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MP 13-P-16 TDS 1 of 1

April 1998 Page 1 of 4

Technical Data Sheet (T1316M01) - Plate Heat !changer" - De"ign an# $on"tr%ction

&nit Perfor'ance - Metric &nit"

acilit *a'e+ P%rcha"e ,r#er *o+

.ocation+ /e%i"ition *o+

te' *a'e+ Mo2il Proect *o+

te' *o+ $ontractor Proect *o+

1 eneral nfor'ation

2 Service of Unit: Manufacturer:

3 Size Type: Parallel Series

4 Surf/Unit No. of PH: Surf./PH S!op "o# No.:

$ Perfor'ance of ,ne &nit %e&'()

* +lui( Na,e:

- +lui( llocation: n Hot +lui( 0ut n ol( +lui( 0ut

+lui( uantity Total 56/!

7 8apor 56/!

19 i&ui( 56/!

11 Stea, 56/!

12 ;ater 56/!

13 Noncon(ensa#les 56/!

14 Te,perature 8ap) 56/,3

1* 8iscosity i& >8ap) ,Pa?s

1- Molecular ;ei6!t of 8apor

1 Molecular ;ei6!t of Noncon(ensa#les

17 Specific Heat i& >8ap) 5"/56?8ap)

21 atent Heat 5"/56 @ a#s) >6a6e) >5Pa6)>5PaAa)

23 8elocity Plate/Port >,/s) / /

24 Pressure =rop. lloB./alc. / /

2$ C Dcess rea

2* Heat Dc!an6e( >5"/!):

2- Mean Te,perature =ifference: ,2) >,2)

;/,?(('l Surface ,3)

Transfer %ate Service: 5"/!?,2?

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MP 13-P-16 TDS 1 of 1

April 1998 Page 5 of 4

Technical Data Sheet (T1316M01) - Plate Heat !changer" - De"ign an# $on"tr%ction

27 $on"tr%ction of ,ne !changer

39 Hot Si(e ol( Si(e

31 =esi6n/M;P/Test Pressures 5Pa6 / / / /

32 =esi6n Te,perature M=MT Nozzle 0rientation)

37 MaDi,u, per PH No,inal Plate Gap

49 Material:

41 Plates: T!ic5ness >Min): ,,

42 overs: T!ic5ness >Min): ,,

43 Nozzles/Port inin6: T!ic5ness >Min): ,,

44 Gas5ets:

4$ Tie Fars/Nuts: / No. Size: ,,

4* +ra,e: Surface Prep.:

4- o(e %e&uire,ents: SM Section 8 =iv. 1 Sta,p: Specs MP 13APA1*

4 ;ei6!ts: =ry 56 S!ippin6: 56 +ille( Bit! ;ater: 56

47 0verall =i,ensions: ;i(t! , en6t!: , Hei6!t: ,

*ote"+

%evision o6

%ev =ate prvl. =escription %ev =ate prvl. =escription

1 4

2 $

3 =B6. No.:

Glue Nonglue

Yes No

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o,,ents

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11 0MMNT: T!e f lui( &uantity rate

s!oul( #e s!oBn as t!e rate D factor

>e.6.rate I 1.2 for relatively clean

service to account for foulin6 as per

para.$.1.2in PG 13AFA1*).

3- 0MMNT: T!e (esi6n s!all ,aDi,ize

li&ui( velocity #etBeen plates Bit!in t!e

pressure (rop restrictions to re(uce t!e

foulin6 rate an( pro(uce !i6! !eat transfer

coefficients. f t!e coolin6 ,e(iu, is sea

Bater t!e velocity of sea Bater floBin6

#etBeen plates s!all not #e less t!an 9.3

,/s >1/9 fps). MaDi,u, velocity t!rou6!

nozzles s!all #e li,ite( to 3 ,/s >19 fps) for

car#on steel nozzles an( $ ,/s >1* fps) for

stainless steel or titaniu, nozzles.

3- 0MMNT: T!e (esi6n s!all ,aDi,ize

li&ui( velocity #etBeen plates Bit!in t!e

pressure (rop restrictions to re(uce t!e

foulin6 rate an( pro(uce !i6! !eat transfer

coefficients. f t!e coolin6 ,e(iu, is sea

Bater t!e velocity of sea Bater floBin6

#etBeen plates s!all not #e less t!an 9.3

,/s >1/9 fps). MaDi,u, velocity t!rou6!

nozzles s!all #e li,ite( to 3 ,/s >19 fps) for

car#on steel nozzles an( $ ,/s >1* fps) for

stainless steel or titaniu, nozzles.

39 0MMNT: T!e ,aDi,u, al loBa#le

pressure (rop Boul( nor,ally #e 199 5Pa

>1$ psi). HoBever t!is ,ay #e specifie(

!i6!er if eDcessive pressure is availa#le or

specifie( loBer if !y(raulics (ictate.

8elocity consi(erations Bill also apply an(

Bill affect t!is value.

31 0MMNT: T!e a((itional surface area to

account for t!e foulin6 c!aracteristics of

t!e flui(s >see para.$.1.2 PG 13AFA1*).

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32 0MMNT: T!e !eat eDc!an6e( s!oul( #e calculate( #ase( on t!e rate D factor to account for

t!e foulin6 c!aracteristics of t!e flui(s.

34 0MMNT: T!e Service Transfer %ate provi(e( #y t!e ven(or s!oul( #e #ase(

on t!e service (uty >e.6.floB I 1.2 factor). T!e actual foule( con(ition transfer

rate in service Bill #e t!e Service Transfer %ate (ivi(e( #y t!e rate ,ultiplication

factor >e.6. U +oule( J UService/1.2).

T!e clean transfer rate is t!e overall !eat transfer coefficient calculate( fro, t!e

col( si(e an( !ot si(e transfer coefficients >as (eter,ine( for t!e #ase floBrates)

an( t!e plate t!er,al con(uctivity Bit! no alloBance for foulin6 resistance.