Text

Chemistry Procedure 1880.2,Revision 4:Unit 1 Sampling Schedule
	ML19224B424
Person / Time
Site:	Crane
Issue date:	11/29/1976
From:	; Metropolitan Edison Co
To:	Mullinix W; NRC/IE
References
	1800.2, TM-0180, TM-180, NUDOCS 7906150084
	Download: ML19224B424 (36)
	v • d • e

,

/r k

TMI DOCUMENTS DOCUMENT NO:_

~

Colt MADE ON OF DOCUMENT PROVIDED BY L

METROPOLITAN EDISON COMPMIY.

h$ W t

7 Wilde.R. Mullinix, NRC O

7 9 0 c i s o o r(

I 8

?

4 203 340 5

e

1800.2 Revision 3

I

... *5.1.E, F EVAPORATOR FEED Afl0 BOTTOMS 11/10/76 a

Analysis Frsouency Limits Desirable Demarks Shows need for dumping B, ppm R

I

<17000 ppm B concentrates Gross By, uCi/ml R

I J

I....

5.1.G RAD WASE CATI 0ft DEMIfl. If1 & OUT (CE-127,128, l_29,13Q}

PH R

I i

Cond, umho/cm R

I Indi_ates need for Cl, ppm R

I

<0.02 OUT Resin replacement t

Indicates need for :-

. F, ppm R

I

<0.02 OUT Resin replacement -

c ~

~

B, ppm R

I Gross Indicates need for By, uCi/ml P

I Resin replacement Y

~

~~

N

. :... t

--e f

^

~

.s

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

~

O e+<

[

3tI 35.0 e

+-.

eh.

1800.2 l..

Revision 4

ro g d'

COPY THREE MILE ISLAND NUCLE AR STATIOb CHFMISTRY PROCEDURE 1800.2 V ASTE R CO STATION SAMP' LING SCHEDULE (UNIT #1) 30 NO__,REN OVEe, Table of Effective Pages Pay Date Revision Page Date Revision Pg Date Re

$on 1.0 11/29/76 4

26.0 11/10/76 3

51.0 2.0 11/10/76 3

27.0 11/10/76 3

52.0 3.0 11/10/76 3

28.0 11'10/76 3

53.0 4.0 11/10/76 3

29.0.11/10/76 3

54.0 5.0 11/10/76 3

30.0 11/10/76 3

55.0 6.0 11/10/76 3

31.0 11/10/76 3

56.0 7.0 11/10/76 3

32.0 11/10/76 3

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33.0 11/10/76 3

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34.0 11/10/76 3

59.0 10.0 11/10/76 3

35.0 11/10/76 3

60.0 11.0 11/10/76 3

36.0 61.0 12.0 11/10/76 3

37.0 62.0 13.0 11/10/76 3

38.0 63.0 14.0 11/10/76 3

39.0 64.0 15 0 11/10/76 3

40.0 65.0 16.0 11/10/76 3

41.0 66.0 17.0 11/10/76 3

42.0 67.0 r

18.0 11/10/76 3

43.0 68.0 19.0 11/10/76 3

44.0 69.0 20.0 11/10/76 3

45.0 70.0 21.0 11/10/76 3

46.0 71.0 22.0 11/10/76 3

47.0 72.0 23.0 11/10/76 3

48.0 75.0 24.0 11/10/76

,3 49.0 74.0 25.0 11/10/76 '

3 50.0 75 0

- ~

Unit 1 Staff Recommends Approval Unit 2 Staff Reco men s

\\pproval

' Approval S 6fA %

Date U

, Approval _.

I\\ lI Date Cohnizant Dept. Head Cognfanye[. iead i-pproval Unit 2 PORC R ommend wovai Unit 1 PORC Rei )mmefds Date Date Chairrna of 0F Cj Chairr an fPOR

[ inciuded PORC comment-of included PORC commer is o 4

date)

( te)

M~

~

i j,

Date By By y

L_ Date N

Date

// J1-7d Approval S[/ticl/Superint ent/

n2 03 31'l 2

~ ' "~^ " 'I' Unit Superinten

7

,a 1800.2 Revision 4 11/29/76 Section 2, Sampling and Analysis Schedules The following analysis requirements are a reasonable frequency of analysis for routine, steady-state operation.

The frequencies of various hf J

analyses may be changed based on plant operations.

For example, more C

, 6 frequent analyses should be made during a start-up or major load change when there is a reasonable chance that limits may be exceeded.

Analyses, not required by Technical Specifications, may be deleted by the Chemistry Supervisor / Foreman if unit conditions or department workload are restrictive.

Such deletion shall be reported to the Supervisor of Radiation Protection and Chemistry.

The analyses required by this procedure will be ' scheduled by the'. ~

~~~

~~

Technical Specificatica Surveillance Procedure Schedule and the Chemistry

~

t l - -- __. - - Schedul i ng Program. ---.-- - - -

___ -i

_ _.~

~.- - :._. -.. -

e.

i

" ^ ' ~

=

._ u

.e.

e.

gM.

@4.

. ~

._ - ?

.-. _..j. :.

g _

g.

.g

~~ ~~

4,

~

.g. 9.,_

u.

. ~.

.u

h. :-.._

1.0 t _

, j,;.

a.m.

9_

... _. - -.=

~

-C'

_- =

... _. ~. _ -_.

. z.

m

.e e

~ '

=.n.

3sca,2

';^

e.

Rwision 3 11/10/76 Legend Frequency Kg f

D - Daily g

W - Weekly 3/W - 3 analyses / week, assumed to be Mon., Wed., Fri.

5/W - Analysis to be performed each working day.

M - Monthly Y - Yearly Q - Quarterly R - As nquired C - Continuous Monitor NOTE:

The maximum allowable time interval _for any giver. _._ __.. _ _ _ _ _ _

analysis is that specified +25%.

~~

1.imits I-Nc limit set by manufacturer or tech specs.

Analysis

" Made to obtain necessary information.

Following a limit indicates technical specification.

limit. The frequencies given meet or exceed requirements...

for normal operating conditions.

See tech specs for

~

(

further information.

' - ~ -

~

..m.

. - _ _ _ _. _.. = - = -

p

. DM - Daily Maximum

~~

r WA - Weekly Average MA - Monthly Average

..e..

4 j;

r.

2.0 03 J'

?-

1800.2 R:-/ision 3 11/10/76 SAMPLE LOCATIONS PRIMARY PLANT R f F

1.1 REACTOR COOLANT SYSTEMS a

Q A.

R. C. Letdown B.

R. C. Decay Heat C.

Pressurizer H O Space 2

D.

Pressurizer Steam Space 1.2 MAKE-UP AND PURIFICATION SYSTEMS A.

Purification Demin. Outlet km B.

Make-up Tank Liquid t

C.

Make-up Tank Gas D.

-Bleed Tanks l,

E.

Deborating Demins.

L :;.

F 4

m a

6 o

e

m e

4 gei se e -

3.0 1 ;', C

.h J 't 3 r

1800.2 Revision 3 11/10/76 PRIMARY PLANT (continued) 1.3 MISCELLANEOUS PRIMARY SYSTEMS jj A.

BWST

/

B.

Core Flood Tanks C.

Na b 0 Tank 2 2 3 D.

Na OH Tank E.

Reclaimed Boric Acid Tank F.

Reclaimed Water Storage Tank G.

4% Boric Acid Mix Tank H.

Boric Acio Mix Tank I.

Spent Fuel Pool

J.

R. D. Drain Tank

No established analysis requirements p

4 e-

-mem 4

~

I, ame

.e.

gm a

e S 1

~

e

@^-

a.

g

~-

-e 4'

e.

.-.ee*m.m.

e w "

4.0

'((j j J$

1800.2

. ' ~..

Revision 3 11/10/76 SEC0f4DARY PLAtiT 2.1 FEEDWATER TRAIN 4 j A.

Condenser Hotwell

[

B.

Condensate Pump Discharge (CE-2,3)

C.

Powdex Effluent (CE-4)

D.

Condensate Booster Pump Discharge (CE-5)

E.

Steam Generator Inlet (CE-6)

F.

Condensate Storage Tank

}.._

2.2 OTSG WATER t

I A.

Wet Leyup B.

<15% Power

~

{

2.3 STEAM TRAIN A.

Main '.iteam

___m.

B.

Moisture Separator Drains I-C.

6th Stage Heater Drains r

h_

D.

H. P. Heater Drains 5.0 203 347

.sa

< T.

1800.2

~

Revision 3

11/1C/76 3.

AUXILIARY SYSTEMS 3.1 CLOSED COOLING SYSTEMS A.

Intermediate Closed Cooling

%j B.

Nuclear Services Closed Cooling

~ 3 a

h C.

Secondary Services Closed Cooling D.

Decay Heat Cooling E.

Chilled Water Closed Cooling Systems F.

Diesel Cooling G.

Stator Cooling t

~ ~

3.2 AUXILIARY BOILER A.

Auxiliary Boiler Feedwater B.

Auxiliary Boiler Drum i

C.

Auxiliary Boiler Steam

~ - -

D.

Auxiliary Condenser ___

f.

L. -

c-3.3 MISCELLANEOUS

A.

Fluid Block t.

No established analysis requirements m.

m a

-D

~

.e. -

.41 e

203-348

~

i --

=

, g m

1800.2

'J '

Revision 3 11/10/76 4.

WATER TREATMEf4T 4.1 CYCLE MAKE-UP PRETR.ATMENT A.

Clarifier Effluent 4

~

7

- y

( N 4.2 CYCLE MAKE-UP DEMIN A.

Carbon Filter Effluent

B.

Cation Demin. Effluent

C.

Vacuum Degasifier Effluent

D.

Anion Demin. Effluent

E.

Mixed Bed Demin. Effluent F.

Make-up Demin. Effluent

~ ~

G.

Demineralized Water Storage Tank

No established analysis require.nents i

4.3 RAW WATER SYSTEMS c

A.

River Water

~

B.

-Cooling Water Chlorinatur g.

- -. --. ~ q C.

Circulating Water Chlcrinator

,E D.

Makeup Demin. Neutralizing Tank an.

E.

River Water Discharge

~

x f.

Main Condenser Circulating Water (Excluding Water Treatment)

~

, Sewage Treatment Plant..._

--; - =.

G.

p, _. _

4.4 POTABLE WATER A.

Domestic Water

B.

Softened Water a r

No established analysis requirements

)

_7 20)

J m

7.0 T

e 3

=

1800.2

~~

Revision 3 11/10/76 5.

WASTE SYSTEMS 5.1 LIQUID WASTE SYSTEM A.

Miscellaneous Waste Storage Tank j

B.

Laundry Waste Storage Tank n

C.

Concentrateu Waste Storage Jank E

D.

Evaporator Condensate Demineralizer Effluent E.

Evaporator Bottoms F.

Waste Evaporator Feed G.

Rad Waste Demineralizers

I.

Neutralizing Feed Tank

I.

Neutralizing Mix Tank

J.

Neutralizing Storage Tank I

No established analysis requirements

~

. :~

~

5.2 GASE0US WASTE SYSTEMS e

e w

+.*A.

9e

A.

Waste Gas Decay Tanks

~

W

No established analysis requirements t

1..

~

jU-a4 t,.

A -

~

8.0

.m 203 350 e

9

~ ~ '

Revision 3 1800.2 (CF-1041 11/10/76 1.1.A R C Letdown Tav. > 2000 Analysis Frequency Limits Desirable Rema rk_s Hot Calculated Can show Need for pH 5/W 4.8 - 8.F

> Neutral other analyses Can show need for"f Cond, umho/cm 5/W I

other analyses

~ (

Cl, ppm 5/W*

0.100, 0.150*

<0.02

-F, ppm 5/W*

C.100*

<0.02 0.1-1.0 (Hot Shut Must not be adde'd during N H, ppm R1 24 down if H2 n t in spec.

power operation Crud, ppb W

<100 ppb Also af ter deliberate B, ppm 5/W, 2/W*

0-2285 change in Conc Li, ppm 5/W

0. 5 - 2. ')

~~ = --" r ~ '~

[

Pb, ppb W

< l.0 Not Detectable

' ' ~ _ -

Should.

allowed to drop H, cc/t H 0 3/W 15-4C 30-40 to sl6 prior to sched. shu 2

p 00wn.

Radio Fuel pin leakage

_ Icd _ine,_uCi/ml '

W*2.

I

~~

~~ ~

monitorina

~

. ~~

Gamma

~

Used in complete Radiochemi Scan, uti/ml W *, M* '

I cal _ Analysis '

Total Activity Y

2/Y*

<130/E uCi/ml

~,

Necessary for -

E calculation Gross

~ ~o

~ ~ U -" ~

k By, uCi/ml 5d!*

I-

~~ ~

~ ~ ~ ~ ~ ~ " ~

~

15 min."decassad

~ ~ ~ "

L.

Used in comp.ete Radio-Tritium, uCi/ml W, M*

I chemical Analysis Should not be_ _ _j__ Z G oss a, uCi/ml 6/Y I

detectable Dissolved

[

! [

f

' j ~ ~~...-~

Oxygen, ppb 5/W ~

100* ~

<5

~

~~

Total Gas v

~ " ~ ~ ' ' ' ' "

. ' ~.

cc/l W

<100

~

" ~#

1* Daily if H2 not in spec during hot shutdown 7 r-I ~ ~ ' ' '

dQ)

J J.t 2 Performed when power level changes greater 9.0 than 15%/Hr.

'~

..m._.

Revision 3 1.1.A (cont'd.)

RC LETDOWN - Tav. >2000 (CE-104 ) 11/10/76 Analysis Frecuency Limits Desirable Remarks Used in Radiochem Sr89 - Sr90, uCi/ml M*

I Analysis

~ f P

S s

l.1.8 DH COOLER OUTLET - COLD SHUTDOWN (CE-119)

Can show need for other pH 5/W 4.8 - 8.5 analyses Can show need for other Cond, umho/cm 5/W I

analyses - -

Tech Spec. applies when C1,, ppm 5/W 0.100, 0.150*

< 0.02 '

TAVG >2000F.

Tech Spec. applies when I

F, ppm 5/W 0.100*

< 0.02 TAVG >2000F

~

f H H, ppm 5/W 0.1 - 1.0 5[.

_. T_.

11 _

p4 Also after deliberate B, ppm 2/W*

0-2285 change in conc

,. : Pb, ppb W

(1.0 Not detectable Gama Can show migration of _;

Scan, uCi/ml W, M*

I corrosion & Act. Prod.

Is lsed in Radiochem Analysis s, _,. _

2/Y*

<130/T pCi/ml E cticulation Total Activity tiecessary for dc.-

p k

h; Gross By,

~

J.:T. -

~~~

. uti/ml 5/W I

15 min degassed Tech Spec. applies Tritium, uCi/ml W, M*

I when TAVG >200 F i

~~~~

- Gross a, uCi/ml I

6/Y I

should not be dettctable '-

Sr89,Sr90, uCi/ml 5

I

.r i

-m 10.0 b

h c

sevision 3 11/10/76 (CE-105) 1800.2

.l.l.C PRESS H-_0 SPACE Analysis Frequency Limits l Casirable Remarks pH R

4.8 - 8.5

~

g Cond, umho/cm R

I

$I Should be = to R Cl, ppm R

0.100, 0.120*

letdown Should be = to RC F, ppm R

0.100*

letdown Check for conc of B in B, ppm R

0-2285 Press Dissolved Oxygen, ppb R

I Check for 0,3 buildup l:

=..

1.1.D PRESS STEAM SPACE - POWER OPERATI0t (CE-106)

~

l Gama Can show need for.__-..

Scan, uti/ml.

R I

deqassing press

'.d

~

Gaseous Can give warning of H,, & 0,,, %

R I

"hard bubble" g

LE

~

PURIFICATION DEMIN OUT - POWER OPERATION & HOT SHUTDOWl1 (CE-123) 1.2.A

~

Can show need fog Cl, ppm R

I

<0.02 Resin replacement

~

Canshowneedfoh

F, ppm R

I

<0.02 Resin replacement Can show need for Li, ppm W

I Resin replacement 11.0 3 7L j e

g

Mevision 3 1800.2 11/10/76

.l.2.A (cond't) PURIFICATION DEMIN OUT powrp nDFDaTinr1 g unT cunTDnby (f k 1'2 O Analysis Frecuency Limits Desirable Remarks Gama Scan, uCi/ml R

I Gross Compare with 'RC'Lttjown Gross BY to detet e/ne By, uCi/ml W

I Demin DF.

. b e

Determines Borond Boron,(ppm)

R I

sa tu ra tion

,1.2.B MU TANK LIQUID - OPERATION & HOT SH' TDOWN (CE-120)

J Li, ppm R

I Dissolved Oxygen, ppb R

I

~~

~

~ ~ ~ ' ~ ~

~

I B (ppm)

R I

Crud (ppm)

W

<D.1

~~

f*'

~

s;

....._s

.}.,

^

~

.y

1. 2. C MU TANK GAS - POWER OPERATION & fiOT SHUTDOWN (CE-120)

Gama

~

' ~ '

Can indicatd need fo'r._ [.

p-Scan, uCi/ml~

~W

'~

..7I~'~

' - ~ - - ' ~~~"- ~

deyassing RC System.~2 C F

Gaseous Prevents buildup of explo Hg & 0, %

W I.

sive mixture in MU Tank 7

_.....i.-.

4 4

-1 t -

z.

'+:_ -i

=.

+. -

- - 8

---W*.

a _e

_m,

,)

Revision 3

.l.2.0 RC BLEED TANKS (CE-132) 11/10/)u Analysis Freauency Limits Desirable Remarks pH R

4.8 - 8.5 Cond, umho/cm R

I

'4 4

Cl, ppm R

<0.100 F',

ppm R

<0.100 Crud,, ppb R

<0.100 B, ppm R

0-2205 Li, ppm R

I

~

Gross By, uCi/ml R

I

Tritium, uCi/ml R

I

~ ~

^ ~

~~

I Dissolved Oxygen, ppb R

<0.100

~~

~

. ~~'---

L.,.

...' : 3 - +

~'

1.2.E DEBOR DEMIN IN & OU7

~

(CE-126 & CE-124) ~ ~ '--

Detects Resin k.

B, ppm R

I Exhaustion

~

.=

. 4 4

.p.

m -.

l

=

j L

13.0 7 r'

- ~ L. - - ^ -

7 D h J J gN.

g

?.evision 3

.l..~.A BORATED WATER STG. TANK 1800.2 11/10/76 bal. sis Froeunncv i imi n Dosi"ble Remarks pH M

4.5 - 8.5 4h-Cond, uaho/tn M

I "ust be same qual ty as SF pool water for'1 C1, ppm M

<0.100 g uelino z

"ast be same quality as SF pool water for F'.

con M

<0.100 r='velino Must be same quality W or

as SF pool water for B. gom After MU

'2270*

refuelina Ganna Scan. uCi/al R

I g

Gross BT, uCi/ml M

I Personnel exposure

~

Tritit.a.

Parsonnel exposure....

uCi/mi M

I j

(

[

Turbidity, t

lisual M

Clear Si,e as SF pool

~-

t.

i,-

~_,

j'-

s ' 't..

('

_ t.

~ '(CE-121 & CE-122)

~.~

l.3.B CORE FLOOD TANKS

~~

pH M

-~

-I k.Cond, umho/cm M

I Fotential RC System C1, ppm M

I

< 0.10_0 contaminent Fotential T

RC Sys tem. :4. - ?.- -

F, opa M

I

<0.100 contaminent J_.

M or

B, ppm after MU

>2270*

2300-2350 14.0 7

203 356E

'~

Revision 3 11/10/76

.l.3.3 (cont'd)

CORE FLOOD TANKS (CE-121 & CE-122)

A* a l y s i s Frequency Limits Desirabl e Remarks G.oss Check valve leakage B.,.uCi/ml M

I monitoring

Tritium, Checkvalveleakfgp cCi/al R

I monitoring

- y 7

h 1.3.C SODIUM THIOSULFATE TANK cH Q*

9.0 - 10.0 s9.5

~~

'~

~ ~ ~ '

E, ppm Q*

I 1750 Also after each N: 5 0, W%

Q*

Nominal 30*

makeup

0 7

I

~

6 c-

' ; t.g. _

'~

-'~~..'_^1.'

. T ;.!i'~

1.3.0 SODIUM HYDR 0XIDE TANK c

.l

.u r... -

.. - = _ 2 Nominal Also after each.-. f Na 0 H, W%

Q*

20*

20-22 Makeup *

" ~ ' -

--w

.;.s is.0 203 357 9

.=m6--m

--6eN.

.**.N*

- e_

Revision 3 1800.2 1.3;E,F RECLAIMED WATER STORAGE TA'lK 3 3 f,n ryg i

halysis Frequency

'imits Desirable Remarks Determines suitability Ci, ppm R

I for re-use a

Determines r-R I

Suitability-1

, ppm See Tech Specs. Ypr required soluble B, ppm R

I poison inventerv Gross Determine suitability Bv, 2Ci/ml i

R I __

fnr m-nw Detennine suitability Tritium i

R I

for re-use.

l.3.G,H B.A. MIX TANKS AND RECLAIMED BCRIC ACID TAf1K

~

See tech specs for required soluble poison B, ppm 2/W*

I*

inventorv

~

Determine suitability --

Gross B y uCi/ml R

I N-F

-R I

Determine suitability Cl-R I

Determine suitability i~

1.3.I SPENT FUEL POOLS

~

).

pH M

4.5 - 8.5 a.

1' I-

, 2 'Cond, umho/cm3 g

7 1E' "

2 Cl, ppm M, W

<0.100

~

2

~

F, ppm M, W

<0.100

-e-

=

3

...e

=

H I

_ __2H, ppm 4.-.- ~ ~ _R During refueling m_.m_

M or

B, ppm After etU

>2270 2300 - 2350 nz 7cQ b

~

16.0

__1

Revision 3

.,1.3.1 (cont'd)

SPENT FUEL P0OL 11/10/76 inalv ie.

' Erenunncy

-i+

Desirable Remarks Li, ppm R

I Ganna Scan, uCi/ml R

I

- Y Of concern due t /

Gross personnel exposd"c 2

By, uCi/ml M, W I

near_nool Necessary to

Tritium, calculate airborne 3

uCi/ml M. W I

tritium levels Necessary for observa-Turbidity, tion of refueling I

(Visual)

M, W I

operations.

I refreling i

2demin not in service

~

t.

j.

2.1.A MAIN & AdX CONDENSERS (CE-19 thru 37 CE-53 & 54) r R

~

I Check for

~. _

s.-

pH tube leaks Ic.-

Check for Cond, umho/cm R

I tube leaks

~,

~

r Check for c

tube leaks ~ " ~ ' _Y.

Cl, ppb R

I e

Check f

, g_.. _ _.

k Check for SiO, ppb R

I tube leaks 2

Check for._ _ _

Cat Cond. (umho/cm)

C I

<0.5 Tube leaks

~~

a A.

6 m,

b 17.0

~

203 359

,m,

11/10/76 Revision 3 CONDENSATE PUMP DISCHARGE (CE-2 & CE-3)

.2.1.8 Analysis Frecuency Limits Desirable Remarks PH W

I Indication of %/

Cond, umho/cm W

I denser tube se Indication of tsff-Cl, ppb W

I donsor tub,lo=Lann Cation Cond, Indication of condenser umho/cm C

<l.0 tube leakage Fe,. ppb W

I Indication.of con-Na, pob C

I denser tube leckage Indication of con-SiO, ppb W

I

~

denser tube leakage ~'- '

9 Dissolves Oxygen (ppb).

W

<20 2.1.C,

POWDEX EFFLUENT ~ ~ ~

' ~ ~~' ~ - ~ ' ~~(C E-4)~ ' ~~~" " '

Cat.Cond, umho/cm C-

<0.5

<0.100

~' ~ - "

- :... ;=:

,. g:m C1, ppb W

I C

<20

. J _.e.

".1-l p-Fe, @

~

W~

'~

l~

< 5 ~ ~~ ~

~

~ ~ ~" 5

~ ~.t~. --~~

Na, ppb W

I

<10 Si0,, ppb W

I

<5 j~~~- ~~

g

~..

.m..

._me.6-

,} --

203 Sbu 18.0

~

c)

A>C#

.:, c. v>e 0,

%>b 49' l,,l//

,Q

//// .

%)/

NN [$)'$$f x

'tkc/

(3

\\

IMAGE EVALUATION NN TEST TARGET (MT-3) 1.0 lU2A Si a "? p"22

39 b ?:2 lulpl2.0 llll l.l 3"

m llE -

l i.e i

1.25 1.4 Il I.6 li h

m, 8e,>,,

a&s a

v.g

//

e v.a y

o

+ r y g.

Oy Q' f y

(

&> 'd 0

' D @ a "' A)y; /

A o

,s. or 9

\\y////

h

/,!YtfN V

N

'4N/ @

(4 /kf#

\\

IMAGE EVALUATION TEST TARGET (MT-3) 1.0 lP 02 lm

[h[jff [!!1 li l.l

$@,==

'I '2 i

lles.8 1

i, e

l.2 5 ll ! A 1.6 4

6" 1

A,%,/

/+

^ ///,,\\\\

4 + A f'

@,w,gs#cs& f 6

v

\\

/

x ge 7

o,s *y e,

t*

g

.:gse

(

A> ',6 s.9 'de i..

$M+$> $ h %df7

' lb p.

g k

IMAGE EVALUATION NNNN TEST TARGET (MT-3) 10 lSla BA i2 22 s]=2.2 igg n,e b rt; Llj2.0 l.I t..

=.

!!i1.8 ill I.25 M IA 1.6 nn- -

6" i

+ sh' xi%vi

4 Qste s

n e_=.

o "a 9

/

(fb Q

%f

-r O

&W ge

(

hb>

l u,*'s

/ /g s

"Ihhk Ig}9 k

\\\\ 9/ v q 4[g4 <p 9

%9,

/g /%% ga v

4pff F

IMAGE EVALUATION TEST TARGET (MT-3) 1.0 F E24 m

-[f[ fell

'lI.i

[*LM I

!!!!B 1.25 1.4 "i l

== liil.6 6 %.

/p su kg

%h

'h

/

ulcu? S'?////.

<3 4?//,K ob,%,., *

"6,f.

8 s

0 j,

~

\\

-N L\\

QQ f

+

t

1800.2 Revision 3 11/10/76 2.1.D CONDENSATE B0OSTER PUMP DISCHARGE (CE-5)

Analysis Frecuency Limits Desirable Remarks Check on ammonia Cond, umho/cm C

I 5.7 - 8.4 feed system Sufficient to ad pst i

NH, ppb W

0.7

'1.5 pH to 9.3 -9.5 HW 3

Valu%

N Ha, ppb C

20-100 300 /.of 02 e

9 Dissolved Oxyaen (ppb)

C

<7 2.1.E STEAM GENERATOR INLET (CE-6) pH C

9.3 - 9.5

~ ~

, Cation Cond, umho/cm C

.<0.5

~

'~

~ ~ ~

~

-~

I NH, ppb R

I 3

N H, ppb D

20-100

.t 300 /, ot' 09 Value

[.

p4

~

^

~ ' ' '

f Fe, ppb D

10

~

~ - - - - - -

p...'..

~ '

Cu, ppb W

2 l

,2 t

Na, ppb C

<20 i

g'_ :'SiO, ppb

~

D

- ~ < 20

~'

~ ~!c;b.-~ -

~~~

2 i

Dissolved

' ~'

~

Oxygen, ppo~

D,C

<7 F-

~

~~ ~~

h -- l-y I

4 q

-=

Cl, ppb

~

~~

I

~

~ '~

1 " '

~

w

_m.-

Pb, ppb W

0.0

') []

(', () ]

~ ~. ~

~

19.0

,,m gg e p

..-.mwwe.

Revis' ion '3

.2.1.F CONDENSATE STORAGE TANKS 11/10/76 Analysis Frequency Limits Desirable Remarks pH W

I 9.3 - 9.5

'1 Cat. Cond, umho/cm W

I

]

Q N H, ppb W

I Slight residual 9 a Indication of failure Fe, ppb Q

I

<20 of epoxy lining Dissolved Should be run if Oxyggn, ppb W

I no hydrazine present I

2.2.A STEAM GEN. SHELL SIDE - WET LAYUP (CF-R & FF ol pH DI 9.5 - 10.5

-~

~ ~

Cat. Cond, umho/cm DI

<10

~'

~

CIT, ppm I

- ~~

~~

' ~ '

~~-

D

<1.0

+

I NH, ppm D

2-20 z

g I

N H, ppm D

<50 s200 p4

~

L ~ Na, ppm

~~

DI

<l.0

~ ~ ~ ' ~

~~

~ ~~ ' ' '~~

~

1. Frequency reducec to weekly after cheinistry stabilizes

~

mm.

b ee,e-e+

e

. w_s

-o_m

_~ - _** * *

=

20.0

- ~

204 002

~

u i.c

~

11/10/76 Revision 3

-2. 2. Q _

STEAM GEN. SHELL SIDE - OPERATING CONDIT'ONS <l5% POWER (CE-8 & CE-9)

Analysis Frequency Limits Desirable Remarks pH 3/D I

Cation Cond, umho/cm 3/D

<10.0

~(<

7 Cl, ppm 3/D

<l.0 Daily at less Na, ppm 3/D

<2.0 than 15% power Gross RCS >300 psig or By,,uCi/ml W*

<2.0 x10-8*

Tav >200 F only*

0 Radio-I Iodine, uCi/ml R'

I 1.

Performed when t ross b: inc ease by a factor of 2 above backgrot nd.nd each 10f increase th( rea f tr.r.

l 2.3.A MAIN STEAM (CE-15 & CE-16)

~~

l

"~

pg y

y L

Cation Cond, umho/cm W

I s.

'i Check on SG Na, ppb W

I carryover l

~

Check on SG ~.

.1 1 s SiO2, ppb W

I carryover

"=

pC1 1

Tritium W W

I.

-.,,s 20/

003-21.0 1

eu

.c 11/10/76 Revision 3

,2.3.8 MOIST"RE ScDARATOR DRAINS (CE-13 A. B. C. O. F. F Analysis Frequency I Limits Desirable Remarks pH R

I Cation Cond, If umho/cm C

I if d r,.y Fe, ppb R

I Dissolved Oxygen,' ppb R

I Na, ppm R

I Silica ppm R

I 2.3.C

- 6T,H STAGE DRAINS TANK (CE-12)

~

7

. Cation Cond,

-s

.-~

~..

L

('

Fe, ppb z-W I

.).-'.

- c.: e..

u-Na W

I

. -a:... - - : y...

i D

t--

2.3.D H.P. HEATER DRAINS 2ND STAGE (CE-10 & CE-11)

~

~ pH W

I 9.3 - 9.5 Cation Cond, T

I umho/cm W

I

~

NH, ppb W

I 3

E04004 22.0

.m.

eme

11/10/76 Revision 3

.2.3.D (cont'd)

H.P. HEATER DRAINS 2ND STA3E (CE-f0 & CE 11) (enni 'dl Analysis Frequency Limits Desirable Romarks Indication of erro-Fe, ppb W

I sion an HP heater tubes 1l Na, ppb R

I f

g i.

3.1.A INTERMEDIATE COOLING CLOSED pH W

8.7-9.0

Cond, Cl, ppm W

<1.0

~

f F',

ppm W

<l.0

~

~ ~ ~

300%

Dissolved

- -. ~.. !

1

-N H, ppm W

p4 0xvoen Content CROSS L~

Ey,.uCi/ml W

I

~

~ ~ ~

~

ti

Tritium, z_

Y-u^i/ml R

I i

y. -

Morpholine ppm R

.. I.

t

^

[~

Dissolved Oxygen

~ W

~~

I '-~ ~ ~ -

~-' ' ~

" - - ~ ~

~ ~ '-~

-: ~~

I:

l Aninonia (ppm)

W 0.1 -3.

' ' ~

3.1.B NUCLEAR SERVICES CLOSED pH W

8.7 - 9.0

~ ~.

Cond,

-:=.

23.0 2 O k - U O

~

9 e

w

=

w==

w.

Revision 3

3.i.B(cont'd) NUC' r^R SERVICES CLOSED 11/10/76 Analysis Frequency

.ts Desirable Remarks Cl, ppm w

<l.0 x

it7 F, ppm W

<l.0 1

300%

Dissolvec Tg N Ha, ppm W

0xygen Content 9

Gross By, uCi/ml w

I

Tritium, uCi/ml R

I Morpholine ppm R

I i

~-

3.1.C SECONDARY SERVICES CLOSED

~

' -~~

pg W

8.7 - 9.0

~~ ~

~~~ ' ~ '-

'-~~"

Cona,umho/cm W

I

+

300%.

Dissolved M H, ppb W

content.

%~E5 ""

~

74 _

Indicat. ion or effectiveness of

~ ~'

i. '. Fe, ppb I

corrosion inhibitor N

y k..

Morpholine ppm p

y

~

4 o_

4'w

. :. - - ~ *'~~'

2U4 UUO

,4.0 9

9 e

.e

....e..

Ibuu.2 Revision 3 3.1.D DECAY HEAT CLOSED 11/10/76 Analysis Frequency Limits Desirable Remarks PH W

8.7-9.0 si Cond, umho/cm I

y y

'5 Cl, ppm

<l.0 y

F, ppm

<l.0 y

300%

Dissolved N "4' PP*

W 2

0xygen Content Gross By, uCi/ml I

y

Tritium, uCi/ml R

I 1.

Morpholine ppm W

I l

h

..i

.., ~ -

.s

~

'. -4. ;. '

.-.:~.....,

3.1.E CHILt.ED WATER CLOSED SYSTEMS

,e.,. ' "

l g

pH M

I

?-

~

},:"~Cond,

~

j

~ ~ ~ ~ ~ ~

4-umho/cm M

I

~~

~

-~~'~

~ ~ T '"- -

Indication of effect-iveness of corrosion Fe, ppb Q

I inhibitor Corros.on Inhibitor, ppm M

I

~~~~2'~~~

~~

i 25.0

}g/

007 4

~

Revision 3

,,3.1.F DIESEL COOLING SYSTEM 11/10/76 Analysis Frecuency Limits

_ Desirable Po-u k t pH M

I l

j/

Cond, umbs/cm M

I Corrosion "1

Inhibitor, ppm M

>1500 1500-2500 Drewguard 3.1.G STATOR COOLING SYSTEM pH W

I

~

Shows need for Resin Cond, umho/cm W

< 9.9

<0.5 Replacement Can show resin J_

Nii,, ppb M

I degredation k '._

Can show errosion _.. _

Cu, ppt M

1 of conductors

~

3

~

3.2.A AUX. BOILER FEEDWATER

,w:.

j pH

~

DI 8.7 min.

~~

9.3 - 9.5

~

~~~ ~ ~ ~ ~

~~

i I

Cend, umho/cm D

1 max.

0.5 max Cation Cond Cl, ppb I

I 100 max

]

~

D

~

f g

NH, ppb DI

~ ~

3 I

700 - 1700 N li, ppb DI p4 20 min.

20 - 100 26.

204 008

~

Sb

~--.,_._.,_,_a

~- -~-

~

11/10/76 Hevision 3

' '3

,3.2.A (cond)

AUX. BOILER FEEDWATER Analysis Frcquency Limits Desirable Remarks Na, ppb DI I

200 max 4

I Si0, ppb D

7 500 max' 20 max

~

(7 3.2.8 AUX BOILER BLOWDOWN I

ph D

8.5 min 8.7 min I

Cond, umho/cm D

10 max 6 max ~

~~ Cation Cond.

~~~

~

Cl, ppb D)

I 1000 max I

~

Na, ppb D

I 2000 max

)

SiO, ppb

.D I

209'J max

~J T ~ ~~ '~

~'

2 S-"

1 g

.-.--.-------*-=**-*=--*=m 7

s c'.

r r _. _

w.-.

n

_- bE I

3.2.0

~~~;~ AUX. BOILERS STEAM

' ~ ~ ~ ~ ~ ~ '

~ " -

t.

l 3

3; pH D

8.7 min 9.3 - 9.5 i

I

~

Cond, umho/cm D

I

<0.5 Ca tionio~n~d. [

~

n.. - -

=

am..~.

~

.v

,3 ~ _

3_

-*~*_~d=

~ * + ~

?7 0 zog-2(j9 ~ - ;

N

- -wA+e>=

--e.-

m_

O O.aw a

men.m

.Mhe

_-_4

'00.2 Revision 3

--4.1. A CLARIFIER EFFLUENT 11/10/76 Analysis

, Frequency Limits Desirable Remarks Will vary with pH 3/W I

river pH D

Cond, umho/cm 3/W I

1 Indication of need to Turbidity, JTU 3/W

<5.0 change chem. feed Free Insures oxidation of Chlorine, ppm i

3/W I

0.5 - 1.0 Fe and Mn 4.2.A CARBON FILTi EFFLUENT

~

l Free Indicates need for steam i

Chlorine, ppm W

0.0 ing or replacement

{

~

[

4.2.F CYCLE MAKE-UP DEMINERALIZER EFFLUENT

~

(CE-1)

J~

~' _

r,

-n

.. -.. ~ -

pH W**

6.0 - 8.0 I

I cond, umho/cm W**

I

0.100 Cl, ppb W**

100

<20

'~

~~

~ ~

1 F',

ppb W**

100

<20 ~

~

_.._..{_..a._.

._..u_._..

i E '~ ~

~ ET L'

~

Pb, ppb W**

<1 Cu, ppb W**

<2 r:-

1

~

Na, ppb

[

W**

I

~

- Sampled when demin. is in ser,vice.

70$

ih-

~

28.0

~

.8 m.

h as g

~

1800.2 Revision 3 11/10/76 3

'4.2.F (cont'd) CYCLE MAKE-UP DEMINERALIZEP, EFFLUENT (CE-1) f Ana lys_i s Frecuency Limits Desirable Retatis Si0p, ppb W**

20

,<5 Oxygen, ppb W**

<100 f

Dissolved g

w

- Sampled when demi n. is in ser vice.

C 43.G DEMIN. WATER STORAGE TANKS Cond. tanks will follow pH of cond. -~

pH W

~ I 6.0 - 8.0 system I

umho/cm W

I

<0.5

[

Cl, ppb W

I

<20

~

F', ppb W

I

<20 F,'

p.

f F2, ppb M

I

<100 E-After each mixed.._

P Na, ppb R

I bed regen.

I...

__.__.__.x

... _....__in-5 _m 2

[.

.~

4.3.A RIVER WATER Used for determining 3/W I

pretreatment chem -~~

pH 5

feed

Cond,

~ ~ ~

~

~~

1 Used for determtn-

~~

ing pretreatment

.O umhofcm 3/W I

chem feed LU4 U.I 1.

' Cl, ppm R -

I

"' E 29.0 9

Revision 3 i

1800.2

4.3.A (cont'd)

RIVER WATER 11/1 n / 76

__ Analy_ sis Frenuencl _ _.___ Limits

___ Desirable Remarks In conjunction with discharae Fe, ppb W

I iron sample ~

Na, ppb R

I

.l Usedfordetermlih ing pretreatment Turbidity, JTU 3/W I

chem feed Hardness, ppm j

W I

Suspended Solids (ppm)

R I

Dissolved Solids (ppm)

R 1

4.3.D MAKE-UP DEMIfi. NEUTRALIZIt1G TANK

~

R*

or before pH each dump 6.0 - 9.&

R or before 7 --

Fe, ppm each dump I

L. -.

-(ppm) orbehore

_Disso_lved Solids each dump I

~

R s,

or before

..m

' ~ Total Solids, (opm) each dump I

L Suspenc'ed Solids or'before

_ I

_,[_ _ _ j (ppm) each dump P

~

d'_

___.w [-$t-

.:. =-

4.3.E RIVER WATER DI5udARGE 204 012-..

pH W,*

6.0 - 9.0 *

~ " -

~

T S

I Cond, umho/cm W

I

~ '

Industrial -

I Fe, ppm W

7.0 Waste Permit'

~

30.0

Revision 3

'4.3.E (cont'd)

RIVER WATER DISCHARGE 18nn y 11/10/76 I

____/ma l ys i s Frequency Limits Desirable Remirks Total 0.2 max total

10,30 & 5') min af ter Chlotine, ppm C 2*

<0.1 max free

start of :hlorination Suspended J

I Solids ppm W*

560

Dissolved I

Solids ppm l

W*

700

monthly average <500 Alkalinity, Caco-ppm as CaCoq W

I

<100 ppm as l.

Also during eact re;t. rege 1. waste discharge 2.

Daily when moni' or is out o service r

1

~ - -

I 4.3.F MAIN CONDENSER CIRCULATING WATER p

l 3

Depends on pH W

I 6.5 - 7.0 Langelier Index Indication of nur$ber

~

Cond, umho/cm W

I of conc. cycles v.c..

i

+

i Indication of number

[ Na, ppb R

I of conc. cycles Measured during chlor-Free ination cycle at the Chlorine, ppm C 'l

1 max

0.5 - i.0 blowdown at 10, 30 and.

50 minutes after the

m..

beginning of the cycle 1

_ Langelier Index W

-0.5 <SI <0.5 1.

Required daily i hen chlorin a monitor is not ir service.

~

F-

.., gg

... ~ _. -

r

'T 2z

= ss.s. - -- - --

-*m-sevm=P,c ersgat e

,mer aras ames a =. mar sw en- -

-7

_. ~.

[

31.0

~~

J

.a.

a

1800.2 Revision 3

=

11/10/76 4.3.G SEWAGE TREATMENT PLANT Analysis Frequency Limits Desirable Remarks W

I Raw Influent

~

PH D

6.0-9.0 Final Effluent '

~

(.

Total Phosphorus, W 2-WA Raw Influent 1

mg/l W*

4-DM Final Effluent M.

Dic,olved Oxygen, D I

Aeration Tanks PFM D

> 5-WA Final Ef fluent Settleable D

I Aeratico Tanks

._ Solids, %

D I

Primary Clarifier -_..:

I Suspended 2/W 30 - WA 1000-4500

- Aera tion Tanks

. _~G..--

Solids, mg/l W

60 - DM Final Effluent (Composite-8 Hours)

Free _.

2/W. _ _ _

._ I

__ Chlorine, PPM D

I _ _. _ _.

.__ _ l-2

_ Chlorine Contact Tk _. _

L

.1 Final Effluent 1

8.0.D.,

W 30-WA 150-400 Raw Influent

' - - ~ ~' -

mg/l W

60-DM

-. 5 ; -~ -

n. Final Effluent "rO.w.

, L __...

' (Composite-8 Hours) ~'

Plant Must Reduce BOD By 85% - - -

1--

wii.. l.. Turbidity, NTU D

I

.f f ~ =.

Z..

l Secondary Clarifier".I..u. f

~

~~~~~(, Total Solids,

W

.I T ~~ ~

Aerobic Dig'este - ~

~

~ ' ~ ~

.. ~...

?ji.y...mg/1

-2..

1_-

~

g m.

2.;

.q,._...._ g __;..__;g g. _g.g, g Fecal

_W 2

-200/100 ml-MA Final Effluknt --i;ff-(' z. ;.t__ _...

' Coliform ' - ~ ~

. _.. _ "., ~ -7 400/100 ml-MA

._...._-.7.__=.._=~'.-

._=..,=....--_~.,-...=__N.,._'="~-

7

.s.

.c 4..

'y v.

. w s-

-a,.s..s.,.;.,....<e.. Fs e

~

~

s

... ~

........._.n:. - -.. _.:---__..

.r.

.. / a.. --.

.-*we e

a.-

er e

e

.7

_**y

.y #e

).

.g.

p.4 4

g.

.p " g '

,.g g

- -4 c.

.e a

e.'.

T.. - '.

Ls e 1

.e,.-

,,/y Ie-

~ ~ -

-._2.

C-- N.4 -A-

=

.~..

_.,. 7. 1.. _.3.._...

s..~.

32.0

" ~

Revision 3

4. 4. A POTABLE WATER 1800.2 11/10/76 g

Analysis lFrer. enc L Limits Desirable Rema rks pH W

I Cond, umho/cm W

I g

Hardness, ppm 4

I Hot water only Free Chlorine, ppm i

W

>0.2 0.2 - 0.5 Free of coliform Count r.ade by Certi-Bacteria count M

Bacteria fied off-site lab 5.1.A M I_ S_C. WASTE 9TG. TAN K (CF-1711 Used in determining

}

pH W

~

I treatment Used in

Cond, determining ' ~ ~ C T umho/cm W

I treatment l.

Ganma Scan x

I Used in

.n_

z-Gross By, determining uCi/ml V

I treatment

%' Total Used in

~'

determining T_~

Solids,(ppm)

W I

trea tment

%.-.-d--f-'_

Boron, ppm W

I

~ ~

.. ~

~

V_

m S.1.B

~

LAUNDRY WASIE_SIORAGLIANK

=

(CF 1W I

Used in.

= -

determining

?-

JL

-_,,,, w AN._..

...~. l.

- -. =

t rN LC.CDt Used in Cond, umho/cm V

I determining. ~

~~ -..

trnatront 4

7,g4 g}$

~

33.0

Revision 3 11/10/76

~ i.

~.

LAUNDRY WASTE STORAGE TANK 1800.2 ) (cont'd)

.' 5.1.B (cont 'd)

(CE-135

(

nalyLis Fre_cuency Limits Desirable Remarks Gamma Scan R

I Used in Ci/ml W

I

<l.0x10- g he "9

I Used in g

Tritium, determining uCi/ml W

I treatment Used in Total determining Solids, (ppm)

W I

treatment Boron (ppm)

U I

<25 5.1. 0 WASTE _ (VAPORATOR_C_DfjDENS ATE STORAGE TANK Show suitability for pH R

recycle. Can also sh w 4

I 6.0 - 9.0 need for resin replacem

Cond,

~

umho/cm.

R I

a a

a Cl, ppm R

I a

a a

e F, ppm R

I a

a

=

E"

. 2 B, ppm R

I

<25 ppm

' Gross

~-

~ - M -

~.

- - -9 "

By, u.Ci/ml

~ R I

a a

f Limits as expressed Tritium R

I in HPP 1621 Gamma Scan (uci Limits as expressed '

ml R

I in HPP 1621 t

5

~

O Mm_ _ _

^""M h-

.~.

204-016 34.0 w.h-

ML19224B424

Text

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