT S-St1H-4 A T ION OF ALL RELEASES I
UNIT Oll A A T t'P Ot!ARTEP EST. TOTAL G
3 4
- t. h 4 0 H, f-i
_ _ A.,, F 13c IOri Aalli ACTIVATION PPOntsCTS,_.
1.70TAL uFLrasF(NOT I?lCLilDIhb T H I T Ill56
/)
. dASES.flowa)
CI
.1.73E 00_
3.06E 00 P,3vERA6L D i t.18 T ED CONCENTRATIno
.. ' oispit:6 pForOD Q.._.....
3.pE4CEtJT OF ADPLICABLE LI*4lT IlC I h4L 1.68E.-08_.
1.99E -08
'A 8.65E 00 1.53E 01 H.
TH I T Itsu 9. _ _ _ _.._
- l. TOTAL RFLFAcF..
CI... _ 6.32E 00..
9.21E 00 P. AvFn A6E DTt ilTED C0bCEt4TP ATION U ipit:G OFoIGO..
t G..___. _ __ _.3.pfr< CENT OF APPLICARLE LIMIT _ _....._ __
UCI/ML._..
6.08E -08 5.98E -08 2.03E -03 2.00E -03 C.
D ISSOLVED Aten EtJTua lt;ED GASES 9 ___...___.. 1.T TAL.PFLFsSE_
CI
( L 55E.
01..
.< 3. 3 7 E _-01 O
P.AVfN A6E Oil IITED C0t!CEt'TP ATION
. oll4ItsG PEDTAD LICI/ML
< 2,45E -09., 4 2.19E -09
~
@ ______ _ 3. PERCENT or APPLICAHLE LIMIT
- ,08.E -02
_3. 6 5 E -02 t
_ _.._ _... _... __ _._.oA010 ACTIVITY D.
GgoSS ALPHA 1.IfTAL PFLrASE
._ CI 1.16E -05
<,1. 8 7 E -02 E. VOLli"E OF waste PFLEASED(PRIOR TO DILUTIUti).
LITERS
._7.03Et.06 1.06E 07 F.
VO L L P'E O f D il.II T I O N W A TER 119th nil 4IrJG PERIGO LITEas 1..0.4E.. 11___.
1.54E._ 11. _,,
9.. _.
I n.
'5
. _ - - -. -. - ~........
. - ~.
. ~...
... ~.
i
ATTACHMENT 1 l
1 MAXIMUM PERMISSIBLE CONCENTRATIONS i
j a.
Fission and Activation Gases: Not Applicable b.
Iodines: Not Applicable
~
c.
Particulates, half-lives >8 days: Not Applicable i
i d.
Liquid effluents: sum of indv. MPC ratios f1 (ref. 10 CFR 20, Appendix B, note 1) i j
i 4
)
e a
b' 1
1 1
s i
a 5
.l i
.i t
e 9
4:
,e--
.,-y
--.c-
~,-..-.,-y_we,m.-.
e.e.or
-r e m rm w. s
-..w-e.
,,s,.,--,
-,e,
,-,a
ATTACHMENT 2 MEASUREMEllTS AFID APPROXIMATIONS OF TOTAL RADIOACTIVITY I
a,b,&c.
Fission and Activation Gases, Iodines, Particulates:
Airborne effluent gaseous activity is continuously monitored and recorded; additionally, grab samples are taken and analyzed monthly to determine specific radio-nuclide activity concentrations. Stack and building vent i
effluent flow rates are calculated once a shift based on the configuration of operating exhaust fans. The flow i
rate is consolidated weekly to determine the volume of airborne effluents released from the plant.
l Charcoal and particulate samples are taken and analyzed E
at least weekly to determine specific activity i
concentrations. The total activity released from the plant is then calculated by taking weekly activity con-t centration values and multiplying them by the weekly airborne effluent volume.
i t
Allowance is made for a plus or mius one aigma counting l
i j
error associated with J isotopic analyses.
O b
.r----. - -. -, --.--.
y- ~ - -. - - - - -
c
,w--_-a.
,w.---
. ~,
-_~
- l i
d.
Liquid Effluents Gross beta, gamma and total d' isotopic activity concentrations are determined on each batch of liquid effluent before release.
The total curie content of a released batch is determined by multiplying the highest of the above three activiy concen-trations by the total volume discharges.. The total activity
~
released during a month is then determined by summing the activity content of each batch discharged during the month.
Allowance is made for plus or minus one sigma counting error associated with the total / isotopic analyses.
9 1
i l
l i
I i
...