ML20125B487

Condensate Polishing Sys Functional Test

ML20125B487
Person / Time
Site:	Three Mile Island
Issue date:	11/17/1977
From:	Brownwell R, Nelson M METROPOLITAN EDISON CO.
To:
References
TASK-TF, TASK-TMR TP-276-4, NUDOCS 7911090567
Download: ML20125B487 (37)

Text

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,. COi:DE':.:.iTL POLI' J !!!*'. 5Y !. tdt CATECORY a

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PREPARED: Cc;nizant Engineer d_ , , .[ h. .

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00T APPP.0!AL FOR PET 60R'WCE:

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TEST RES';LTS : Accent +ble with the follo.ving test exceptions and deficie:::ies-E D .L1}:m /3

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1.1 Verif y the Condennate Folishcro will accot._moda te ap.sr c::f ru t ely 2500 spm per unit. (Morna11y seven units in operation and one unit in standby) 1.2 Verify that resin cannot be transf erred f rom a polishing tank s% to the regenerating tank while a resin bed is being regenerated.

1.3 Verify the fo.llowing options provided with the automatic regenera-tion of resins:

1.3.1 Any timed step nay be extended or repeated if resin has not been or is not being transferred to another vessel.

1.3.2 Preselected elimination of chemical treatment. .

. '. 1.4 Veri fy cutomti c resin transf er.

l.5 Verify the operability of the A~conia and Hydrazine injection system to the effluent of the Condensate Polishers.

1.6 During the regeneration cycle, verify the autoraatic valves operate properly and record secuence step tinier settings.

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Condencate Dcmineralizer External Regeneration

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2.5 2106-2.2, Cond ensate Polic'ning Syst em, February, 1976 2.6 L*A Water Conditioning Co. Drawings b' D-3S35, Rev.,[f (/5' 00 - 02f3 )

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4.1 Tests The following tests have been completed sufficiently to support performance of this test procedure.

4.1.1 TP 250/2 - Instrument Calibration - MTX 24.1

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4.1.3 TP 250/1 - Pressure Test - MTX 24.3 l -[. g' ' -t',>,',c" -

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4.2 Construction Completion Status 4.2.1 Met-Ed has accepted the system for preoperational testing.

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4 En siron:: . ntal Cc.nditions 4.3 3

4.3.1 No special c:virer.::,antal conditions are required.

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? . 0, LI:'.i TATIC';S A::D l'I'J.CAUT10::S 6.1 Rc:aove a polisher f ro:n service when an alar:n annunciates polisher low flow or high pressure drop across the resin trap, and ensure there has been no resin loss due to under-drain screen break.

6 .%2q Adequate safety precautions for strong chemical solutions raust be observed when working with caustic or acid.

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7.1 . Itin t rument Air available for the perf orr.nnce of this tent.

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7.2 Service Air available for the performance of this test.

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,/l 7.3 Denincrali ed Service Water available for the performance of this test.

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7.4 condensate System in operation to support the performance of L ,l .

this test.

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.  ; ;.J:QUISITE SYFif'i CD:;D1 TIC"S

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+ f 8.1 The Condenr. ate Polishing Synt em is in nor .a1 operati on in 4,,,.

y accordance with 2106-2.2 with polisher number onc in stand-L . . ,

by status.

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] 8.2 The spare resin bed is located in the mixing and storaSe tank.

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Signature Date 8.3 The hydrazine and ammonium hydroxide chenical injection is in operation.

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0TE: The requence of testing of major sections is uptlonn1.

, ,4 9.1 This section verifies that the Condensate Polishers will

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,, j 7. - accommodate approximately 2500 gpm per unit.

??OTE: Depending on the plant conditions that exist at the time of thir. test cny two polishers may be.used in Sections N 9.1.2 and 9.1.3.

9.1.1 Reoord' in section 10.1.1 the flow rate through each in-service polisher, the differential pressure across cach in-service polisher, and the outlet conductivity for cach in-service polisher.

9.1.2 Place the standby polisher in-service and remove polisher

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8' nomher eight (co-r 1 A) Nm caru w p m 2106-?J.

9.1.3 Record in section 10.1.3 the flow rate through polisher number one (CO-K-1H), the differential pressure across polisher number one, and the outlet conductivity for polisher number one.

Section 9.1 Accomplished Sat. Unsat.

Signature Date 9.2 This section verifies that resin cannot be transferred from a polishing tank to the regenerating tank while a resin bed is being regenerated.

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On Tanel 304, select end initiate module C (storage tank ~

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refill and final rince).

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. /. , 9.2.2 With mndule C en< rgi ned , at tempt to OPr.S valve C-1

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/ (resin inlet to regenerati ng tank) ur.in'.; the valve control switch. i;ccord results in Section 10.2.2.

Sect 1on 9.2 Accomplished Sat.

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Signature . . '~

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N 9.3'

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This section verifics the following:

(a) Any tim,ed step r.ay be extended or repeated if resin has not been or is not being transf erred to another vessel. ,

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i (b) Preselected elimination of chemical treatment. 1 (c) Automatic resin transfer.

(d) Automatic valves operate properly (c) ScpEr.cc a tcp LIrJet" s e t tisq,,s uce recor d ed.

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g 9.3.1 Record all sequence step timer settings from ?a rl 304 in Section 10.3.1 Note: For all "the follcwing regeneration or transf er steps, observe that the automatic valves operate properly as per Enclosure 2.

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S)yf 9.3.2 Depress module J " Start" pushbutton. Observe that U E-il V g'. g resin is autonatically transferred to the r'egenerating C,).

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[ tank. During regeneration record acid and caustic con-b,.d g 9 ductivity from panel 304. Take a hrab sampic Erc%wp1r 1._,

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,,j c from sample valves locat ed ner.r the canductivity Elements '

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q) to check acid ..nd caustic rpecific gravity. . Record d.ita in f)t

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' V- .2 section 30.3.2. 'lNI U.':lT II k.$ '~d TP 276/4 U

(') O Effective page 0 Page 11

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, . m 9.3.3 Set the module 11 Scicetor Switch to the redule C j 7]

'lI position.

Depress module 11 " Initiate" pushbutton. During the .

, first timed step of module II (step 25), place the i

( TIFE .:XTEND Switch in the EXTEND position. Observe N that timer Till stops. Extend this step for five I i I

p. I

minutes, then return the TllE - EXTEND Switch to the TILE position. Observe that timer TFII starts. Record data in Section 10.3.3.

q 9.3.4 Depress the module H " Repeat" pushbutton. Observe i

that Step 25 is repeated. Record data in Section 10. 3.4. .

/0'yl0 '9.3.5 Af ter the cte d tion o f c,ection 9. 3.4 verify that the

/ Condensate Poli. hing Unit continues through the re-r;aining steps .iutomatically.

. 3. 6 Verify Condensate Polishing Unit and the valves listed b_ - }

Jn Enclosure 2 operate properly by recording results -

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in section 10.3.6.

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Section 9.3 Acc,omplished, Sat. Unsat.

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9.4 This section verifies the op.:rability of the Ar.onia and

, .  !!yd ra:Inc inj ec t ion syn t r.m to the effluent of the Condensate Polishers.

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,. s 9.4.1 Note the reading on the Panel 310 recorder (SS-CR-3152T for hydrazine concentration at the condensate booster puap discharge. Note the reading on the Panel 310 recorder (SS-CR-3151) f or pH at the polisher effluent.

9 9.4.2 Start' chemical injection system by placing the Panel 305 1

control switches for AM-P-1A and fi-P-2 in AUTO.

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9.4.3 operate the chemical injection system for a period of eight hours to check for proper autom'atic opera-tion. Record data in Section 10.4.3. -

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o Section 9.4 Accomplished Sac. Unsat. .

Signature Date

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9.5 Rehn n the sys"em toJfet-Ed for normal operation per 21062 2.2.

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. l.1 Polisher No. 2 flowrate gpm -2 2500-ep nsf.f e,

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, Polisher No. 2 inlet pressure psig N.A.

N. ' )

l Polisher No. 2 outlet pressure psig N.A.

r 20,

- .L- Polisher No. 2 differential press ,

psid 35-45 psid

= inlet ' press. - outlet press. 1

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0 0 7- c. *10

,r' Polisher No. 2 outlet

- umhos 0.12-0.1$ unhos conductivity bi -

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}, ":.lisher Nu, 3 ilowrate gpm d-2500-apa .f ti f-b .

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Polisher No. 3 inlet pressurc . psig N.A.

Polisher No. 3 outlet pressure psig N.A.

.. Polisher No. 3 differential press. *

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- 1.5-45psid l

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conductivity umhos O +2 ifr umhos

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, D A '."A 3.~O U I ~C D D.. TA CRITERIA .f CRG. CATn 3.1.1 Policher No. 4 flowrate gpm A 2500-gpad

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Polisher No. 4 inlet press. psig N.A.

Polisher No. 4 outlet press. psig .A.

Polisher ';o. 4 differential Press y

-7 = inlet press. - outlet press. psid .35~-45 psid -

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, ,L Polisher No. 4 outlet -

o,0 5- O 3.o conductivity unhos -0rL2-0,4-5 umhos

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Polirher Mc. 5 ficv: ato gym '_1_ 2500 gpmy7f;1 Polisher No. 5 inlet press. .

psig- N.A.

Polisher.No. 5 outlet press. Psig N.A.

Polisher No. 5 differential press. zo

. outlet p'r e s s .

= inlet press.

psid 3,35-45 psid

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.- Polisher No. 5 outlet 6.05'-0,30 b.. D conductivity -

umhos . -0 2+2 --045 u nho s

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.1.1 Poliaher No. 6 flowrcte cpm ' " " _ . 2500- g pm. 1, ,

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Polisher No. 6 inlet press. psig N.A.

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Polisher No. 6 outlet press. psig N . A .'

9 Polisher No. 6 differential press .

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> Polisher No. 6 outlet C,0 s - C. Tt' conductivity umhos  ;~,0.-12-0 15 umhos m.(

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y Polisher No. 7 flowrate gpm .-

-2500 gp-. -

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Polisher No. 7 outlet press. psig N.A. ,

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= inlet press. - outlet press. psid ,35 '-4 5 paid  ;

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conductivity ur.h o s z-0 .-12-0 -M umh o s

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..u.., ,. :. .: :

J.GMin;ei -./ M ','. 9 .'., .'. .,./ hj e .i. . %'. ',

..y .

E

. , ' . .YeStep 29 F .

. 4

. v,: t..s.'..  ;. x,u : ...y.. .

n . , ,7. ... -. f.: . ...: -

.y . . .;

. .; '.' -2 .

4].3. , ',-; .'

Place. ' Logid' Module .Scl'ector' Swi tches .'in the folloJring pos'i tions: - ', . . M. . ., .,9, .

. , ;,.>:, .,- t ..-.fl U . - . * ,ir::: .' l .;. ,. r ) , . . . . b. s' . , . , . . f.'

. . . , s . , . . .

1 e, . .. "

.....'.;.,'l.

. . , .., ..,,., . j , . . . . *

',c.>. .,, -., s. ., .:. . . . ;, . ,. . . , c : . . . p;.; ,, . c -

. M. ,, , j :

s. . .  :

.. ~ -

r. i/ '..q.,., .. ...: . . .,3 . . .. ,,hy,<;. g, ;.,:g ., s ..t;

.'..,..s.p.,..

. 3, 7. ., ,, . ., ., ,. , . . , , ' .

. . . n ....

. , !) .

.4. . * \: ..,.y). , , . r,, : ;< . s . ;;.p-a

. ./.. '

.; ., '. ..

.;. t . q... 77, ., e,,.!

...'.~..;~..

i .; . , , ,

.s .

.. : . .; .:. ~ 3 .. .,'

..~. . . y,-g .., <; , . ..,.:...

~:..** . .. ,, , : r. . . 's

. . g . ,. :,. .

. . m, ;

.s. pr. . .,

,. ' . 1 ' l';_' .T 'r .:.? s'.' .

". , :'. L ' . , j ' ' 1 t.',  %' , {.

l. : i,', ',-

.yf . : . ;v. d . * . .,' - z'~3 > , ' 0' .y. . . 'i .. *<-

' ~

,.. . 3 n, i .c . .

.! -r-

. .. ,5,'.,.',;,I.:.a.,.,;<.h..

. ; : ,p.. ..

. . u . ..

.; .. . . ..-c.....

.;  :.  :, , IM;.

.:3.

j y ,

..c',, '..W , @ a....:u... . .

N /.1.b.m  ;

,g -e .

I

.:.(

..c .

g ?,Ca .

~..%

2l06-2.2 2o5 Revision 0 D .3 TABLE 2B g p ,-

03/21/77 Y j j TIME FLOW -

i STEP ! FU??CTION (MI! 51l CPEN CLOSE (GPM) REMARi'S I l 1

Slow Backwash C5 ' If fines are not removed within 20 minutes, 14 (Remove Fines) 20 Cl l ' 100 place extend cycle step cor. trol sui ten :n t l I X1 ' X2 / " Extend" and allou t:ackwash to continue i

l

' until fines are recoved. Then place s'titch I }

back to " TIME" nosition and allow timer to Time Out. ,

l l NOTE: Be carefull not to exceed 103 GPM 6

in order to prev'ent resin loss as '

l l Outlet for this backwash is co-i  ! .

screened.

i 6

W j Fast . C5 ' Resin separation takes place during this 140 step. Interface can be seen in louer sight-15 I Backwash 20 Cl2 '

glass. It should be approximately 2" frcm l

Xi V X2 '

l top of glass. Anion on top, cation on

,' bottom., Vibrator energized to prevent res n h Trom blockino riou at screened cutlet.

e l Inject C5 ' R7 v Dilution Caustic concentration

4 - 5%, Use dilute Caustic  ; 45 C9 " 31. 2 caus tic conductivity recorder (Red Pen). i f16 l

{ :3TE: This Step i RS P l Blocking Reading should be 4 5 - 5.5.

in Manual.

R6 7 15 Dilution Temp - 120 F! b .

' ( RF

,  ; Follcw GL^?3 l q./. g X2 v '

X1 .

t l WT-V-320G -

i 0

Dilution Temperature 120 F. X1 and X2 uill Displace y 40 CS' R5 Dilution Caustic / C9 ' R6 ' 31.2 cycle when waste outlet conductivity reache; l 17 l GOTE: This Step R8 - Clocking 500 umho (Green Pen on conductivity recerder) i is manu Q. , R7 "' 15 If cycling is excessive place control suite.h X2 < Xl v for X1 and X2 in the middle position. This

!' Follow e f?_3 Le rce

• is

p. /, y WT-V-320G5 will keep X2 open and XI Closed.

uay until conductivity is below 500 c 9n ar.d then return switch to "AUT0" X1 should ,tay

~ Open now and X2 should stav_ Closed.

s"? n

t . .

< i.i ,.,.

.m

-1>N t -

210r,_p,7 I Revision 0 =s b. -: , .

Tf@LE 2B Dir,dictita PC. ;

i .= bD d[ !

~ ~ '

ilME, ,, FLOW li STED FUNCTION l (MINS) OPEN  ! CLO5E ,(GPM) . REMARKS __ ,

ULE* '

I l l IF-Rinse  ! Cl4 ' '

l pormal rinse time is 25 minutes. ~/

".0 u.

cv.tinue

,18 Caus tic 25  ?.1 ' X2 " ! '120 i coedivi tri s em < o Ifrdase+nMi-4t-tv. 'Use-Green Pen cu i

}~

30iE: This Step WT-V-320g,' '

is manual.Q./.h I, i l,ConductivityI'ecceder.

I  !

Foi l ow 4,JJ i  ! .-.

i '

Rit/ Dilution hcidConcentration: 6%, Use Dilute acid Inject lb0i R2 /,.

Reacir.g [-// '

19 j Acid +

j R3 j i2.Ss J . l conductiv$,ty,r,c,gorder (Blue l'en).

l-f i R4 ,- WT-V-32CG g Ot6 i should be L ---h). Adjus t WT-P-14 s trnke I C3 as necessary to obtain correct conccntration.

i i '

C4 I R8gt hrottle WT-V-318B to obtain 42.5 G0;1

! .f ilution fics g) g i

'X2 V ! XI /

rpf -yfM 6'/.

j,T.ccorder c dilution (fted flou as read on Pen).

UT-P-14 uilldauto-l

{ gsg q ma tically s tart at beninning and s tan at end.

i i  !

42-5 .lf Cation regeneration is good, the .aste 6 p" Displace . -66 R3 R4'

[' l R1 '--

R2 fr conductivity recorder (Green Pen) wiil 3 20 Acid  ! remain on the upper peg. ( > 1000 unta)

L3 ' + WT-V-32GG/' i i

b[

. J ' .b hl.o C4 f

/ .b -/.;'o X2 4.,f - X1

$<l' +J b -c e s$

~ ' ~J' ' ' VW ts- ,. .z in $ a n &"e' 68

i Inject I,7 g -h,'7' M ' / [v

~h6 4M 23 Ar onia 0 0- v bY v

z(

Displace 3O b.'<?

c j- / Xi 6

/ jf egg E 29 Amonia .

30 C6 ' 145 ' Mechanical Cleaning (Scrubbing).

Air Lance f

" 25 Receivino T&6k Mi- Cl2 - SCFM 10 C5 ' 140 ~ Backwash Impurities removed from Air Lance Cackwash

' 26 Vibrate Screen Cl2~~

- S SMl 'l

+ 9'. .

s

. , c.CL

.;. . a R *W 2106-2.2 3k.t>

, 'i b Revision 0 03/21/77

-' ? %

M9i TABLE 28  :

Duplicale Pr:'jd' ,,' h -- n

6kdy i

l TIME .. i , FLOW . .

1E ' STEP FUNCTIO't I (hlNS) OPEri i CLOSE (GPM) ' REMARKS ,,

I ,

i

. I P,a c kwa r.h 5 C16 ' l 70-140 Unit wili c.utccatically shi f t fre, P rL f' r.S r '

27 l' Screen C 4 ' .. '

to backwash after 5 minutes. .

X1 /' X2 '

\

• Unscreened 20 100 Be carefull not to exceed 100 GPM during l' Backwash C5 '#

Cl3

' unscreened backwash in order to prevent X1 / X2 loss of resin g Trans fer 20 S2 ' Sluice SSc2 F e;;m;:; W J N F 21 Resin to S6 / 75 Storage Tank Cll i Air M' C8/ SG i C7 7 SCFr4 X1/ X2 #

i _. .c .

1 Partial Refill X0 Sll 75 -Eay= mph %. - WE%te-prIn%ittag 2!A Storace Tank S2 14. 2 %

Air 10 52 / 145 Mix anion and cation resins 213 l Mix _ 57

, 'SCFM i _,

Air Mix . 10 S 2 145 -ST.;3rz2sMcWje3 F {22

, Drain Storage S4 / 3CF:t

^ ' ~ ~ '

Tank 57 '

i  ! XI ' X2-l l Refill 5 52 ' 200 fill for 5 minutes or until water issues 93 1 Storace Tartk SS ' from vent.

I

/

~

, Final 20 55 200 Final conductivity rinse to remove trace 24  : P.inse 56 " chemicals

! XI - X2' s

-.'.2:Er p -

- - - _ - - - - - - - - - _ .- n , .

' . .

• VAiNE 0: ~;' AT J 5G ';EOi.D.': CE

. ~ . J

'N/

\

\ (7 "L._.j W~[.

l L-l

'\

-- i STE P SEQUENCE UNIT & STEP VALVES TIME 1 NO. FUNCTI ON OPENED INITIALS /DATE_ MIN.

gf 10. I nj ect St .1 fite , R9

\' Receiving Tank R10 1 ClO Cl3

11. Sulfite Soak 30 4: - 7 Pe r iod , Receiving .

j Tank 6 'l 12. D'splace Sulfite, R10 50 l C10, C13 l Rec iving Tank C5 .

13. ,Fa s t- Rin,e, 5 g-7 CJ-4 .

Receiving Tank d .

14. Backwash No. , C5 g A / ,

2 Receiving Tank Cl3 M.'; W / /'C7/ /

/

15. Screened Ba kvtash, Receiving Tank

/

C5 12 lll - e / O / -r ~ -. ,

e/

W.

gC4 20

/

JipTE : The followin options are avad able in this series of ste'ps.

1. Pushoutton: Repeat Steps 1 through 15.

2. P hbutton: Repeat Steps 13, 14, 15.

3. .ushbutton: Repeat Steps 14, 5. - .

4. Pu shbt' t ton : Repea t S tep 15.

' Step 15 may be selected to preced Step 14.

16 Inject Caustic, R8 45 Receiving Tank RS, R6 R7 closed _y .

C9, C4 M j/)/ryf]i i[ T . A n 6/

FsSR[

h.,_ .f., U ' ' k " '

'/ / ,

/./ (sr

. * ;' 2 j'. !

-*'_,-.:<." .)!.

'll!I L':'IT II e '

TP 276/4 f

Enclosurc 2 l h Pane 1 of 4 '

DupAicolo 200U

..,ea e. em me er= * **+e~ee

.e , . . . .

m.

\

.,+

J '

_ /_. . . ;-.- .

. <7 ll /

.- /

/

STE P SEQUh, E'E UNIT & STEP VALVES TIME MO. FUtiCTI ON OPENED lillTI ALS /DATE . gI N .

g _ p. 16a. Backwash, Receiving C5 20 Tank C13 g .

1 .\ Di'splace Caustic, R8 j' )1 / , ,. v40 Receiving Tank C9, C4 ,.-r-) ,

.n 'd / /2!'@'

'I l ,

./

18. R i nw Caustic, C14 r// 325

~

l't ce l'. i ng Ta nk C4 Mr.'/

l') . I n'j c t Acid , R4 80 Rece.1'ing Tank R 1, R'2 / -

C3 !C4 h /

-2 .

20. Displace A id, 4 50 C4 /3?Z1- !; ?O 4 N /

~

Receiving Tark y C 3, ,

i

\ /

20

21. Trar.Lfer nesin,N S 2, S6, X 1, Receiving to ,/ C ll, CS, Storage Ta nk / C7

/

21a. Partial Re ll, ,

Sll 8 S torage ank .

21b. Air Mix S7 10 S2

22. Air Mix & Drain, S2, S4, 10 '

Storage Tank S7

23. Refill. Storage S2 5 Tank SS

4. Final Rinse, . S5 20 Storage Tank S6, X1 _

<* s.7f f

[

..rr . f(

'. . - , ~ ~ .

(.. .;~=

5 h-)) %. c,.e i d G / >{ ,

y.c:; ;q L"t.n{..

' TMI U':1 T II TP 2M/4 T.nc]o. ore 2 .

Duplicolo P G O ' rece 2 or 4 l

. . ... ._.. - .._ j 1

2 J

\ ,

b e

+

C. /

/ [? ~. e

- /

'- ,c'

) / y TIME

& MIN, ,

l VALVES INITIALS /DATE , ,,

& STEP \; OPEI'ED l

' :,...;. .a -:/ fiY r

QQd" 1.CTION_  ;

C12, -,<10' l

,a nce , C6 , ' . I f

.ving Tank i-s-

of 1 C12

,/b- -Y~~8U ,7 N ~ '

sa sh & V i'or a te CS an, Receiving '/

7 / , -, ,37'M

,C'7 ,s C16, C4

flush Screen, X1 ,/ ,._,,// , #,L

. nk / 23 2iving aA

,/

c' c 9

'i7 <-9-- h N t'f t:wn ch 11n cr e n

Cl3, Xd Mh; ~

e iving Tank -

-U j ,

R12, -

j

/g e ,j ject Ammonia / C17, C4

,L.!Qi-g , rt-y^;/L f l

cough F'ull Bed , '11 <

calving Tan'/ 7/OM, / N'  %

R12, C17, /

nia tsplace A C4 arcugh Mull Bed , //<

33 i,

eiving Tank R12, oc/n]ect Ammonia d, P,ll ,

.hrough Cation De C 2., C4 ,

10 '

locoiving Tank }

R12, Displace Ammonia C2, C4 Through Cation Bed, Rece iving Tank i

6. /-

,.,. r<usa.;

=. , o.ca .,. a rav T,1[ UN. T T II TP 276/4

• ".~' 1 "u

,t. , u *..' ).

J.

Diclor.ur c 2 Page 3 of 4 liCOh EUR - ..

- l l

l. .,3 i l . .. . . .

j l

l .

" ~ ~

l

~ /_#

v _-

l STEP SEQ (EN E UNIT & dTEP VAnygS '

TIPr NO.

• s _ FUNCTION .

. OPENED IIHTIALS/DATE .-r.r1Ti 32.(Optional) N Backwasn, S9' 10 (Ma nua l) Storage Tand

$10 /

/

33. (Optional) Air Mix and / S2 S XI (Manual) Drain, Sb ge S7 10 Ta k/ -

s 34 . ( op t ipn - ) Resin Return to S11' 20 Ma nua l) Receiving Tank C15, C4, .

C12, S1 N J

f

, //

s

• s.* ; A t v i. .: gy,:. L;f-:. f*.. RF c, x. *.. . .]. .p+)

. ('m' ?'e..C.V f.y

• a d TifI UNIT II

'iT 276/4 Dupliccio Page -

p ---

Enclosure 2 P.me 4 or 4 e .+ e, e.n e-- 7 7-