Text

Rept of Radioactive Effluents,Jan-June 1973
	ML20038A066
Person / Time
Site:	Yankee Rowe
Issue date:	08/31/1973
From:	; YANKEE ATOMIC ELECTRIC CO.
To:	;
Shared Package
ML20038A065	List: ML20038A064; ML20038A066;
References
	NUDOCS 8109110282
	Download: ML20038A066 (18)
	v • d • e

3 r.

s e

. p..,

I_.

1.-,

t

. g-s i!

r T

t

/

YANKEE R0WE NUCLEAR POWER STATION Report of Radioactive Effluents Summary of Results January 1, 1973 - June 30, 1973 i

t Y

i f

i I

i 1-i i

8109110282 730831

- PDR ADOCK-05000029 R

PDR 5

wh

,4-me>

3et.w,.

,-=.,

y.m

,c.,-

.w.,%-=<%-,.

,-eg-w

,y,'aww.

,v*w-cy..e-,-w-%e-.--y.e,w..-*

y-+tf erm-,ny,,

--,em,, -w w+ y

,p.

ii1,2.

d\\

!,i l

[f..

(

I: I t

b.

l2;!

p

?i i*

.e I

/

i

'I lfi

?

g A

'v

?

L 0

i W

9, 5

L5 S,

1 t.

c 7

1 1

8 7

f 6

lI

!l l

i l1

'l

'f i!

c oD m

ll Il l-lI j, g,

lI vo N

ll 1l l.

lt 1l l f.

l.

_1I tc O

2 v

i l!

l l_

I c

r a

o e

o Y

S l?

'u r

A n

o-pu sd l

e e u

s s J

a a II lI bb S

rl E

i m.

S L

e/8 L

0 k

0 7

c

1

?

h c2 L

n 7

?

4 6

5

?

6 0

c, 9

0 t u2 1

5 0

5 L.

8

?.

3, 6

I u

9 2

0 0

T a J

E O

1 6

?

2 9

1 9

d*

R n

S 0

T a 1d '

n N

d xa 8

E m 0.6 7

9

.6 1

U

?

8

.4 6

0 7

1 L

y 1

1 1

?

3 6

F 0

h h.

0 1

1 0,

0 5

S 3

1 1

o

~ 0 0

12 6

f, F

e t

s 2

E t f -

7 7

l 8l i oa m

R V

T t

0 5

1 i t I

li.

C e

r 9

0 3

n 4

0 f

6 m9 L

0 ei2 9

o, e

A k

p 0

0 1

3 m

7

?.

3 0

d l1 C

c A

0 3

9 7

i I

o 1

1 0

0 vdI D

p ll rso oe A!

pun I

F

?

5 h

o 0

O e

(

9 7

L 0

p 9

1 h

L.

0 0

9, L,

L O

1 T

t P.

0 1

6 0

n L

O P

l, 9!

l!

l, l,

ll ll I

R h

3 o

9 3

b 5

O 1

h 0,

0 0

)

e 1

L.

7

/

1 3,

h.

9 e

F 0

9 0

n 1

0 l

c ba l

e h

i q

6 a

Y 6

h q

L n

0 6

7 L,

7 L.

s.

v L

e t

a 2

o 1

L.

A e

3 0

s i 3

)

1 a m a

J 0

1 a

g i t

o l

a c

ji l1 li

>l d

d, b

l c "1 o ~e.

1 s

r n

e n 1

c l

c 3 0

> h.

Wi o7 7

Ce we G

v o o

1 m

>r e

m e

0 W1

/:

oi e

1 l i n l

n P

0 r

1 t

t i

r t2 r

'I l

I o

t

(

r i

?

u C

u w6 1

c x t' v

e-x n.

e s o

a.

. t.

,a D

c.

R M. i sg

. A.

i, 2

e.

ne c

3

.u E.

n.

l j.

u '.

x-a,1 ct T.

A-v v

y a

v.

r a,n u.

A n., A 1

1 t

%(e,

!b i

?

i-IlIl Ip l

L ic a

f A

3

6

)

s ge L

I w

N. a,w a

m.

. s.

3

.-.d 1

O 3

3 9

1 0

5

.4 p-5 g

rO g

7 k

w 8

6 7

5 1

p-1 0

8 2'

o 1

7 L

a

4 0

1 glll liII l

l lI l

a a

t m

'o l

glll I

v ey I

ll 1l lt ll 3

t.

7 9

0 1_

i e

r li a

+

e y

n aS lI l1 a

~

n

~'

A 6

ll

~

~~

l

~

u

~

J

~~

~

l S

?

~

f.

e

~

I m,

~

I e

5 a

o 8

. i h

o t

h

' 2 h

3 o

s.

IC T.

h e

o I'

s

?.

9 e

I l

r-t.

I v

5 5

o 5

p 7

1t e2 e

2 1

~

F 9

n 4

7 s

7 1

F l'

1 g

l a

~

?

E 0

3 5

C

~

I?

C t.n r

~

n A

k n

0

?

r 2

2 3

't e

1 C

A x

^

1 L

e_

9 a

I D

p,.

3 U.

l

~~

)

?

~

e 0

5 4

3 l

h 1

L b

7 e

L a

t 3

l N

i l.

l.

(,

l l

ia J.

va I

b o

a

~

. o p

L t

'a 1

a 5

d l1 l-l No

~

1 e

n s

(

~

m 1

9 k.

T'.

1 nt e.

ai O

g T m C

Il i

,j 5

4n tl e.

n m

"> ei*. '- c s

h:

0 n 6 n.

e.

e

)

C s.0 <: 6_

s h

r "

n

,a 0,.

0e en I

e r

0 t.

ot Cf 0i, i

o; C <.

Ci 1,,

1 To D

0i h

1., 1 u lr ro 1r 1 w l

1 1 r, T _)

1 e r

i xw xu nt C

_ d y

n u

n

, "x.o.

n y

u n

4...

u

_ e x-x.

c i c E

. u r

r e-f x,.

lt x.

x.

c

'L. n k te i

l e C

t d

I n

.C M

o e m O

c leu T

(

4, bd m A

a y

aui f

ll n 3

v.

4 i

ici T,.

E S

c anm

/

c vi T.

A.

i a n A

a s

c t a r

0 aoh Y

(

2 L

k 9

t. nt 1

w n.

7 l

0 c.

e., t.

ooA l

a r

c r

dss 4

t_

c.

r D

p p

1 1

i C

S es c

/_

a KDI g.

U

+

1 n_

t_

i_

e.

L 1

I r

T Z.

n T

v v

y_

e a

s a

e C

o' g

i I

T a

g e*

e*

g p

4 l

4 s

) 4 k]1 41l;lj i!

jl

!1j,

}

ll l9 g

1 S

3 0

3 A

B 3

2 T

2

". W r

tf 7

gl l

I.

a a9 ll tl.

l I

r

-a I

N 3

7 9

1 il l

r 4

n e

a Y

S ll lt w.

A_

Il l

a l

cc u

cc

//

J_

ee

.uu e

32 c0 0

{1 S

9 9

c-A 3

7 1

5 0

u33 Z

m 5

1 5

2 11 I

2 E

J_

6 f

0 1

2 n

1 0

~ xx I

5 1

0 3

N l

I 129 T

k. 2 x

h 1k E

5 1

8 3

0 3

J h

1 5

h.

6

0. =.

I. M v

5 5

8 3

3

=

F n

6 2

1 3

F I

0 V

7 6

0 00 E

0 1

= 00 77 l

r//

V orr.

I T

5 0

5 t oo

'5 0

4 5

h ctt C

. t 1

7 9

acc e

r 6

0 k

0 0

faa A

k n

h 5

1 3

ff C

c A

0 0

2 k

o I

. D acc ckk D

A l,

t aa R

Stt 0

0 1

SS F

6 O

1 0

5 C

h 6

r 2

I:E CC 2

3 A

T L

0 AA.

R 1

0 O

000 P

E l,

000 R

100 11 0

3 0

0 2

x b

1 0

5 xx 2

1 c

a 1

ccc F

2 0

./cc e//

uee l,

.s uu 7

e 0

3 s

00 n

7 7

0 01 1 a

1-1 1

n 0

9 b

00 a

O J.

m 0

x11 1

6 r

n C

a i

he 0. 0 0

'xx l#

- e jl C

C' 6N W a.3 x.

e noff I

.e t 3 R

o.

n, l :.

f.

d 4

v..

i f 13 2

E E

x...

a' oo t

d itt O

e mii T

c simm W

i ulii b.

ll s3 t

A S

2 t 310 2

a e

i 136 3

a.

c i

1 s.

=

1 -

A o

HIC l

3, Z

u.

c p

e 3

l A

n c

m..

e c.

a r

I ddd v

R eee f

d u,

ss s r

c.

ivUUU 3

R:

2.

k p.

e c

~

a P

r y

3 3

1..

c. -

i P

e-ab c t

C t,;.e x.

r e.

w 2-.

Fy 3

i ll l'

. l c

e r.;

a T

r 9

.l t

))

f'lLl[

ll Il

Si

)l i

i f\\ilIl

\\

E I

]

1 1

0 1

h ' 7 3

b 2

3 0

0 2

L 1

7 1

w l.

i l

lj

~

4*

m

'l I

0 v

7

,lli o

ry lt l

e c

3 O

3

'e, 79 llIl lI 8 !

l I

1.

po n

c a

t y

r

,n a

f l

i tv iJ a

}(

Il l1 I

S "A

m

' O o

s 3

9 m

1 0

'P i

n i

J 3

e e

T

.Ll l1 l{

i.

lr t

N

'L v

0 F

h e -

O o

n 3

r 1

1 2

2 F

a o

h F

0 e

k

_ 5 V

T i

t r

e r

A k

n n -

O o

o 3

!6 1

O c

A e

(

7 T

o e.

'a D

R 7

0 r

1 O

1.

i 4

1 1

h 1

t t

9 l

l

'P b

1 6

o 1

n 0

eF sn e

]I f

s t

i m

O.

n

i n

0 1

1

~

1 o

l 4

e.

e C

?. e e

n e

I s

o C

e

. - e

' ~

0; J

i go "~0 l s

t h-

n. 6.: 6 e.. '~'..0i i 0t 1

P

.}

n 0 n 9 o 0f e

c

- n T

a

~ e

}

c p

l e

0t C

c yi f.

1._1 1r p 1 rb e

t u

. r 1r 1 -: d E

u i

e i

o u

u ti L

n gc x.n. -

2 h

x.,

x xc E xc c

d o

E t

m C

n u

I c

m M

C i

O

(

n T

5

)

i A

6 y

S 1

m f

E I

n S

c i

2 0

n C

c O, i h

6 T.

n e

o p

t A

Y 2

a n

c (:;

P r

L s

a 1

s i

t s0 e

5 e.

u t

r1 k

5 u

M l

L

~

n a_

's i

t 7

t.

e1 5

7 0

1, l

. M.

~.

9 n

~

l 1

1 y

3

~

r

. r-.

U E

U i c

n S

r CA E

s T

T t

4 r

l A

t p

i p

c 0

a 7

T 3

g1

}

fl

lllll, si

j4 4

,.a s.

yY' j

<[

L i

V-(.

5 k

3 0

5 3

n i

0 1

9 5

3 g

t t

t 8

0 k

o L

0 O

O 5

8 3

h c

1 2

2 L

1 c

2 T

7, N,

A.

1 2

i l

1 l

l t

1 l

c a

t (D

o T

l,;I liliI i.

I v

e o

N l

l l

t O

c m

O 1

\\

79 lIli i

l 1

"y p

fc e

Y S

l l

,l l

i ut

(

A

?

ll l

u J

S E

s' 4

L 8

3 g

8 d

- 5 0

1

~

6 0

1 7

's e

a

?

E n

1 2

_)

L u

8 5,

0 2

0, 1

2 e

)',

2 J

~ h 1

P

~

F T

R P

E 3

0 9

3 2

9 4

U M

y

~ 6 0

2 3

2 9

8, P

n 6

~

1, g-k h

9 9

A P

I O

- L

~.

3 1

3 E

ZV

~

I T

t 9

0 0

'0 C

e r

0 2

2 3

g A

k p

0 5

7 3,

C c

A 3

L 3

1 n

I o

2 2

D D

A P

~

7

~

e-0 r

f a

T V

R CP E

~

'b

=

t

s. '

W e

F K.

t H;

l.

t 0

'M 9

t i

1 m

0 i

x 060 n

l 6

a n

4 O

J a

o 0 =

- r

. 4 L

5' C

l5 i

t 1

-r

)

3n

, n 3.

J,

c l

sh 4

3 -

3 n i

e e

o - n

- o

~..

k h

04 r

u

. i

- a u

c a

t

= v 0;

0 i.

0g k

1

. c

u 1,.

i n

. h.

x~ x, d

r l 1.

1.

b3 1.

1 e

e u

i x.,

ti c

c xr xr ll I

I e

r' r.1 c

u o e i

=

w r r

c C

m p w i

o' r

u

)

n l

p<

i

(

c S a y

i a.

f m

3 m l I

,a y

7 r a A

S ic-n 9

e n U

J e,

4 a

1 h r t

p_

1 h

t e y

i.

s-C o

d t t

f h

I r:

I c

R m

L ia r s

(

s e

r s

f t d y

T.

m s

e l

a e r.

u i

r r.m 5x q

7 s.

s, t

a t

i.

a_

l 6 n I

i n

t e e y

a 3

i t

t c 5

i I

l v

~.

y v

.s s

O s

n i t

3 e

r r

1 I L l

A 7

c e i c

c a

?.

t P

T 3

i..

9\\_

i g

.k

1

\\

YAl!KlE ATOMIC EIEC'1RIC COMPAI!Y N

.f.

s Offsite Environmental Radiological Monitoring N

Summary of,&ervey Results January 1,1973.- June 30,1973

\\

' +,

a 4

\\

9 m#

9 N

4 I

r v

Introductien In compliance with reporting requirenents set fori.5 in the Yankeo Atenic Electric Conpany Technical Specifications Section 5,7,E,h, this offsite environnental radiation report sumarines the results of tL:

surveillance progrm for the period January 1,1973 through June 30, 1973, Inaluded with this report are the following:

Table 1 - A sumary of analyses for the period January 1 -

1, June 30, 1973 - including for each ncdia sanpled during the reporting period:

Hunber of sanpling locations a,

b, Total number of sanples Hunber of locations at which Icycla are found to be c,

significantly abova local catablished or concurrent backgrounds, and Highest, lowest, and the average concentrations or d.

lovcis of radiation for the sanpling point with the highest average and a reference to the appropriate table describing the location of that point with re-spect to the site, Table II-VI - Locations of sanp3e points and nonitoring 2

stations.

Tablo VII - Environnental Sanplc Detection Sensitivities 3.

by High Resolution Ge(L1) Spectroscopy.

All analyses during the reporting period except the gross alpha and gross beta-ga.na on air parth:ulates were perfonned by Telodyne Isotopes, the gross alpha and gross beta-gar:na neasure-Inc., Westwood, New Jersey.nents were d:ne by Yankee Atonic Electric Conpa results are based on neasurencnts nado twenty-four hours af ter filters were co11ceted.

During the period of this report, levels of plant related radioactive raterials above background as detemined by the environmental nonitoring progran do not indicate the likelihood of any public intakes or concentratter. value" linLed in Appendix D, Tnble. II, Part 20 of Title 10 of the Code of Federal ReCulationa.

4 g9

-.~

3 1;

TABLE II Air Monitoring Locatione Location Distance fron Plant (r.iles)

Azimuth Furlon House 0.5 232 Harrir.an Station 2.0 357 TABLE III Water Snnplin ? Locations r

Distance from Disclargo Location Point (in nilen)

Direction Shernan Pond -

Discharge Arca 05 3h9 No. 5 Station 3.9 Downriver Harriman Station 2.2 Upriver Plant Potable (Onsite Well)

Distance from Center of Vapor Container (r.iles)

East Storm Drain 09 6

West Storm Drain 10 280 Sherman Spring

.11 30h i

9

=

A

3 gggy Soil and Vecet ition St pling Incations Distance fan Center Locatien Vapor Container (miles)

Azinuth Plant Site 07 132 Dunbar Brook 2.0 216 0

West Ceneterf 2.0 150 0

Harrinan Station 2.0 359 '

0 Field Laboratorf 0.6 230 0

Crocoroad 2.2 83 Whitingha. Line 2.2 32 0

Adans Hi-Line 1.3 289 TABLE V River Sedinent Sanpline Locations Distance fren Discharge Point (River Miles)

Direction Loc [t'gn,

Sherman Pond Condenser Outfall Area 05 3h90 Shernan Pond

.11 3200 No. 5 Station Ponc' (Below Shcrnan Station Spillway)

.3h Lownriver No. 5 Station (Above No. 5 Canal Entrance)

.70 Downriver Deerfield River (Upstrean of Rte 2 Briago at Mohawk Park) 13.h Downriver Deerfield River (Near Gar Chris Motel 18.6 Downriver Deerfield River (No, h Station Pend) 22.5 Downriver Confluence of Deerfield River with North River 23.6 Ibwnriver Harrinan Station (from foot bridge) 2.1 Upriver Harrinan Ecservoir 6.3 Upriver Distance Upriver of Confluence of North and Deerfield Rivers North River (Griswo]dv111e Dan Pond Above) 3.2 Upriver North River (former lycns-ville Dan Site) h.5 Upriver North River (West Branch) 3.9 Upriver North River (Gricwoldvillo Dam, Pond Below) 3.0 Upriver

4-g,y Tgggg yy x

Maide Symn Sann11ne Location F

Location Distanco from Plant (miles)

Direction Truesdell Maple Products Colrain, Mass.

12.0 ESE R. Hicks Fam Charlemont, Mass.

5.0 SE TABLE VII Environmental Sample Detection Sensitivities by High Res,1utien Oc(Lil Gm, Snectroncen-Soil & Vegetation Water (1 liter)

(1000 cm)

Filters Nuclide rCi/n1 pCi/cn pCi/ Total Filter 7

0.06 0.1 60 Be 51 0.06 0.1 60 Cr 5h Mn 0.006 0.01 6

b0 Co O 006 0.01 6

60 Co 0.006 0.01 6

~

75 0.052 0.09 52 I

Se 59 0.011 0.018 11 Fe 95 Zr 0.011 0.019 11 l03 0.007 0.011 7

Rul06 Ru 0.06 0.1 60 1131 0:008 0.013 8

13b 0.007 0.011 7

Cs l37 Ca 0.007 0.012 7

lho i

Ba 0.025 0.0h2 25 lk 0.006 0.01 6

La lh1 Co 0.012 0.02 12 M

Ce 0.052 0.09 52 ho 0.052 0.09 52 K

26 Ra 0.012 0.021 12 228 0.012 0.021 12 Tn Above 7alues are thoco qcoted by Teledyne Icotopes, Inc., the analytical centractor for the Yankee Atomic Electric Company environmental monitoring d

program.

m

- e ~ v wr i ---

rw,--v-w,--.<,v

,,,,,ww-,,w wn,,y...,+-y-r cv

-y

+ - - -

.w w

~ -, - +,,

s-e--, - -

e

-=a-a t+

l

.g.

Ne-3.

042 4

aN3.%.

e.

.. O O O o

O o Oo O OoO OOO N$

%. w4 r:-

3.r.a *

=w..

.e

- -~

~.

f

,4

~.4~

22

.2k 1.

a n

o

. -.. ~..

- n.

n o n.a. s.. s. a

. o.

1 o.

.a g.

. 3.g

,. g.

e. g e

e.

g g

w c.

&a 333 3 2*f

&&&1453 3 3 3

.5..

y;:.P..

3.3

..4 4 m. il m. '

t.

.s :,.,....

3 8,..

a.

4.

-2.

c a a.

. a ~'-

asam9aa a A.

>ss a

s 8,-

fg=

o,,

- ~.e a e

=

.noaeea e n e w

- agj samgg

..g 4.

=

.o..o..o..e..d. O O

.O.

e.4 a n o.r,

O 2 3 S 9 1 *

~~

~~.

3 3

3 2

M' A O' H O Q es.

& E. G.

. 3 an. ca. Ga. te. Ga. as. 2 3

b es.

Aa,

48. St.

+

l n.

.'%r t.

L..

.L.

ma c.

c.

3.

...., n.4 P=

9 O.-.

.3 64

< e.4

e. N 4 M.* W e 44. e 3w O.

o. o.

von O

Q

e. 4Oe..OOn 4

o o

3 O e.

. M.

a. N.

o. o. 3. u. G..* U.

o.

's eq V V V y e.

a<

f l

y i.t

t*

o. s 3

3. W.

ef.>.

m n n..

w-a.-o g u

.o

.43

4. o.

3. O. o. O. o. o. o.

o.

c. o. M o.

o 2,

o o

e.

o -

o.

, o e.

M.

o x

o, M,

P.

L

g -d VV V VV V y y y 4

.o >

g

.a

.r.0 w h

~ 2".4 +d.

g u

c.4 o

c c. e. e 4

.e.

S e

e.a.

O.a. h 4 O. e.o. o.. o. o.

8 8

u c4

.o. o.

.9. %. e. 8

o. a..

,..o e..

o.

-m e.-

{"}

o r

wi.a.

o = --

no 6

3 o

uST V V V M.*

Q

.e.

wa

=

a g

e.

y 89 C.

8 d

.-I.

x 4

J

.u

.a n.

.u.

s3 e

e.

f e

Y %'.

eq q

e y

O O

O 3 -*

4..

~.,~.4 t

M p,

%=48 u%

-t a,,.a u

w n w o s. n If g q:

a rannaw at:3-

$ L,<. m

% = % bEh 9 Jol a

c %. "3. "8.

- R 4 *?.

6 i

3 O

2-s

.e p A. g...n ? y ! g [,

x.

.o.w.e n e.s. o. 3

.f ;: '. w c $,.,

.E

-a.

?

t.c 3c

<a.N.mb 4g**

4, X,..w.

2-0 N

W p.

1d a.

x 4

4 0 db g

g {

h.. O.

O

e... N.. N. b M

b a.

W W O

6

.3g 3

-o-.

3, O

O W

y S

)

w-*P

.8 3

l T.

m J.

C M.' g A. O -

l.i O 4 G*

N

{<

3s

.u. o a n

. a 89

s. e.

u 30 P

. A * *A.

L-*

.e.

O.

.d..Ca-.

e.

A %O.

q c

4..

Jl 4 A

...a C.4 g

4 'J og 3

y 4.!

e 3 sg o.

$. O o.

Ug Q

i

,e 4 ep

.=

~. E 4:

3 32

,-=

E.e W

g

3 m

g w*

u W

W wk g

h 3

3-i.!.

l

.(

3 A

5..A 4

4

++

r--*

i c y

v.r..m

. ~.. +.,.,,., -

t TASLE 1 (CtWT.)

YANKEE ATONIC ELECTRIC COMPANY CFFSITE ENVIRO 2ZNTJl RADIO!.OCICAL MONITCRING 570:ARY OF ANALYSES FOR FLRIO3 (RWARY 1 - JUNE 20,1973)

For S.mpling Point (See Next Column)

Sampling Point m sber of locatiois Typ> cf Hedia SagicJ Total Number Analyses With flaghest Average Level for Period hith Itaghest Signifirantly Above

@ '>cr cf Locations of Sa ates P formed Highest Lowest Averate Averate Level Local tackgrot.eds Rint SeJament (14) 14 grab sag les Cross Alpha (pC1/g-wet) 40 30 30 Harriman Reservoir and Above (6/14/73 - 6/15/73)

SSernan Dam See Table V O

Cross Beta (pC1/g-wet) a6 46 46

!!arri: aa Aeservoir. See Table V 0

s StrDatats 40 c ci/g-wet) 1.7 1.7 1.7 Ilarrim n Reservoir. See Table V 0

a Cama Spectrum (pCi/g-wet)

Cs-137 2.9 2.9 2.9 1.arri an Reservoir. See Table V O

Cc "$4 1.2 1.2 1.2 Ha r rPtan Eeservoir, see Table V O

e e.

14.0 14.0 14.0 Below Sherna, S;all.ay. See Table V. O Ra-226 1.3 1.3 1.3 l'arriean Reserscir. See Table V 0

TL-223 1.1 1.1 1.1 Harraran Reservoir. See Table v 0

Co-60

.4)

.47

.47 Cordenser 02tfall. See Table V Mn-54 AnJ Above Sherran Dan, See Table V 2

.029

.029 Condenser Outfall. See Table V O

Sull (3) 8 grab samples Cross Alph (pCi/g, wet) 11 11 11 Field Lab. See Tr.ble IV 0

(5/16/73)

Cross 2ets (;2i/g.we')

25 25 25 Field Lab. See Table IV 0

Strontium so (pC1/ n ett) 0.91 0.91 0.91 Field Lat, See Table IV O

Gar.sa Spectr*m (pCi v.t)

Cs-337 0.36 0.36 0.36 DunN r Brooi. See Table IV O

h-22 ^

l Co-60 1.50 1.50 1.50 iest Cemetery. See Table IV 0

0.24 0.24 0.24 Plant Site. See Tr.bae IV 1

Rn.222 in-228 0.59 0.59 0.59 West Cenetery,. See Table IV 0

k-40 L 10 1.10 1.10 West Cenetery. See Table IV 0

18.00 18.00 18.00 bhlting b Line. See Table IV O

Nap 17 Syrup (2) 2 grab sag les Streatium -90 (pCL/ml)

(5/2/73) 0.3 0.3 0.3 Tru de 1 Sugar House and A. Ilichs Term. See Tablo VI O

Gamma Spectrum (pCi/1)

"'40 2.6 2.6 2.6 Truesdell Sugar House and 0

Cs-137 R. !!icks Farm. See Table VI 0.10 0.10 C.10 Truesdell Sugar Hauso. See Table VI O

1 All values reported for airborne iodine represent detection limits for lodine. Detection lirit saries fram sa-ple to sarple depending on volume of air sagled and elapsed tlw before analysis. Iodine -131 values are corrected for decay from time of sampling until analysis 6hile those for lodine-133 and 135 are calculated based on the minimum detectable tctivity required at the time of analysis.

52 Averages for all media computed by including values reported as less than a detection limit as af.they were actually at the detection limit. Thus all averages are upper limit vilues.

'3 No detecta' W utivity above system sensitivity (See Table VII. Fnvironmental Sample Dettet w4 3rnativities by liigh Resolution Ge(L1) Spectrosco-d - cept 51-214 faw

=-21e dec:y scran.

l P;rsonnel Category

<100 mrem 100-500 mrem 500-1250 mrem 1250-2500 mrem

> 2500 rR Permanent 14 25 28 9

1 91 25 20 19 3

Teeporary Totals 105 50 48 28 4

ALL EXPOSURES IN EXCESS OF 500 mrem ARE TABULATED BELOW Personnel Duty Function Exposure Job Assicn.

mrem

%A tH tC

%D

%E Other 1

Reactor Eng. Dep:

T rh. Asst.

560 15 64 21 2

Shift Supervisor 530 6

62 30 4

3 Control Room Op.

660 14 15 62 9

4 Control Room Op.

830 27 45 24 4

5 Contrcl Room Op.

910 22 23 53 2

6 Contrc 1 Room Op.

790 11 47 39 3

7 Control Room Op.

1370 9

53 38 0 ((.1) 41 59 8

Contr il Room op.

590 58 42 0 (fl) 9 Contrc 1 Room Op.

1030 s-10 Control Poom Op.

820 74 24 2

11 Aux. Op.

.1690 66 32 2

12 Aux. Op.

1030 31 68 1

13 Aux. ( p.

680 7

50 42 1

14 Aux. Op.

870 70 22 8

15 Aux. Op.

820 85 15 16 Aux. Op, 790 47 52 1

17 Aux. Op.

1090 1

47 50 2

18 Aux. Op.

750 68 32 19 Maint. Foreman 950 57 43 20.

Maint. Dept i

Tech. Asst.

640 83 17 1

21 Maint. Dept Tech. Asst.

1590 33 67

_.________m___.___.[

Parstnnel Category (100 mrem 100-500 mrem 500-1250 mrem 1250-2500 mrem

> 2500 mR Permanent Temporary ALL EXPOSURES IN EXCESS O'F 500 mrem ARE TABULATED BELOW Personnel Duty Function Exposurc Jol Assinn, mrem

%A

%B

%C

%D

%E

% Other 22 Plant Mech (Mechanical) 1,960 26 74 23 Plant Mech (Elec.,

820 51 49 24 Plant Mcch (Mech) 1,190 59 31 25 Plant Mech (Mech) 1,020 67 33 26 Plant Mech (Elec) 670 45 55 27 Plant Mech (Mech) 1,850 49 51 28 Plant Mech (Mech) 1,600 0 (< 1) 59 41 29 Plant Mech (Mech) 2,160 0((1) 40 60

'30 Plant Mech (Mech) 2,050 28 72 31 Plant Mech (Mech) 2,940 33 67 32 I&C Dept Tech Asst 1,190 60 40 33 Control Techniciar 1,410 13 26 61 34 Control Techniciar 770 4

68 28 35 Plant Health Phy't 1,130 100 36 Health Phys. Tech 1,100 100 37 Radio Chenist 720 100 38 Chem-IIP Tech 670 100 39 Pipe Coverer 970 2

98 40 Pipe Coverer 2,54' 100 41 Pipe Coverer 2,140 1

99 42 Pipe Coverer 1,330 100 43 Pipe Coverer 1,590 100 44 Pipe Coverer 1,580 100

P$rsinnel C.tegcry (100 mrem 100-500 t.iRem 500-1250 mRen 1250-2500 mRen

> 2500 inRa Permanent Tempora ry ALL EXPOSURES IN EXCESS OF 500 mrem ARE TABULATED BELOW Personnti Duty Function Exposurc Job Assinn, mrem

%A

%B

%C

%D

%E

% 0ther 45 Pipe Coverer 2,030 100 46 Pipe Coverer 2,380 8

92 47 Field Engineer 1,260 3

97 48 Field Engineer 640 100 49 Field Engineer 970 100 50 Field Engineer 810 100 51 Field Engineer 610 2

98 52 Field Engineer 1,260 100 53 Field.'ngineer 1,960 100 54 Field Engineer 570 100 55 Field Engineer 2,560 100 56 Field Engineer 2,600 100 57 Field Engineer 700 14 86 58 Field Engineer 620 100 59 NEPSCo Electrician 650 55 45 60 NEPSCo Electrician 1,470 52 48 61 NEPSCo Electriciat 560 64 36 62 Vt. Yankee Machin.

580 100 4

63 Me. Yankee Welder 810 100 64 NEPSco Welder 2,460 94 6

65 NEPSCo Welder 2,080 84 16 66 NEPSCo Welder 1,040 51 49 67 NEPSCo Welder 950 47 53 68 NEPSCo Welder 1,700 69 31

Pars:nnel Category

<100 mrem 100-500 mrem 500-1250 mrem 1250-2500 mrem

> 2500 mR Permanent Temporarv ALL EXPOSURES IN EXCESS OF 500 mrem ARE TABULATED BELOW Personnel Duty Function Exposurc Job Assinn.

mrem

%A

%B

%C

%D

%E

%0tly_cr 69 NEPSCo Laborer 1,040 79 21 70 NEPSCo Laborer 1,010 69 31 71 NEPSCo Laborer 1,960 82 18 72 NEPSCo Laborer 680 79 21 73 NEPSCO Laborer 1,160 44 56 74 NEPSCO Laborer 1,560 70 30 75 NEPSCO Laborer 1,800 89 11 76 NEPSCO Laborer 1,250 32 68 77 NEPSCO Laborer 810 63 37 78 NEPSCO Laborer 1,880 79 21 79 NEPSCO Laborer 1,510 90 10 80 NEPSCO Laborer 1,190 63 37 4

M M

d

,n SYM110L g

ROUTINE PLANT SURVEILLANCE A

AND INSPECTION B

ROUTINE PLANT !!AINTENANCE SPECIAL PLANT MAINTENANCE C

DESCRIPTION D

ROLTTINE REFUELING SPECIAL REFUELING E

DESCRIPTION OIllER DESCRIPTION r

l Ph q

I k

ML20038A066

Text

Navigation menu

Search