Text

Forwards Part 2 of Operating Rept Containing Radioactive Effluents & Occupational Radiation Exposures.Part 1 Covering Operating Experience Being Submitted Under Separate Cover. Part 3 on Environ Radiological Monitoring to Be Submitted
	ML20037B483
Person / Time
Site:	Dresden
Issue date:	02/14/1978
From:	Stephenson B; COMMONWEALTH EDISON CO.
To:	James Keppler; NRC OFFICE OF INSPECTION & ENFORCEMENT (IE REGION III)
References
	78-161, NUDOCS 8010100479
	Download: ML20037B483 (15)
	v • d • e

- _ _ _ _

Comm:nwe:lt( 'dison

(

Dresden Nucint P1wer St: tion

(;

R.R. #1 Morris, Illinois 60450 a

w q b, w(d

Telephone 815/942-2920 4

gc

,,.;_ b

~

l February 14, 1978 BBS Ltr:

78-161 h

'ip,.

\\

e.,,

n.

q?-

<:[ #'

Mr. James G. Keppler, Regional Director Office of Insoection and Enforcement

{.

Region III V

U.S. Nuclear Regulatory Commission 799 Roosevelt Road Glen Ellyn, IL 60137

SUBJECT:

Dresden Station Operating Report, NRC Dockets 50-10, 50-237, and 50-249

Dear Mr. Keppler:

Enclosed is Part 2 of the Dresden Station Operating Report containing radioactive effluents and occuoational radia-tion exposures.

Part 1 of the Operating Report covering operating experience of this facility is being submitted under separate cover.

Part 3 of the Operating Reoort on environmental radiological monitoring data will be submitted in March.

One copy of this report is provided for your use and 39 copies are being submitted directly to Mr. Edscn G. Case, Deputy Director of the Office of Nuclear Reactor Regulation.

Sincerely, N M-B.B. Stephenso % 74 n

Station Superintendent Dresden Nuclear Power Station BBS:GWB:av Enclosure cc:

G. Bergan File /NRC O7 O

5 76*bb hs (N

g~"i"" 9LLX a

77 1 ACILilXI 14tMDal titlCllAlt l\\).Mt STATI(t! - IIIIT 1 DOCKET NOS. t

<0 in gi 1.

Cn:: mets t.rfluitnts UNITS JULY AUG SEP OET NOV DEE 6 MO. TOTAI.

TECH. SPfC. REF.

1.

Gross Radioactivity Releases a) Total Release curies 4.9E+03 4.8E+0%

6.lE+0%

6.6E04 1.8E+05 b) 14nximum Release Rate yQ1/ gen l.4E+0%

3.9E+04 2.9E+0%

3,ggog 3 9r,og c) Isotopes Released k-95m curies 8.3E01 7.7E02 1.0E03 1.2E03 3.lE03 Kr-07 curies 4.2E02 3.4E03 4.7E03 5.6E03 1.4E04 Kr-88 curies 3.2t02 2.7E03 3.6E03 4.2E03 1.lE0%

Xe-133 curies 2.8E01 8.0E02 1.lE03 1.2E03 3.lE03 l

Ie-135 euries 6.0E02 4.8E03 6.7E03 7.5E03 2.0E0%

8.2E03 9.0E03 2.4E04 l'

I'*I35" cur $et 6.7E02

_ndE01 1e-138 __

2.8E03 2.9E0%

3.6E04 3 7E04 1.0E05 curies I

I 0 34 3.23 4.21

%AO 2.02 d) Percent of Chimney Limit e) Average _Ro} ease Rate-uC1/see l.9E403 1.8E+0%

2.4E+04 2.5E+0%

1.lE+04 2.

Iodine Releases l

I a) Isot. opes Released I-131 euries 1.8E-03 2.7E-04 2.4E-03 2.4E-02 1.8E-02 7.lE-02 1.2E-01 I.2E-01 8.6E-02 3.6E-01 5.7E-01 I-133 ouries I-135 curies 1 3E-01 1.0E-01 5.0E-01 7.3E-0I

~~~

b) Perceni,of himney Limit 0.03 0.01 0.04 0.37 0.29 1.10 0.31

~

e) Average Relmano Rate.,

tC1/see 6 7E-04 1.0E-04 9.%E-04 8.9E-03 7.0E-03 2.6E-02 7.5E-03 p

Unit Off I~

l l

l I

I I

l l

1 i

s

\\

J pi C

.U M

S

. \\a s

I.

CI ET i

L 7

A 7_

O 1

T T

9 9

7 4

7 2

1 1

s 1

0 2

0 0

6 7

5 4

9 3

7 5

9 7

7 3

R 8

9 6

6 5

9 7

7 0

5 9

2

+

2 5

8 A

E E

O 6

1 4

0 0

2 2

2 3

0 9

3 1

0 1

^ '0 0

2 3

2 Y

H 4

1 3

1 8

6

_2 1

9 3

2 0

0 5

5 2

9 0

0 3

4 0

7 0

1 6

1 3

0

+

0 E

7 1

5 0

2 2

13 E

E E

C 0

9 l.

1 6

2 D

2 2

1 0

2 2

5 1

8 3

0 1

1 2

0 5

0 6

2 2

1 0

1 1

1 5

1 0

3 6

1 2

0 0

3 5

0 2

0 0

4 4

0 1

0 2

1 0

1 E

1

+

V 0

E E

O 3

4 N

6 4

4 2

1 5

0 1

2 0

o 2

7 5

8 9

7 5

9 7

0 5

0 n

S 0

2 5

3 3

T

+

3 0

3 2

1 5

2 6

9 1

1 5

T 4

E F

E 6

4 R.

l.

5 I

C 5

0 5

4 0

0 0

3 1

0 1

2 0

1 1

l U.

O 7

2 4

1 F

0 1

D

-0 F.

5 U

5 2

5 0

0 1

1 3

0 8

2 0

0 T

8 1

2 9

0 E

+

3 0

C T

E E

1 7

A P

3 1

2 9

1 9

4 2

O E

2 4

I S

1 7

1 D

S A

O R

N F

T O

EK G

4 0

l 3

T C

U 0

1 5

3 0

4 0

O

~

4 3

0 2

0 O

A

(

3 0

~

+

1

!O D

1 E

E

~

2 E

l' 2

0 0

1 0

0 8

0 l.

9 1

W I

7 1

3 7

3 0

0 5

0

+

2 5'

I Y

2 1

1 1

0 1

3 0 5 7

1 E

3 E

E 1

6 2

0 2

9 2

6 9

0 1

0 _. 2 T

L 1

0 0

0 3

I U

2 0

4 0

0 0

I 5

N J

1 U

l c

c t

e s

e 0

S I

s e

s 1

T l

l l

I lC C

C C

l l

I I

1 l

l t

l

/

I C

l I

l

/

T 1

A 3t C

C C

c C

C C

C c

r lC m

C u

T U

m m

a m

m m

S u

c u

R E

W O

P

)

RA

)

T y

s E

d t

t e

t L

e l,

i t

i E

u v

i l

iL e

m a

m U

n

(

i L

u N

i y

c c

t t

t f

n y

a E

o it a

y i

e R

4 S

(

ei i

d e

t o

D c

s v e

n r

n d

s m

e a

m e

E st a

a ih a

ih a

s P

s R

s ac R

l C

e C

e l

e D

t ea e

m s

o a

e l

n l

e ei h

R f

e s

f u

a e

u Rd e

R Y

l eR lp o

R e

o it l

e n

T a

s t

e e

f A

e 0

1 4

3 n

g di t

i R

g I

f f

t p

4 7

n r

4 4

1 41 O

o e

T a

C.

s luo o

o 1

a E

I 8

4 e

a l

r s

a e

E as s

o 5

5 0

9 0

1 3

3 1

1 5

5 c

r c

l r

s s

t 9

9 6

8 9

3 1

I r

e s

s e

u o

n e

v f

e u

t v

J o

icr r

s r

S o

r r

l C

C

B C:

C R

C H

P A

o P

o o

A 2

u C

G I

2 N

C S

s e

t e

T s

r m

s a

a)

)

u

)

a

)

G P a b

c d

e S

a G

i b

4 S

1 3

[

.l \\

I l

l f!,

.lI I,

l i

!!I.

1 lf

/

,i l9

MEI'OltT OF RAT 10 ACTIVE EblUENTS FAC 11.1TY:

IRESDEI i!UCLEAR PO'.lER STATIOil - (MIT 1 DOCKET NOS.:

50-10 YEAna 77 II. Liquid Effluents UNITS JULY AUG SEPT.

OCT.

NOV DEC 6 MO. TOTAL.

TEcit. SF".C. REF.

1.

Gross Radioactivity (8/)

4 4.4E-02 9.8E-02 4.lE-02 3.6E-02 3.2E-01 at Total Release Curies 2.5E-02 7,7g.02 bl Average Concentration Released uct/ml I.6E-09 _

9 3E-10 3,oE.09 3.6E-09 8.7E-10 1.6E-09 1.8E-09 6.6D.I.e. (1) c) Hazimum Concentration Released uct/ml 2.4E-08 2.2E-08 1.2E-07 3 7E-08 4.IE-08 3.6E-08 1.2E-07 6.6D. I.e. (h) d) Percent of Tech Speo Limit I

l.6 0.9 30 3.6 0.9 1.6 1.8 6.6D.I.e.(5) odio on Asef3De Lonc. RElea$ed 6.6D.I.e.(6) 2.

Tritium a) Total Italease Curies 2.5E-03 7.3E-03 5.9E-02 2.4E-03 2.7E-03 1.2f-03 7.5E-02 6.6D.I.e.(8) b) Average Concentration Released ucl/ml 9.3E-11 2.7E-10 2.3E-09 8.9E-Il g lo 5.5E-Il 5.nE-10 3

' c)

Petr-e,L of Tech Spec Limit NA NA NA NA NA NA NA 3.

Dissolved Nobl Cases a) Total Release Curies NONE NONE HONE NONE NONE NONE NONE l

~

b) Average Concentration Released uci/m1 c) Percent of, Te_ch Spec Limit 5

-~~

h.

Gross Alpha Radigotivity

.e

[',

a) Total Release Curies 2.lE-O' 2.2E-05 5.lE-05 6.8E-05 4.3E-05 2.2E-05 4.2E-04 b) Average Cmeentration Released uct/ml 7.6E-12 8.3E-13 1.9E-12 2.5E-12 9.0E-13 1.0E-12 2.3E-12

5. Volume of Liquid Waste to DLscharCe Canal Liters 1 9E+05 1.7E+05 2.8E*05 3.6E+05 3.lE*05 1.4E*05 1.5E+06 6.6D.I.o.'2) _

6.

VolumeofDilutidWater Liters 2 7E+10 2.7E+10 2.6E+10 2.4E+10 4.7E+10 2.2E+10 1.5E+Il

_ 6.6D.I.e.(3) d 1

e i

i y !.

p i

3 F

IR C

E P

S t.

ci ET 7

L 7

ATOT R

0 5

1 9

2 A

0 l

8 6

9 2

E o

0 9

1 2

4 9

4 2

2 J

H 13 2

6 2

5 I

3 1

8 1

6 I.

6 0

0 1

5 8

0 2

8 5

20 6

1 5

3 0

2 2

0 6

C 0

E 1

8 3

9 9

9 1

4 6

D 6

3 1

2 0

7 8

5 3

4 1

1 2

0 0

2 V

7 O

5 5

9 2

6 6

4 3

7 1

N 1

5 3

2 0

3 9

1 9

7 6

1 1

2 0

0 0

0 2

0 S

2 1

4 2

5 2

9 4

5 10 5

8 T

4 8

I T

5 2

0 1

4 5

6 0

3 t

C 2

2 E

O U

1 4

2 6

3 0

1 1

2 5

0 2

I 0

1 I

0 5

t V

I 0

T T

8 3

6 8

6 0

8 1

9 3

2 C

P 7

5 7

9 7

5 3

9 7

1 A

E 5

D S

D S.

2 7

0 4

l 0

2 8

0 3

2 I

A O

H H

F T

O E

k K 8

f C

8 2

2 t

8 2

6 4

3 0

8 9

l O

6 O

D G

4 8

4 0

0 0

0 4

0 0

0 7

l' U

3 I

0 0

1 0

0 1

A W

l i

t g

L 1

8 4

Y 4

2 3

6 3

6 5

5 2

5 n

0 8

u U

6 9

2 0

6 3

8 0

2 3

7 0

4 J

I 1

o 2

o o

0 0

0 2

o o

1 w

no s

i e

t S

i a.

T r

t I

u l

I S

N C

l e

I IC I

l c

m C

IC l

c l

l c

C C

c m

C l

L I

l c

c c

U m

m m

m rewo P

ra

)

e d

l e

o u

u n

l i

t n

n o

o d

c s

(

o d

r s

e e

D t

s e

n a

e e

~

u l

I l

e T

f R

f l.

E s

11 e

0 C

d p

3 4

7 0

1 4

41 A

i o

4 8

9 0

5 o

3 3

4 4

e 5

5 E

u t

5 5

5 6

8 9

9 l

1 1

fI 9

6 q

o a

i s

i o

e o

r r

b u

s s

a e

e r

n B

L I

n C

F C

N R

C C

L C

C Z

Z I

7 I

1 I:

Nf.PoitT 01 lul>iOACTIVr'. !:FFIM.tfTS MUU8 Dresden Nuclear Power Station-Units 2/3 HOV DEC 61:0. TOTA 1.

TECH. SP C. L2?

l.

Gaseous Effluents UNITS JULY

AUG SEPT Ocr

. I.

Cross Radioactivity Releases a) Total Release curies 6.9E+03 4.0E+03 6.3E+03 4.6E+03 5 7E+03 2.%E04 5 2E04 6.60.1. f. (1) 2/3 chimney

.%+03 2.9E+01 7.2E+03 3

8.W3

3. M

3. M 6.@. l. f. W b) Haximum Release Rate uCl/sec 6.60.l'.f. (4) c) Isotopes Released 7.7E01 1.8E03 2.lE03 Kr-85m curles 8.5E01 1.2E02

5. E01 1.5E03 1.8E03 I

Kr-87 curles 1.6E02 6.4E01 4.lE03 4.6E03 Kr-88 curles 2.3E02 1.2E02 1.7E02 7.0E03 8.2E03 I.6E02 2.2E02 5.3E02 2.5E02 xe-It1

curte, Xe-135 curles 4.7E02 4'. 9E 02 9 9E02 6.2E02 5.5E02 7.6E03 1.lE0%

1.8E03 7.0E02 Xe-135m curles 6.3E02 J.lE02 Xe-133 curles 5.2E03 3.0E03

%.3E03 3.6[03

%.3E03 2.0E03 2.2E0%

0.29 0.17 0.11 0.2%

0.31 1.M 0.42 6.6D.I.f. (3}

d) Percent of Chimney Limit e) Average Release Rate uCl/sec 1.5E+03 2.5E+03 1 7E+03 2.2E+03 9.lE+03 3 3E+03

. E+03 2.

Chimney lodine Releases 6.6D. I. f. (l) a) Isotopes Released I-131 curies 8.2E-02 5.3E-02 5.0E-02 3.3E-02 3.2E-02<

I.0E-Oi 3.5E-01

.1-133-curles 6.9E-01 4;8E-01 4.5E-01 5.lE-05 3.4E-01 3'. I E-01 2.8E00 1-135 curies I.3E00 8.6E-01 7.2E-01 6.0E-01 5.7E-01 4.9E-01

%.5E00 b) Percent of Chimney Limit 1

0.71 0.46 0.52 0.35 0.35 0.99 0.56 6.60.I.f. (3'g _

c) Average Release nn.

utt/see 3.0E-02 2.0E-02 1.9E-02 I.2E-02 1.2E-02 3.9E-02 2.2E-02 b

s T

T

)

C 3

)

N

(

3

?

f.

(

f.

1.

1 I'

1 l

C 0

i E

0' 6

6 0

T 6

7 6

7 t

AT O

2 T

2 2

0 10 0

3 5

g 2

0 0

1 0

2 2

0 3

3 0

0 5

0 7

a 6

4 e

6 2

4_

1 9

4 5

3 1

E E

0 H.

l.

t O

z 2

E a

E 2

3 1

y M

3 0

b 6

4 2

8 0

6 5

7 6

3 3

4 1

2 s

7 9

9 1

2 1

6 1

6 5

9 3

4 7

2 3

3 2

0 0

6 6

4 g

7 8

L 4

7 7

5 0

l.

M. M.

9 5

E E

7 4

C 3

4 0

6 n

E 0

9 7

1 4

D 1

2 6

2 8

2 4

1 1

6 2

4 3

2 2

3 5

2 2

5 0

0 0

0 1

1 9

3 7 -

6 9

4

~

N 1

E 5

0 9

E E

E V

3 3

1 6

1 5

0 l.

3 2

O 9

1 0

4 1

1 2

8 3

6 3

0 2

3 2 2

1 s

9 4

2 T

s.

7 3

n 4

r n

7 2

8 1

0 0

0 g

0 e

0 6

T 4

q n_ 4 6

0 2

4 6

E E

C 8

0 O

82 0

a 0

0 9

5 2

l 2

4 1

5 1

2 4

2 t

i 5

s 2

1 1

8 t.

8 8l 3

1 F

7 T

3 I

2 0

iv 5

4 4

5 5

3 5

9 7

2 2

1 t

8 5

0 0

0 1

0 5

5 0

T T

7 9

5 1

3 3

5 C

P 2

o_

E E

4 1

7 0

4 0

3 E

2 0

9 A

E 9

8 9

l.

, 8 5

4 4

D S._

S 2

0 0

?

IO 7

4 2

1

?

2 8

1 5

A O

R N

F T

O EK 2

1 4

1 2

1 1

3 T

C 7

R O

5 4

6 6

0 0

0 9

C 8,

1

~

1 1

4 4

3 3

U

~

O D

4 1

0

~

3 4

E E

E A

1 8

0 3

P 5

0 0

3 1

3 0

2 0

7 l.

l.

5 7

6 7

W 2

1 2

1 f

l 1

8 6

l 0

5 3

/

1 3

2 2

9 3

2 6

9 4

0 0

2 0

Y 69 0

2 3

5 1

1 3

5 6

7 8

R.

2 t

L E

E E

E 2

E 6

0 6

8 U

in J

19 I.

4 7

G.

8 0

2 8

4 0

1 1

6 2

6 0

U 7_

1 7

3 7 2

9 1

2

.a1 n

c c

o e

s s

s e

i S

t s

l l

l

/

s e

e e

s t

T

/

l e

a 1

t C

i 1

1 1

i t

1 1

1 t

1 I

l r

r r

l S

it r

C t_

C C

C c

C C

C u

u u

C

$ C_ C m

m m

m a

a m

u c

c c

t u

U m

u m

r c

m, e

w o

P r

it ae

)

m l

)

y i

f t

c d

t i.

i L

u e

e-v m

N u

s4 i

iL e

s c

e n

i a(

e k

n e

t e

t l y c

t a

a t

e t

a d

n et a

y a

le e

s o

Ri o

d n

R d

S R

e c

v e

t

(

ei i

e m

e R

s t

e d

s i

s a

n s

O t t a

a e

e a

h a

e le s

ac R

e C

e i

V e

n t

l a l

e ci h

R f

e d

R f

l l

n uo a

e e

o o

R Y

u i d lp o

R l

s T

l t a s

t e

e t

e I

f rR A

e t

f a

p 4

7 0

1 4

n g

k p

n g

i E

P s s

o 8

i 0

9 0

3 3

3 4

41 4

4 e

a c

o 1

3 5

e a

C s

s t

5 S

6 8

9 3

1 1

5 c

r a

t 3

13 3

c r

s yo o

o 1

r e

t o

1 1

r e

4 s

s a

e e

n e

v S

s e

v 1

u er r

s r

o r

r l

C C

B C

C H

P A

I 1

1 I

P A

o nG G

I C

C C

S S

t e

m n

s ih)

)

e

)

a C

C a b

c d

e V

a b

c 4

1 3

' {

g I

s' e

a I ! !

'j;l 3,I

\\

,fI

?*

1.

9

+

c F

E R

)

s

)

1

)

1 3

(

C J

1 E

(

r_

r.

P k

S 1_

1 1,

1 1

D D

r D

1 E

6 C

6 6

E 6

T 6

6 7

L 7

AT

,n O

4 6

6 1

8 t

0 9

4 8

2 6

2 1

8 0

9 7

t.

5 1

5 0

0 0

A s

T 0

7 6

R 5 ~

1 0

2 3

s 5

7 a;

3 8

1 7

7 2

0 0

q 7

6 6

5

+

N A

E 8

4 E

E E

O 8

0 4

0 1

J M

8 1

2 2

3 3

2 2

1 1

6 7

8 6

1 6

8 8

G 6

6 7

0 1

2 1

q 0

0 1

0 7

5 0

6 7

8 6

2 0

0 5

7 7

~

+

A 4

6 6

o E

E N

2 8

2 0

1 2

0 1

C 4

E 0

1 3

1 7

3 E

3 0

O 1

3 6

1 1

2 7

4 7 7 1

7 1

6 5

4 g

2 2

2 1

0 2

9 2

3 9

4 z,

4 0

0 1

A 1

0

~

5 2

6 4

+

N E

E 1

3 2 0 1

2 0

0 4

5 o

1 E

4 V

5 1

14 3

1 1

4 5

7 0

0 4

l 2

1 2

1 l

9 0

2 7

4 I

1 0

2 2

g 2

M 3

9 6

1 1

4 0

6 8

6 4,

0 G

0 A

i 1

S-

~

8 4

e

+

H T

0 6

4 0

9 1

0 0

6 7

6 E

5 E

E 8

4 N

t M

4 1

T 3

2 7

9 2

2 F

f C

6 O

2 3

2 2

3 1

,L FF E

E 2

7 3

7 7

2 1

0 6

7 4

1 1

1 W

8 6

9 9

2 6

1 0

6 3

9 V

2 0

0 I

0

+

A

~

T 0

5 4

0 1

9 0

1 7

5 0

2 7

0 E

E H

1 2

2 C

9 8

7 0

9 2

E A

T 5

0 P

9 2

3 5

1 I

E 2

3 3

?

s S

A o

R N

F T

1 1

9 3

7 8

6 6

7 7

5 3

O E

2 0

2 8

1 7

5 3

6 4

0 5

i 1

N 0

1 0

0

~

T 0

4

+

A G

1 7

6 0

0 9

0 0

le 1

i R

E 2

1 5

7 E

E N

U 1

1 1

O 8

3 8

9 5

P A

7 2

E 2

3 2

3 3

1 H

3/

0 9

9 1

1 2

5 8

1 7

2 1

4 1

2 0

0 A

4 1

7 0

3 9

8 0

1 3

3, 5

0 4

+

N 8

~

t 4

0 E

E 1

5 2

0 2

3 0

2 6

6 o

7 3

i Y

5 2

2 7

0 E

n L

6 0

9 U

U 1

3 3

2 1

J 2

n o

s c

o e

e n

i S

s

/s i

s r

/

t T

e a

I i

l I

I I

l 5

1 u

1 1

C u

c C

l I

IC C

C C

C c

t N

l r

c C

C c

C e

m c

m m

c, u

u S

1 rewo P

ti r

e m

a e) t t

i sY y

t a

i L

t e

)

t l

d a-i l

m i

m u

i k

n o

e e

i u

u lD v

i e

c L

c e

i.

N n

e(

i i

R t

L t

i a

t T

a t

y t

a n

t y

a

)

k R

r e

S h

c e

n et m

e c

a n

e d

o ti o

d g

s C

av i

e a

a e

P r

t e

'O s

t s

i n

_a e

(

li d

s p

r ut a

a S

a t

h e

a nC V

e h

_l D

s eo R

e t

c a

a[o t

l f

c t

t n l

x c

e n

t o a

e e

n o

i T

e o

i 1

e ri h

D n

e R

1 u

ad p

V r.

t e

i t

t i

o e

t 1

l ra l

n m

t g

l n

n r

s c

n I

r k

p 7

0 0

n a a e

e T

s a

e L

f R

A e

c C

E cs e

o 1

0 9

0 4

1 3

3 4

4 0

e r I c

c o

r c

d e

r r

s l

t r

A as n

t 56 8

9 5 3

1 1

1 1 5 e

c 1

r v f e

e u

s e

I s

t o o

o E

A P

-o C

C I

C C

S O

tn o

o a

a O

m e

A o P

l' n

s sr r

s r

o r

r f

I C

C P

L C

l F

e lm e

u

)

r

)

e t

t s

n)

)

n

)

e S a

b G

e b

s ea b

c o (d

(

O V(

(

C

(

6 7

I 5

li i

l!l.! i!i!

.i,

.e o" g-O I 6'.

F x

=

u

^~*

N m

g.J t-

==

~

w w

44 o

h.e

=

w U~

.=

.O

.O.

.o

.O e

e e

e N

4>s y

O K"

e i

O N

N O

C

==

.=

N N

+

.o o

o o

a e

o.

+

w w

9 w

w e

e 1

I o.

w

.w w

w

>=

me o.

no.

m.

a.s m.

o.

o s

m W

.F M

M m

.=

==

s e

o O

'C

+

8 8

O

+

k3 W

tsd 8

9 8

had g

I

=

led O.

==.

8 8

8 O.

8 l

O.

==.

+=8 Q

9 9

48%

N 9

s*'t 8

O

==

O o

o 3=

+

s e

e C

e I

+

o C

w w

g e

a w

3 e

N e,

.F*

CO..us Z

M Q

8 0

4 I

Q de%

N

==

O.

N.

==

N N

m

'?*'

C C

8 0

N O

.9

+

8 e

e C

C e

I

+

J N

k nad nat 3

e g

w g,

g g

,y y

'4 8

U s'F 2

N.

Wi 9

8 e.g C

Q m

m m

N N

C

==

i 6

N M

e N

a 3

.o A

N

~

,0

_o Y

o O

E e

g O

C o

o o.

+

3

>=

+

8 ned 6:

4.J

8%

,Le,a

,e

,e e

m m

.naa n.

m w

=.

tad d0

.F.

fu*.

g m

N en 3

m'

~~

==

C M

E 6

9 O

e e

to N

N' g

g g

==,

.=

g g

U C

C C

e a

e O

O e

e in o

3 C.

g

+

tad tad a

W

(

I W

tad M.

o C.

e et.s.

.g

.y c0 E

W%

.c N"

=O O

--C

==

e N

s N

+

0 0

B C

e m

o Lad 8

e B

e.a e

.had

.noe.

N.

m.

o.

w EO.

a B

3 e

e 3

o P=

==

m or ce 3

o C

U o

e L

g W

en e e e

an e

e e

w I"

W W

.e=.e.

.e

.e.

==

y I

h

=

c t

g

[

===.

.=

==.

l M

u a

=

6 h

n.

k h

y

s 3

La 6

n W

U

J W

W W

W b

W i

dh.

6 as a

==

W E

T

=e U

v I

3 C

.af I

Z

=

0 V

C

e g

=

O C

J 9

e T

C U

M T

en E

em is e

e C

l U

w

3. ed O

en Q

4P

== M e

g C'

W i

b es 0

4 G

W ae

> ad um e

==

C

.= C 4

c

- 9 9

C E

%=

t E

C E

l 3

W >

"W

==

gom E

e E

as o

en i

=.

==TN

=

Q 4A N

CO m

m M

e M

C.

m 4A to CS C

e N

9 9

.=

to OS a

=

==

.m w

=

W 6

c' e'

o' e'

'c S

b.

9" o

e O

em O

e w

b b

C en e

>=

E M

M M

M x

x x

a.

to

G o, =

e e o e

e e

n O

OM 9

4 W

T b

~A W

e 6

r..,.

..y s -

.,;.-===-.-~_.,

L

r C

P S

l.

l

't CC 9

T 7

7 1

L A

TOT a

1 6

0 0

6 9

4 9

2 5

g gg O

8 3

5 2

1 0,

0 8

4 1

y H

0 2

I 0

0 1

0 4

2 2

6 6

3 0

3 4

8 2

3 2

2 3

3 C

E 0

0 0

0 D

1 8

2 0

VO 1

0 1

1 1

5 N

0 0

5 4

9 6

9 7

3 7

0 2

1 9

S-9 T

4 0

0 0

t 2

T 1

f.

C i

0 O

l.

t 5

F 7

T 3

I 2

?.

i 0

7 V

0 5

0 t

4 2

7 f

r 0

1 1

M T

IO P

1 E

D S

0 A

l N

t F

Y O

F.x T

C 7

5 2

7 5

8 8

9 n

O 3

1 1

0 4

0 0

0 o

D G

U 0

0 0

2 0

0 r-A W

I 3

/

2 T

i 3

2 9

1 9

3 4

7 3

1 l

Y 3

1 1

1 0

0 0

0 2

2 tU L

U 0

0 0

1 0

0 J

t t

o i

T A

S S

1 C

C lc lC C

C c

I IC I

T T

I I

l I

l C

C H

m m

R U

EJ P

R A

EL C

)

0 d

1 e

e 4

u t

N n

a E

i lu.

D t

e S

n d c E

o ei R

C s t O

(

a r e a s

l P t

e n

R k e

c D

l pS u

s a I

e t m

f o

6 3

4 1

4 I

I E

t t 6

9 9

l 1

1 1

4 4

9 f

o 5

5 5

l 3

0 2

1 1

5 L

o n C.

s Is e n

r b

g s

u b

e e

e l

u V

2 Z

H A

C R

S C

C F

f oes

)

a c

G

(

1

~

i 1

e e

I.f 8il i

itI I eS l 1I*l I

1

. i 9

e j;,'

_. j

'l F

ER CE P

S tiCET 7

l.

7 A

0 T

0 8

3 l

6 1

O 0

0 0

+

T 9

8

+

A e

~

0 I

1 3

0 0

0 2

E E

N n

~

+

E 4

o E

E E

4 0

0 N

3 5

8 g

O E

E E

5 8

y H

4 2

3 5

6 6

7 1

6 4

5 5

0 3

9 8

0 0

e 0

1 6

1 3

1 0

+

0 8

0 0

0

+

n E

4 2

E E

A o

E E

E C

3 5

U.

0 0

N N

E E

8 5

D 4

2 3

6 7

I 5

6 4

5 5

e A

n V

N a

o a

O H

N

, 9 h

e 2

n o

S o

T 0

T A

H a

N.

6 C

N F

O U.

7 r

)

r

?

E

-0 E

6 V

e I

A n

T N

o T

a N

a a

C A

P 0

a l

E l

S E

O A

o GR R

N A

F T

H C

O F.

S K

e l

T C

A n

a a

O R

O a

N o

O D

G N

O P

U N

E A

M 3/2 T

e 1

A n

tt Y

N o

i i

l t

f u

J 0

s 1

l s

i s

l s

i s

s l

l e

e e

r r

/m /m

/m

/m i

i e

e I

e A

T r

l i

r l

i r

i 5

r i

t t

T s

l i

T r

u e

c u

o u

c u

c i

i L

L l

C u

S a

C u

u C

u U

131W d

d d

d O

d d

e e

s e

P e

e s

s s

s a

a a

s A

e e

t e

R a

a e

E l

l i

l le e

m e

L e

e m

R R

i R

C R

R i.

L L

n n

y n

o U

I H

)

n n

c o

o o

c t

o t

r e

/

o o

c n

i e

i i

t p

v t

e t

I i

i e

o E

f t

t p

C a

S s

a S i

a t

a

_ r s

W D

(

a a

S r

e r

t e

e_t S

r r

e t

h s

t h c

n W

E y

t t

h g

n c

a n c a

e R

t n

n c

a e

e e

C e

e e o

i s c d

i 1

i e e

e e

r T,

d a n i

l s

c T

s c

Tn s

vs c

c a

n e

a n

n t e o

o fA e

o f

l e

o f a

e o u

a u

t i a n

n e

cl C

C o

l C

o b

l C o R

l C

q n

l u

a e n

e o

e e

i a

i Y

t o

R e

t N

R e

t a

R e

L C

D T

a n

g n

h g

1, l

oR e

f dl a

m e d l

a e

d l

a e

p l

a f

e f

f i

g a

r c

e a r c

l a

r o

g o

11 m

t e

r v

t e

r A

t e

r C

E aa r

i c

e f

d o

v a

e a u

o v

e l

o v

e c

v e

a a

f-Rt e

x r

s i

sT A

M P

b i T A

P o

T A

T s

T A

n h

n s

u c

u t

s u

s s

o l

s l

i r)

) )

)

r )

)

i

)

r

)

o i

q o

L C a b

c d

T a b

c D

a b

c C

a b

V D

V 3

!4 T

6 2

I 1

I I

ll 3

. I F

E I

l L

\\

s C

E P

S t.

Ci ET 7

7 9

t 1

AT 0

1 3

0 5

3 4

1 1

8 2

2 O

2 1

9 0

8 9

0 5

9 8,

2 0

T s

2 6

n 0

5 3

3 7

3 9

3 3

1 4

1 8

3 4

2 A

61 r

O y

H 6

0 1

3 0

5 3

4 3

8 2

2 2

1 9

0 8

9 0

15 9

8 2

0 0

5 3

3 7

3 9

9 3

1 4

1 2

6 c

6 8

3 4

2 e

1 D

eg r

a v

h o

,c N

,s i

D eg ra S

4 t

,,h T

9 c

N 2

c

,i s E

O l

0 t,

D t

5 f

F E

7 3

,' e E

2 g

V r

I 0

a T

,h 5

t C

p c

A e

g is 0

S 1

D

?

s A

o R

i t

r T

e f

E g

K r

T C

a R

O g

3,h O

D u

9 c

P A

s E

i R

D 3

/

e 2

g r

t ly a

s u

3,hc i

J 3

s h4 n

U iD v

no S

it T

g e IC C

IC l

I lC IC C

C C

IC IC

, s a

t I

I l

I t

i gl C

C a

y r m

m m

m S

t

,gCu re wo P

r

)

a d

e eu lc n

u e

i l

tn 0

n o

e c

d

(

s d

6 3

e s

e A

r t

s D

n a

e e

s u

l e

t l

e M

I f

R I

r L

E s

I e

C d

p 3

4 0

0 1

1 4

0 0

9 0

0 1

3 4 4

4 o.

A i

m 5

5 5

6 8

9 1

3 1

1 1

1 T

u t

q o

1 s a a

e i.

s r

n o

o r

r l

1 C

B L

C u -

C H

C C

S S

f I

I I

7 I

lffl

I I

L h.

w

=

n

., ~ ~

n n

o

,e4, m

e< n

.,,4, a

.c4,

,a,,,,

m.

w 5

5 4?

4 4

? ?

o o

a' o.

d d a

a 5

i d d"

J J i i m-a a r%

f%

.2 teo I*

a N

N N

M E

C C

C O

4 4

4

+

W w

w w

w M'

d.

O.

m. CD.

M M

P% @

.=

N N

O O

O C

C

+

w w

4 4

4 u.s 4

53 M.

M.

P%.

g M

==

.=

.N I

O C

C O

.b C

e.

m. w Z

e o.

j gi.

d P%

d of

~

i m

yy C

N o

m O

O O

p

+

4 4

a 5

D=

w i.a W

w C"'*-

M be Q

f%.

d.

N O

N d

=

a*

f t

a w

M d

f a-N o

O C

C C

3,.

M

+

g,y

.c w

w w

t.J 4

4 4

4

%G.

CD.

N.

Ch.

g ew

=

gri 4

==

g N

am C

E E

h.

I=

N p

=

N M

O 8

o.

e.

o.

+

Y.

m c

w w

w W

4 4

2 G

3 C.

N*

w E.

m

=

[

N "C"*

m C

C O

C h 4

4 4

4

.d CD g3 g

C.

"3

==

5 l

4 W

e, S e

M

.a l.

.e,4 06 O

O Se e O te are I'*

pg O e

ma Sg

- C e4 e4 si v4 O 3 ea.

e4 Q

g

~3 2 g

p v

o se

, e L

Ug O ggO l g h

I f.e 6

h o 4

o O

==

i k

=3 9

e e

s e

e o

e e

O c4 e

e O

e e

4 es U

a ed en ea e

e 5

.4 og e

=4 e

i G

u O

e s

i I

g e

S e be c4 O

=

be O

Ef3 en a

4a 48 C

C 4e E3 da e

da 64 e

C C

Q e

+4 C

C b

aty b

e 1*=e e

a e

e og g.

e i

ea. e 3t e4 s r= ke h

6 ed ea e as ej o.

Ee c4 E h

==

s=

h a

as e

S

=4 et i G W b

b dl =$

eag e

es and O 6

-9 P4 are i.

G

.f n wie O,a

=9 0-

a Q >'

J3 e C5.. are

!.C 6-i.O41

.c4 e

i O

b 4.a j C5 T i J3 e

- 0 4

.4.

-4

.= c.

o W 43 - be eal e atf

>e es aO e4

=4 st3.e u2 o e.,.O 4

C C

ea U-u y

==

cA h

on n

e h

ea

.,4 ec C

a u

o e

ea u

e;a -

n..

-e

8. i.+ e a

.4 e

.O f4 en es "4

8

a e ' O

ea

.C -

ma

-* b 8

0 O-C.

e c2 4

g a

mb eO

.a O

t.

M

a O

e b c

C:".

esd Ee g

g

- c4 e 3

o 4

O O O

C Q Od c

a,4 C.

C

~

c*

?-

u l

3*

25 mC E

E C

'c

+ r4 e' 2.

6 m' a

u 6

m I

r4 6

=

a o

=

1

-s ee es o.

a a

u

. a a

ve C

en 4

Me < =4 pt C C

en CC es L

= >

e O

e e"%

A c

c= s.

ee O C U2, e et

.g3 Q

u e

J3 CT3.l A

=.

ti O

^

C =

G>

d'4'=.Q Q

f.*

d A

LI) C C b2 l

e e

e4 N

N H

H et

DRESDEN NUCLEAR POWER STATION

~ '

SOLID WASTE DISPOSITION YEAR 1977 i

HONTH

_. NUMBER OF SHIPHENTS

HODE OF TRANSPORTATION DESTlHATION JULY 31 Hotor Freight (Exclus've Sheffield Nuclea I

use only)

Center JULY 3

Hotor Freight (Exclusive use"only)

Moorehead, KY AUG 20 Hotor Freight (Exclusive use only)

Sheffield Nuclea I

Center 1

AUG 3

Hotor Freight (Exclusive gse only)

Hoorehead,'KY SEPT l'3 Hotor Freight (Exclusive use only)

Sheffield Nuclea

~.

1 Center OCT lli Hotor Freight (Exclusive use only)

Sheffield Nucle:

Center

.m NOV 16' F.otor Freight (Exclusive SheffiedNuh.ea7 use only)

Center DEC 18 liotor Freight (Exclusive Sheffleid Nucle?

use only)

Center f

d w

Dresden Station 1971 Report of occupatio,al Personnel Radiation Doses Commonwealth Edison Employees Work Function Reactor operations Routine Maint. &

' Job Function

& Surveillance Inservice Inspection Waste Processing Refueling

of people / man-rem

of-people / man-rem

of people / man-rem

of people / man-rem

?[

Maintenance 12/9 7 211/321 operating 186/207 18/24.7 35/48.2 18/38.8

/

Health Physics 12/26.3 19/49 4 1/6.6 Supervisory' 37/16.4 189/121.2 5/4.2 Engineering 284/46.2 Contract Workers Maintenance 1830/669 2 Special Maintenance Company employees other than station employees - 119/46.0 special maintenance.on installation of CAD CAM system during refueling outage.

h' e

REGULATORY INFORMATION DISTRIBUTION SYSTEM (RIDS)

DISTRIBUTION FOR INCOMING MATERIAL O-01 /237/249 REC: KEPPLER J G ORG: STEPHENSON B B DOCDATE: 02/14/78 NRC COMMONWEALTH EDISON OF IL DATE RCVD: 03/06/78

[DOCTYPE: LETTER NOTARIZED: NO COPIES RECEIVED LTR 1 ENCL 40 QUBJECT:

PART 2 OF OPERATING REPORT CONTAINING RADIOACTIVE EFFLUENTS AND OCCUPATIONAL RADIATION EXPOSURES.

PLANT NAME: DRESDEN - UNIT 1 REVIEWER INITIAL:

XEF l

DRESDEN - UNIT 2 DISTRIBUTER INITIAL:

DRESDEN - UNIT 3

- ocooo********** DISTRIBUTION OF THIS MATERIAL IS AS FOLLOWS ******************

ANNUAL ENVIRONMENTAL RPTS (OL STAGE).

~

(DISTRIBUTION CODE AOO7)

FOR ACTION:

BR CHFEF-1 ANN **W/ ENCL PROJ MGR OCONNER**W/ ENCL LIC ASSLHIGGb *W/5 ENCL INTERNAL:

' REG ILE**W NRC PDR**W/ ENCL I & E**W/251-GRIMES **W/ ENCL BALCARD**W/ ENCL J.

COLLINS **W/ ENCL KREGER**W/ ENCL KASTNER**W/ ENCL EXTERNAL:

LPDR'S TIC **W/ ENCL NSIC**W/ ENCL ACRS CAT B**W/ ENCL i

l

' DISTRIBUTION:

LTR 19 ENCL 19 CONTROL NBR:

780650141

. SIZE: 1P+22P

- - - - o*****************************

THE END

ML20037B483

Text

SUBJECT:

Dear Mr. Keppler:

Navigation menu

Search