boiler plant mechanical equipments.doc

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05-11

SECTION 23 50 11

BOILER PLANT MECHANICAL EQUIPMENT

SPEC WRITER NOTES:1. Delete between //----// if not

applicable to po!ect. "l#o $elete an%ot&e ite' o paa(ap& not applicableto t&e po!ect an$ en)'be t&epaa(ap&#.

*. Refeence# to pe##)e in t&i# #ectionae (a(e pe##)e )nle## ot&ewi#enote$.

+. T&e #pec wite #&all e,iew t&eP&%#ical Sec)it% De#i(n an)al fo "acilitie# to $ete'ine an$ incl)$ean% i##ion Citical o ife Safet%e)ie'ent# calle$ o)t.

2. Contact $awin(# ')#t incl)$e 3a#applicable4 t&e " National C"DStan$a$# li#te$ below:

SD*+5011-01 la#& TanSD*+5011-0* C&e'ical ee$ S%#te'6P)'pe$ T%peSD*+5011-05 7oile 7lowoff TanSD*+5011-08 Wate Sa'ple Coole# 97oile Wate an$ ee$wateSD*+5011-0 Contin)o)# 7low$own ;eatReco,e% Stan$a$ Pipin( Dia(a'SD*+5011-0< 7oile C&e'ical ee$S%#te' 9 S&ot T%peSD*+5011-10 "nc&oin( E)ip'entPaca(e$ 7oile an$ Deaeato an$

Con$en#ate Stoa(e Tan#

PART 1 - GENERAL

1.1 DESCRIPTION

ee$wate $eaeato6 con$en#ate an$ boile fee$ p)'p#6 con$en#ate

#toa(e tan6 f)el oil p)'pin( an$ &eatin(6 co'pe##e$ ai #%#te'#6

blowoff tan6 blow$own &eat eco,e%6 c&e'ical teat'ent #%#te'#6 #tea'

,ent #ilence6 an$ ot&e e)ip'ent t&at #)ppot# t&e opeation of t&e

boile#.

1.2 RELATED WORK

". Section 0= =1 006 P"INTIN>.

7. Section *+ 05 116 COON WOR? RES@TS OR ;"C an$ STE" >ENER"TION.

C. Section *+ 05 516 NOISE an$ I7R"TION CONTRO OR 7OIER P"NT.

D. Section *+ 0 116 ;"C6 P@7IN>6 an$ 7OIER P"NT INS@"TION.

E. Section *+ *1 116 7OIER P"NT PIPIN> SASTES.

. Section ** +1 116 W"TER SOTENERS.

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>. Section ** 8 *16 W"TER DE"?"IBIN> SASTE.

;. Section *+ 0< 116 DEONSTR"TIONS an$ TESTS OR 7OIER P"NT.

I. Section *+ 0< 006 COISSIONIN> O ;"C SASTES. Re)ie'ent# fo

co''i##ionin(6 #%#te'# ea$ine## c&ecli#t#6 an$ tainin(

1.3 SUBMITTALS

". S)b'it in acco$ance wit& Section 01 ++ *+6 S;OP DR"WIN>S6 PROD@CT

D"T"6 an$ S"PES.

7. ee$wate Deaeato wit& Stoa(e Tan an$ "cce##oie#:

1. Dawin(# #&owin( aan(e'ent an$ o,eall $i'en#ion# of fee$wate

$eaeato incl)$in( #toa(e tan. S&ow location# of tan-'o)nte$

$e,ice#. S&ow location# an$ #ie# of pipe connection# an$ acce##

openin(#. S&ow $e#i(n of all #&ell6 &ea$ an$ nole wel$#.

*. Wei(&t of entie a##e'bl% e'pt% an$ floo$e$.

+. Catalo( $ata6 $awin(# an$ #pecification #&eet# #&owin( $e#i(n an$con#t)ction of fee$wate $eaeato6 #toa(e tan6 ec%cle p)'p#6

wate flow contol ,al,e#6 #afet% ,al,e6 o,eflow contol ,al,e6

wate le,el an$ o,eflow contol #%#te'#6 ,ent oifice6 ,ac))'

beae6 ala' #witc&e# an$ all acce##oie#.

2. Pefo'ance $ata an$ pe##)e an$ te'peat)e li'itation# of

fee$wate $eaeato6 ec%cle p)'p#6 wate flow/le,el contol ,al,e

an$ contol #%#te'6 #afet% ,al,e6 o,eflow contol ,al,e6 ,ent

oifice6 ,ac))' beae6 ala' #witc&e# an$ all acce##oie#.

5. Catalo( $ata on o%(en te#t it.8. O%(en #a'ple an$ c&e'ical fee$ pobe $e#i(n.

. Deaeato inlet pe##)e e)ie'ent# - #tea' an$ wate.

SPEC WRITER NOTE: Delete t&e followin(#)bpaa(ap&# if not applicable.

//<. Paca(e$ fee$wate $eaeato/fee$wate p)'p )nit#: 7oile fee$wate

p)'p #)ction an$ $i#c&a(e pipe #iin( an$ aan(e'ent. De#i(n of

#)ppot fa'ewo an$ acce## platfo'#.//

//=. Sei#'ic $e#i(n of #)ppot fa'ewo fo paca(e$ #%#te'.//

C. Con$en#ate Stoa(e Tan an$ "cce##oie#:

1. Dawin(# #&owin( aan(e'ent an$ o,eall $i'en#ion# of tan an$

#)ppot#. S&ow location# an$ #ie# of all pipe connection# an$

acce## openin(#.

*. Wei(&t of entie a##e'bl% e'pt% an$ floo$e$.

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+. De#i(n an$ con#t)ction 3incl)$in( pe##)e an$ te'peat)e

li'itation#4 of tan6 contin)o)# blow$own &eat ec&an(e 3if

po,i$e$46 contol ,al,e#6 wate le,el contol #%#te'6 le,el ala'

#witc&e# an$ all acce##oie#.

2. Pefo'ance $ata on contol ,al,e# an$ contin)o)# blow$own &eat

ec&an(e 3if po,i$e$4. Refe to $awin(# 3Sc&e$)le#4 fo

e)ie'ent#.

5. Inteio Coatin(: ateial #pecification6 #e,ice li'itation#6

in#t)ction# fo application6 epeience eco$ )n$e t&e e)ie$

#e,ice con$ition#.

SPEC WRITER NOTE: Delete S)bpaa(ap& ifnot applicable.

//8. Contin)o)# blowoff &eat ec&an(e t)be b)n$le#: Di'en#ion#6 $e#i(n6

con#t)ction6 &eatin( #)face6 pefo'ance $ata. //D. 7lowoff Tan an$ "cce##oie#6 la#& Tan:

1. Dawin( #&owin( o)tline $i'en#ion#6 aan(e'ent an$ wei(&t of tan

an$ acce##oie#. ocation# an$ #ie# of all pipe connection# an$

acce## openin(#.

*. De#i(n an$ con#t)ction of tan6 #)ppot# an$ acce##oie#.

+. De#i(n an$ pefo'ance of blowoff tan te'peat)e contol ,al,e.

E. 7oile ee$ an$ Con$en#ate Tan#fe P)'p#:

1. Dawin(# wit& $i'en#ion# of a##e'blie# of p)'p# an$ $i,e#.

*. Catalo( $ata an$ #pecification #&eet# on $e#i(n an$ con#t)ction ofp)'p#6 $i,e# an$ co)plin(# 3fleible-co)ple$ )nit#4.

+. oto efficienc% an$ powe facto at f)ll loa$.

2. Pefo'ance c),e# #&owin( $i#c&a(e &ea$6 e)ie$ flow pl)#

ecic)lation6 NPS; e)ie$6 efficienc%6 $i,e powe6 i'pelle

$ia'ete to be f)ni#&e$. Refe to $awin(# fo e)ie'ent#.

5. Pe##)e an$ te'peat)e li'itation# of p)'p )nit an$ acce##oie#.

8. Sie an$ capacit% of ecic)lation oifice.

. Data on ,aiable fe)enc% $i,e )nit# an$ pe##)e contolle# 3if

D #pecifie$4.

. Con$en#ate Ret)n P)'p# 3Electical an$/o ec&anical T%pe#4 an$ ac))'

;eatin( P)'p @nit#:

1. Dawin(# wit& $i'en#ion# of entie )nit. Dawin( #&all incl)$e

location# an$ #ie# of all pipe connection#.

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*. Catalo( $ata an$ #pecification #&eet# on $e#i(n an$ con#t)ction of

p)'p#6 ecei,e an$ acce##oie#.

+. Catalo( c)t# an$ #c&e'atic $ia(a' of contol#.

2. Electic p)'p pefo'ance c),e# #&owin( $i#c&a(e &ea$6 flow6 NPS;

e)ie$6 efficienc%6 'oto powe an$ i'pelle $ia'ete to be

f)ni#&e$. ec&anical p)'p pefo'ance #&owin( $i#c&a(e &ea$6 flow6

e)ie$ inlet &ea$ an$ #tea' pe##)e. Refe to $awin(# fo

e)ie'ent#.

5. Pe##)e an$ te'peat)e li'itation# of p)'p )nit.

>. )el Oil P)'pin( E)ip'ent:

1. Dawin(# wit& o,eall $i'en#ion# an$ aan(e'ent of p)'p#6 'oto#6

co)plin(#6 ba#e#6 $ip pan#6 $)ple #taine6 elief ,al,e#6 bac-

pe##)e contol ,al,e6 entie f)el oil &eatin( #%#te' 3if po,i$e$4

an$ #)ppot# an$ all acce##oie#.*. Catalo( $ata an$ #pecification #&eet# on t&e $e#i(n an$ con#t)ction

of p)'p#6 'oto#6 co)plin(#6 ba#e#6 $ip pan#6 $)ple #taine6

elief ,al,e#6 bac pe##)e contol ,al,e#6 all ,al,e# an$

acce##oie#.

+. oto efficienc% an$ powe facto at f)ll loa$.

2. Pe##)e an$ te'peat)e li'itation# of p)'p#6 $)ple #taine6

elief ,al,e#6 bac pe##)e contol ,al,e an$ all ,al,e#.

5. "ST n)'be an$ pe##)e atin( of pipe an$ fittin(#.

8. Pefo'ance $ata on p)'p# incl)$in( $i#c&a(e &ea$6 flow6 #)ctionlift an$ 'oto powe e)ie$ at ,i#co#it% an(e #&own. Refe to

$awin(# fo e)ie'ent#.

. So)n$ le,el te#t $ata on #i'ila p)'p in #i'ila in#tallation. Refe

to Section *+ 05 516 NOISE "ND I7R"TION CONTRO OR 7OIER P"NT.

<. Pefo'ance $ata on elief ,al,e# an$ bac-pe##)e contol ,al,e#.

;. )el Oil ;eate# an$ "cce##oie#:

1. Dawin(# wit& $i'en#ion# an$ aan(e'ent of &eate#6 te'peat)e

contol ,al,e#6 elief ,al,e#6 #)ppot# an$ all acce##oie#. S&ow

location# an$ #ie# of all pipin( connection#.

*. Cleaance# e)ie$ fo t)be e'o,al.

+. Catalo( $ata an$ #pecification #&eet# on t&e $e#i(n an$ con#t)ction

of &eate#6 te'peat)e contol ,al,e#6 elief ,al,e#6 electic

contol# an$ all acce##oie#.

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2. Pe##)e an$ te'peat)e li'itation# of &eate#6 te'peat)e contol

,al,e# an$ elief ,al,e#.

5. Stea' tap capacit% e)ie'ent# an$ #election.

8. ateial 3"ST No.4 an$ pe##)e atin( of pipe an$ fittin(#.

. Pefo'ance $ata of &eate# incl)$in( oil flow6 pe##)e lo##6

te'peat)e i#e6 a'o)nt of #tea' o electicit% e)ie$.

<. Pefo'ance $ata on elief ,al,e# an$ te'peat)e contol ,al,e#.

I. No. * )el Oil Te'peat)e Contol S%#te':

1. Dawin( wit& $i'en#ion# an$ aan(e'ent of p)'p#6 'oto#6 &eate#6

elief ,al,e# an$ acce##oie#.

*. Catalo( $ata an$ #pecification #&eet# on t&e $e#i(n an$ con#t)ction

of p)'p#6 'oto#6 &eate# an$ contol#.

+. Pe##)e an$ te'peat)e li'itation# of p)'p#6 &eate#6 ,al,e#6

fittin(#6 #taine# an$ elief ,al,e#.2. ateial 3"ST No.4 an$ pe##)e atin( of pipe an$ fittin(#.

5. Pefo'ance $ata on oil p)'p# incl)$in( $i#c&a(e &ea$6 flow6

#)ction lift an$ 'oto powe e)ie$ at ,i#co#it% an(e #&own.

Refe to $awin(# fo e)ie'ent#.

8. Pefo'ance $ata on elief ,al,e#.

. Co'pe##e$ "i S%#te':

1. Dawin( wit& $i'en#ion# an$ aan(e'ent of ai co'pe##o6 'oto6

ai $%e6 ecei,e an$ all acce##oie#.

*. Catalo( $ata an$ #pecification #&eet# on t&e $e#i(n an$ con#t)ctionof ai ecei,e6 co'pe##o6 afte-coole6 'oto6 ai $%e6 all

acce##oie#6 con$en#ate tap#. Solenoi$ ,al,e# an$ filte#.

+. Pefo'ance $ata on co'pe##o#6 afte coole#6 ai $%e6 elief

,al,e#.

?. Stea' ent Silence 3)ffle4:

1. Dawin(# wit& #ilence $i'en#ion# an$ wei(&t#6 an$ #ie# an$ t%pe#

of pipe connection#.

*. Catalo( $ata an$ #pecification #&eet# on t&e $e#i(n an$

con#t)ction.

+. So)n$ atten)ation $ata at e)ie$ flow ate#.

. 7oile Wate an$ Deaeato Wate Sa'ple Coole#:

1. Dawin(# wit& $i'en#ion#6 an$ #ie# an$ location of pipin(

connection#.

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*. Catalo( $ata an$ #pecification #&eet# on t&e $e#i(n an$

con#t)ction.

+. Pe##)e an$ te'peat)e li'itation#.

2. "'o)nt of &eat ec&an(e #)face.

. C&e'ical ee$ S%#te'# 3P)'p T%pe4:

1. Dawin(# wit& $i'en#ion# of entie )nit. Incl)$e location# an$ #ie#

of all pipe connection#.

*. Catalo( $ata an$ #pecification #&eet# on t&e $e#i(n an$ con#t)ction

of p)'p6 'ie6 tan6 contol#.

+. Pefo'ance $ata on p)'p incl)$in( &ea$6 flow6 'oto powe. Refe to

#c&e$)le# on $awin(# fo e)ie'ent#.

2. Pe##)e an$ te'peat)e li'itation# of )nit an$ acce##oie#.

5. Info'ation on #)itabilit% of 'ateial# of con#t)ction fo

c&e'ical# to be )tilie$.N. ")to'atic Contin)o)# 7low$own Contol S%#te':

1. Dawin(# wit& aan(e'ent an$ $i'en#ion# of entie )nit. Incl)$e

location# an$ #ie# of all pipe connection#.

*. Catalo( $ata an$ #pecification #&eet# on $e#i(n an$ con#t)ction of

con$)cti,it% #en#o6 contol ,al,e#6 contolle.

+. Pefo'ance $ata on contol ,al,e#.

2. Pe##)e an$ te'peat)e li'itation# of ,al,e# an$ con$)cti,it%

#en#o.

O. Te#t Data 9 "cceptance Te#t#6 On-Site: o) copie# all #pecifie$ te#t#.SPEC WRITER NOTE: Delete t&e followin(#)bpaa(ap& if not applicable.

P. Co'plete$ S%#te' Rea$ine## C&ecli#t# po,i$e$ b% t&e Co''i##ionin(

"(ent an$ co'plete$ b% t&e contacto6 #i(ne$ b% a )alifie$ tec&nician

an$ $ate$ on t&e $ate of co'pletion in acco$ance wit& t&e e)ie'ent#

of Section *+ 0< 00 COISSIONIN> O ;"C SASTES.

//F. Sei#'ic Re#taint Data: Refe to Section 1+ 05 216 SEISIC RESTR"INT

REF@IREENTS OR NON-STR@CT@R" COPONENTS. //

1.4 APPLICABLE PUBLICATIONS

". T&e p)blication# li#te$ below fo' a pat of t&i# #pecification to t&e

etent efeence$. T&e p)blication# ae efeence$ in t&e tet b% t&e

ba#ic $e#i(nation onl%.

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7. "'eican Societ% fo Te#tin( an$ ateial# 3"ST4:

"5+/"5+-0.............Stan$a$ Specification fo Pipe6 Steel6 7lac

an$ ;ot-Dippe$6 Binc-Coate$6 Wel$e$ an$

Sea'le##

"108/"108-0<...........Stan$a$ Specification fo Sea'le## Cabon

Steel Pipe fo ;i(& Te'peat)e Se,ice

"*+2/"*+2-10...........Stan$a$ Specification fo Pipin( ittin(# of

Wo)(&t Cabon Steel an$ "llo% Steel fo

o$eate an$ ;i(& Te'peat)e Se,ice

"*<5/"*<5-0+3*004.....Stan$a$ Specification fo Pe##)e e##el

Plate#6 Cabon Steel6 ow- an$ Inte'e$iate 9

Ten#ile Sten(t&

"212/"212-10...........Stan$a$ Specification fo Steel6 S&eet6

Cabon6 an$ ;i(&-Sten(t&6 ow-"llo% foPe##)e e##el#

"515/"515-0+3*004.....Stan$a$ Specification fo Pe##)e e##el

Plate#6 Cabon Steel6 fo Inte'e$iate- an$

;i(&e-te'peat)e Se,ice

"518/"518-08...........Stan$a$ Specification fo Pe##)e e##el

Plate#6 Cabon Steel6 fo o$eate-an$

owe-Te'peat)e Se,ice

C. "'eican Societ% of ec&anical En(inee# 3"SE4:

7oile an$ Pe##)e e##el Co$e: *00 E$ition wit& "'en$'ent#.Section III............Pe##)e e##el#6 Di,i#ion I an$ II.

Pefo'ance Te#t Co$e:

PTC 1*.+-1==...........Pefo'ance Te#t Co$e fo Deaeato#

718.=-*00..............acto%-a$e Wo)(&t 7)tt Wel$in( ittin(#

718.+2-*00=.............al,e#6 lan(e$6 T&ea$e$ an$ Wel$in( En$

D. National 7oa$ of 7oile an$ Pe##)e e##el In#pecto#:

N7-*+-*00..............In#pection Co$e

E. "'eican Societ% of ;eatin(6 Refi(eation an$ "i-Con$itionin(

En(inee# 3"S;R"E4:

"S;R"E ;an$boo.........*00< ;"C S%#te'# an$ E)ip'ent

. Societ% fo Potecti,e Coatin(# 3SSPC4:

SP 5-*00...............W&ite etal 7la#t Cleanin(

>. @n$ewite# aboatoie# 3@4:

52-0+..................Stan$a$ fo Electic Oil ;eate#

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PART 2 - PRODUCTS

2.1 FEEDWATER DEAERATOR WITH STORAGE TANK AND ACCESSORIES

SPEC WRITER NOTES:1. Select ta% an$ pace$ col)'n-t%pe

$eaeation ecept w&ee a,ailable&ea$oo' i# in#)fficient toacco''o$ate t&ei &ei(&t. T&e#e t%pe#po,i$e (oo$ pefo'ance o,e a wi$eloa$ an(e.

*. Spa%-t%pe# t&at )tilie ec%cle p)'p#to po,i$e a con#tant flow atet&o)(& t&e #pa% nole# al#o po,i$e(oo$ pefo'ance o,e a wi$e loa$an(e. ;owe,e6 t&e opeatin( co#t oft&e ec%cle p)'p i# a $i#a$,anta(e.

". Pe##)ie$ 312-+5 Pa4 3*-5 p#i4 )nit $e#i(ne$ to &eat an$ $eaeate

boile fee$wate b% $iect contact wit& low pe##)e #tea'. //Ta% o

pace$ col)'n // Spa% // t%pe $eaeatin( #ection. ;oiontal fee$wate

#toa(e tan. Po,i$e ec%cle #pa% wate p)'p# on #pa%-t%pe )nit# if

nece##a% to obtain e)ie$ pefo'ance. Po,i$e acce##oie# incl)$in(

,ac))' beae6 #afet% ,al,e6 wate inlet an$ o,eflow contol# an$

contol ,al,e#6 wate le,el in$icato# an$ ala'# an$ ot&e $e,ice# a#

#pecifie$ an$ #&own.

7. Pefo'ance an$ Opeatin( C&aactei#tic#:

1. O%(en Content of ee$wate O)tp)t: pat# pe billion 'ai')' o,e

t)n$own an(e wit& 'ini')' an$ no'al fee$wate inp)t te'peat)e#

a# li#te$.

*. T)n$own: *0/1.

+. Re)ie$ ai')' ee$wate low O)tp)t: GGGGGGG(/#ec

3GGGGGGGGlb/&4.

2. No cabon $ioi$e in fee$wate o)tp)tH 'ai')' #tea' ,ent lo## 1/*

pecent of inp)t #tea' at 'ai')' loa$.

5. ee$wate Inp)t Te'peat)e: ini')' te'peat)e i# 15 °C 380 °4 an$

no'al an(e i# 80 9 <* °C 3120 9 1<0 °4.

8. Wate Pe##)e o## T&o)(& Spa% al,e#: 2< Pa 3 p#i4 'ai')'.. Stea' Pe##)e o## in @nit: Pa 31 p#i4 'ai')'.

C. ee$wate Stoa(e Capacit% to t&e O,eflow ine: S)fficient fo twent%

'in)te# opeation at 'ai')' e)ie$ fee$wate o)tp)t wit& no inp)t

wate6 )nle## #&own ot&ewi#e on t&e $awin(#. O,eflow line

3ele,ation4 #&all be #et b% fee$wate $eaeato 'an)fact)e #o t&at

t&ee i# no wate &a''e w&en wate i# at t&i# le,el.

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D. Con#t)ction:

SPEC WRITER NOTE: T&e pe##)e ,e##elcon#t)ction an$ in#pection e)ie'ent#co'pl% wit& eco''en$ation# of N"CEIntenational6 t&e #ociet% of coo#ionen(inee#6 to e$)ce t&e potential fo

cacin( of fee$wate $eaeato pe##)e,e##el wel$#. T&i# poble' &a# beeneco(nie$ fo 'an% %ea# an$ t&ee &a,ebeen 'an% epot# of cace$ wel$# an$#o'e cata#top&ic fail)e#.

1. Stoa(e Tan an$ Deaeato Pe##)e e##el#:

a. Confo' to "SE 7oile an$ Pe##)e e##el Co$e6 Section III.

De#i(n fo #at)ate$ #tea' at *00 Pa 3+0 p#i4 wit& + '' 30.1*5

inc&4 coo#ion allowance.

b. Cabon #teel6 "ST "*<5 >a$e C o "ST "518 >a$e 0. Wel$ 'etal

#ten(t& #&all appoi'ate t&e #ten(t& of t&e ba#e 'etal. "ll

wel$# #&all be $o)ble-,ee t%pe. No #in(le ,ee wel$# allowe$.

Wel$ )n$ec)t not allowe$. "ll wel$in( ')#t be con#t)cte$ to

allow f)t)e intenal wel$ in#pection#6 )tiliin( non-

$e#t)cti,e-te#tin( 'et&o$#.

c. Po#t Wel$ ;eat Teat'ent 3PW;T4 to #te##-elie,e pe##)e ,e##el

to 8*0 °C 31150 °4 not to ecee$ "SE &ol$-ti'e o te'peat)e.

$. Po,i$e 100 pecent a$io(ap&% of all lon(it)$inal an$

cic)'feential wel$e$ #ea'#. Te#t nole-to-#&ell wel$# b% wet

'a(netic-paticle 'et&o$. ;%$o#taticall% te#t final a##e'bl% at

1.+ ti'e# $e#i(n pe##)e.

e. )ni#& co'plete$ applicable "SE o'# @-16 @-1" o @-*.

*. Ta%# 3Ta%-T%pe @nit#4: Stainle## #teel6 T%pe 2+06 no #pot wel$#.

+. Col)'n Pacin( ateial 3Pace$-Col)'n @nit#4: Stainle## #teel.

2. Spa% al,e "##e'blie#: Spin(-loa$e$6 ()i$e$ #te'6 #tainle## #teel

an$ onel6 e'o,able. Spin(-loa$e$6 ()i$e$ #te' t%pe# not e)ie$

on #pa%-t%pe )nit# t&at opeate wit& ec%cle p)'p# at con#tant flow

ate# t&o)(& t&e #pa% ,al,e#.

5. "ll ot&e pat# in $eaeato #ection epo#e$ to )n$eaeate$ li)i$#

o (a#e# ')#t be con#t)cte$ of #tainle## #teel6 c)po-nicel o

e)i,alent.

8. Po,i$e two +00 '' 31* inc&e#4 200 '' 318 inc&e#4 elliptical

'anwa%# in #toa(e tan6 locate$ below t&e no'al wate le,el6 b)t

nea t&e tan centeline6 an$ awa% fo' t&e $eaeation #ection o

*+ 50 11 - =



05-11

intenal pipin(. anwa% location# ')#t allow )ne#ticte$ acce## to

tan inteio wit& no intefeence fo' intenal e)ip'ent an$

pipin( an$ wit& ea#% acce## fo' o)t#i$e t&e tan. Secon$ 'anwa% i#

to facilitate t&e ann)al intenal in#pection#.

. Po,i$e acce## openin(# in $eaeation #ection to allow in#pection

an$ eplace'ent of ta%#6 #pa% ,al,e a##e'blie#6 col)'n pacin(.

<. S)ppot: Steel #a$$le# o le(# wel$e$ to #toa(e tan. Coo$inate

location wit& #t)ct)al $e#i(n of b)il$in(.

=. Na'eplate#: "ttac& to bacet po!ectin( be%on$ fiel$-applie$

in#)lation. Po,i$e all "SE pe##)e ,e##el na'eplate info'ation

a# e)ie$ b% t&e Co$e alon( wit& info'ation i$entif%in( t&e

$e#i(ne an$ 'an)fact)e of t&e #toa(e tan an$ t&e $eaeation

#ection.

10. Pipe Connection#:a. T&ea$e$ fo #ie# 50 '' 3* inc&e#4 an$ )n$e.

b. lan(e$6 10*5 Pa 3150 p#i4 "SE6 fo #ie# abo,e 50 '' 3*

inc&e#4.

c. ote beae in boile fee$wate p)'p #)ction connection.

$. O,eflow Pipe:

14 O,eflow pipe in#i$e tan te'inatin( 150 '' 38 inc&e#4 below

low le,el ala' #et point. Opeation of o,eflow contol

#%#te' ')#t not allow wate le,el to fall to t&e le,el of t&e

o,eflow pipe inlet.*4 O,eflow pipe #iin(6 ba#e$ on e)ie$ 'ai')' fee$wate flow

o)tp)t of fee$wate $eaeato:

ee$wate

low Rate

3(/#ec4

ee$wate

low Rate

3lb/&4

O,eflow Pipe

ini')' Sie

3''4

O,eflow Pipe

ini')' Sie

3in40 t&) +.< 0 t&) +0 5 ++.= t&) .8 +1 t&) 80 100 2. t&) 1*.8 81 t&) 100 150 8

SPEC WRITER NOTE: Delete t&e followin(paa(ap& if ta% o pace$ col)'n-t%pefee$wate $eaeato i# e)ie$. T&epaa(ap& applie# onl% to #pa%-t%pe)nit#.

E. Rec%cle P)'p#:

*+ 50 11 - 10



05-11

1. Po,i$e w&en nece##a% to obtain e)ie$ $eaeation pefo'ance on

#pa%-t%pe fee$wate $eaeato#. Po,i$e co'plete electic #e,ice.

*. P)'p#: Two e)ie$6 eac& f)ll flow capacit% of $eaeato. ;i(&

efficienc%6 ')lti-#ta(e $iff)#e t%pe. Po,i$e ,al,e# to i#olate

eac& p)'p an$ po,i$e inlet #taine wit& ,al,e$ blow$own on eac&

p)'p. Po,i$e pe##)e (a(e# on #)ction an$ $i#c&a(e of eac& p)'p.

Refe to Section *+ 0= 116 INSTR@ENT"TION an$ CONTRO OR 7OIER

P"NT fo (a(e e)ie'ent#.

+. oto#: ;i(& efficienc%6 open $ip poof. Non-o,eloa$in( at an%

point on p)'p &ea$-flow pefo'ance c),e. o efficienc% an$

powe-facto e)ie'ent#6 efe to Section *+ 05 116 COON WOR?

RES@TS OR ;"C an$ STE" >ENER"TION.

SPEC WRITER NOTES:1. In a$$ition to t&e #afet% ,al,e

'o)nte$ on t&e fee$wate $eaeato6po,i$e #)fficient #afet% ,al,ecapacit% on t&e #tea' pe##)ee$)cin( ,al,e 3PR4 #tation #e,in(t&e fee$wate $eaeato to potect t&e$eaeato fo' o,epe##)e if a PRfail# wi$e open o t&e PR b%pa## i#wi$e open. Set pe##)e *0 p#i.

*. T&e fee$wate $eaeato #afet% ,al,ecapacit% i# ba#e$ on po##ible ece###tea' flow fo' a blowin( #tea' tapconnecte$ to t&e &i(& pe##)e $ipet)n. Set pe##)e #&o)l$ be 15 p#i

3lowe t&an t&e PR #afet% ,al,e#4.

. Stea' Safet% al,e: o)nt on fee$wate $eaeato pe##)e ,e##el. Set

pe##)e 100 Pa 315 p#i4. Capacit% a# #&own. If not #&own6 'ini')'

capacit% 0.1* (/#ec 3=00 lb/&4. o #afet% ,al,e con#t)ction

e)ie'ent#6 efe to Section *+ *1 116 7OIER P"NT PIPIN> SASTES.

>. O%(en an$ Non-Con$en#able >a# entin(: Stai(&t ,etical pipe

eten$in( t&o)(& oof fo' $eaeation #ection. Po,i$e (ate ,al,e in

,ent pipe6 wit& &ole $ille$ in we$(e. ;ole #ie #electe$ b% fee$wate

$eaeato 'an)fact)e fo no'al ,entin( wit& (ate ,al,e clo#e$.

;. T&e'o'ete# an$ Pe##)e >a(e#: Refe to Section *+ 0= 116

INSTR@ENT"TION an$ CONTRO OR 7OIER P"NT fo con#t)ction

e)ie'ent#. Po,i$e t&e'o'ete# on $eaeation #ection an$ on #toa(e

tan. Po,i$e co'po)n$ (a(e wit& #&)t-off ,al,e an$ #ip&on on

$eaeato.

*+ 50 11 - 11



05-11

I. ac))' 7eae: Sie$ b% $eaeato 'an)fact)e to potect )nit. 7one

#win( c&ec ,al,e6 ate$ fo 10+0 Pa 3150 p#i46 PTE #eat6 #tainle##

#teel &in(e pin.

. Wate Sa'ple an$ C&e'ical ee$ Pobe#: T%pe +02 o +18 #tainle## #teel6

')lti-pote$6 'ini')' len(t& +00 '' 31 foot46 acce##ible fo e'o,al

fo' eteio of tan.

?. Di##ol,e$ O%(en Te#t ?it: Po,i$e a coloi'etic-co'paato t%pe it6

)tiliin( R&o$aine D 'et&o$olo(%6 fo )#e $)in( acceptance te#tin(

an$ fo f)t)e )#e b% t&e e$ical Cente. ?it #&all incl)$e #elf-

fillin( a'po)le#6 colo co'paato6 o%(en-e#i#tant t)bin(6 #a'plin(

$e,ice#6 #eale$ (la## a'po)le# containin( ea(ent6 ca%in( ca#e6 all

e)ip'ent nece##a% fo co'plete te#t. Ran(e 0-*0 pat# pe billion of

$i##ol,e$ o%(en.

. Cleanin( an$ Paintin(: Re'o,e all foei(n 'ateial to bae 'etal. Coateteio of pe##)e ,e##el wit& )#t-pe,entati,e pi'e. Refe to

Section 0= =1 006 P"INTIN>. Do not coat inteio of pe##)e ,e##el.

. In#)lation: iel$-applie$. Refe to Section *+ 0 116 ;"C6 P@7IN>6

an$ 7OIER P"NT INS@"TION.

SPEC WRITER NOTE: Delete t&e followin(#)bpaa(ap&6 if not applicable.

//N. Sei#'ic De#i(n: Refe to Section 1+ 05 216 SEISIC RESTR"INT

REF@IREENTS OR NON-STR@CT@R" COPONENTS. De#i(n t&e entie a##e'bl%

an$ anc&oa(e to b)il$in( to e#i#t #ei#'ic foce# an$ be f)ll%opeational afte t&e #ei#'ic e,ent.//

O. Wate e,el In$icato#:

SPEC WRITER NOTE: C&oo#e t&e t%pe ofwate le,el in$icato.

//1. >a(e >la##e#: Re$ line t%pe6 o,elappin( (la##e# if ')ltiple (la##e#

ae )tilie$. Po,i$e a)to'atic off#et-t%pe (a(e ,al,e# t&at #top

t&e flow if a (la## i# boen. Dain coc on lowe (a(e ,al,e. >a(e

(la## potectin( o$#.//

//*. a(netic loat-la( T%pe Wate e,el >a(e:

a. T)b)la le,el (a(e wit& intenal float )#in( concentic 'a(net

wit& #tiffenin( in(#. loat #e)entiall% act)ate# 'a(netic fla(#

to in$icate wate le,el. la(# ano$ie$ blac on one #i$e6 (ol$

on t&e ot&e6 wit& intenal 'a(net.

*+ 50 11 - 1*



05-11

b. la(# 'a(neticall% inteloce$ wit& 'ec&anical #top# to allow

onl% 1<0 $e(ee otation.

c. Stan$pipe to be Sc&e$)le 206 +02 #tainle## #teel wit& #i$e t%pe

poce## connection# fo 'ai')' ,i#ibilit% of (a(e.

$. 7otto' connection 100 '' 32 inc&4 flan(e wit& $ain pl)(.

Cleaance between floo an$ botto' flan(e #)fficient fo e'o,al

of float.

e. Switc&e# fo #i(nal# to be SPDT6 5 a'p atin(.

+. etical pipe t%pe &ea$e #&all be connecte$ to top an$ botto' of

#toa(e tan wit& tan i#olation ,al,e# an$ ,al,e$ &ea$e $ain.

iewable (a(e# #&all co,e entie $ia'ete of tan.

2. ini')' atin( 1*0 $e(ee# C6 *00 Pa 3*50 $e(ee# 6 +0 p#i4.

P. ow e,el "la' Switc&: loat t%pe )nit wit& &e'eticall% #eale$

'ec)% #witc&. ocate etenal to tan on a ,etical &ea$e wit&,al,e$ tan connection# an$ ,al,e$ $ain. Switc& ele,ation #&all be at

t&e tan centeline. ini')' atin( 1*0 $e(ee# C6 *00 Pa 3*50 $e(ee#

6 +0 p#i4. Po,i$e #i(nal# to //ann)nciato #%#te'//co'p)te

wo#tation// #pecifie$ in Section *+ 0= 116 INSTR@ENT"TION an$

CONTRO OR 7OIER P"NT.

F. ;i(& e,el "la' Switc& an$ O,eflow Contol Switc&:

1. Con$)cti,it% pobe t%pe electonic le,el #witc&e# po,i$in( ela%

contact# fo #epaate &i(& le,el ala' opeation an$ o,eflow

contol ,al,e opeation co'pletel% #epaate fo' contol #%#te' foinlet wate flow contol ,al,e#. O,eflow contol ,al,e #&all

a)to'aticall% open w&en t&e wate le,el i#e# appoi'atel% 100 ''

32 inc&e#4 abo,e t&e &i(& wate ala' le,el. Po,i$e &i(& le,el an$

o,eflow #i(nal# to //ann)nciato #%#te'//co'p)te wo#tation//

#pecifie$ in Section *+ 0= 116 INSTR@ENT"TION an$ CONTRO OR

7OIER P"NT.

*. T&e pinciple of opeation #&all be $iffeential e#i#ti,it% of

#tea' an$ wate at t&e opeatin( te'peat)e# an$ pe##)e#. T&e

#%#te' #&all incl)$e electonic# )nit6 electo$e#6 #pecial cable

between t&e electo$e# an$ electonic# )nit6 an$ electo$e co,e.

T&e )nit #&all be $e#i(ne$ to fail #afe.

+. Electonic# @nit:

a. Eac& )nit #&all be capable fo #i(nal $i#ci'ination of two

electo$e c&annel#.

*+ 50 11 - 1+



05-11

b. Eac& electo$e an$ it# a##ociate$ cic)it% #&all be powee$ b%

an in$epen$ent powe #o)ce. Powe $i#tib)tion #%#te' wit&in t&e

electonic# #&all be #epaate fo eac& c&annel wit& it# own

tan#fo'e an$ #&all be electicall% i#olate$ fo' ot&e

c&annel#.

c. Inp)t powe 110 6 80 ;6 #in(le p&a#e.

$. "ll inp)t powe to eac& electo$e #&all be a low ,olta(e6 low

fe)enc% "C ,olta(e. DC ,olta(e# #&all not be allowe$ beca)#e

t&i# 'a% ca)#e electoplatin( at t&e electo$e#.

e. T&e #i(nal $i#ci'ination an$ fa)lt $etection #%#te' fo eac&

electo$e c&annel #&all be in$epen$ent of t&e ot&e c&annel an$

an% fa)lt in t&e electonic# cic)it% of one c&annel #&all not

be tan#fee$ to t&e ot&e c&annel.

f. T&e #%#te' #&all &a,e a contin)o)# on-line fa)lt $etection#%#te'. T&e followin( fa)lt# #&all be $etecte$: Electo$e

fail)e6 conta'ination fo' $it on electo$e#6 electo$e open

cic)it fail)e6 electo$e cable #&ot to (o)n$6 electo$e cable

(o)n$ #en#e fail)e6 powe #o)ce fail)e6 an% electonic

co'ponent fail)e. Electonic cic)it% not 'onitoe$ b% t&e

fa)lt $etection #%#te' #&all be po,i$e wit& tiple e$)n$anc%6

w&ee t&e cic)it #&all contin)e to opeate an$ po,i$e contact

o)tp)t wit& )p to two co'ponent fail)e#.

(. a)lt# #&all be ann)nciate$ t&o)(& #epaate NO an$ NC contact#.&. T&e font of t&e )nit #&all &a,e a ED $i#pla% fo eac& electo$e

c&annel in$icatin( #tea' o wate an$ #tat)# of eac& electo$e.

i. NE" 2 enclo#)e #)itable fo opeatin( te'peat)e of -*0 to 0

$e(ee# C 3-2 to 15< $e(ee# 46 wit& )p to 100J elati,e

&)'i$it%.

2. Electo$e#:

a. S)itable fo 1*0 $e(ee# C6 *00 Pa 3*50 $e(ee# 6 +0 p#i4

'ini')'.

b. Electo$e# wit&o)t (a#et# ae pefee$.

c. Teflon in#)lato 'e$ia.

$. Electo$e# fitte$ into #&o)$e$ in#et# w&ic& ae $iectl% wel$e$

onto t&e #tan$-pipe. De#i(n to 'ini'ie fa)lt% in$ication $)e to

fallin( con$en#ate into t&e electo$e#.

*+ 50 11 - 12



05-11

5. Electo$e Cable:

a. P)e nicel wie# fo at lea#t t&e fi#t two 'ete# at t&e

electo$e en$6 wit& p)e nicel ci'p#. PTE in#)lation capable

of wit&#tan$in( )p to *85 $e(ee# C 3500 $e(ee# 4.

b. Contin)o)# cable# fo' t&e electo$e# to t&e electonic )nit. No

!)nction boe# allowe$.

R. O,eflow Wate Contol al,e an$ Contolle: Open-#&)t pne)'atic-t%pe

o,eflow contol ,al,e act)ate$ b% con$)cti,it% pobe-t%pe wate le,el

#en#o an$ contol #%#te'.

1. Pefo'ance: W&en wate le,el eac&e# t&e o,eflow le,el a# #et b%

t&e fee$wate $eaeato 'an)fact)e6 a)to'aticall% open t&e

o,eflow contol ,al,e to e$)ce t&e wate le,el. ")to'aticall%

clo#e t&e o,eflow ,al,e w&en t&e wate le,el &a# been lowee$ to a

point 100 '' 32 inc&e#4 below t&e &i(& le,el ala' #et point. al,eopeational #pee$ #&all not ecee$ +0 #econ$# fo =0 $e(ee ,al,e

'o,e'ent.

*. Contolle: ")to'atic contol #&all be fo' t&e &i(& le,el ala' an$

o,eflow contol #witc& #%#te'. Po,i$e a 'an)al/a)to #witc& on t&e

'ain in#t)'ent panel t&at in$icate# ,al,e po#ition. Co'')nicate

,al,e po#ition wit& co'p)te wo #tation. Contol ,al,e #&all fail

open. " li'it #witc& on t&e ,al,e act)ato #&all initiate ala' on

contol #tation an$ in co'p)te wo #tation w&en ,al,e i# open.

+. Contol al,e:a. ;i(& pefo'ance b)ttefl% ,al,e6 $o)ble off#et $e#i(n.

b. Cabon #teel 1-2P; #teel ,al,e bo$% confo'in( to "SE 718.+26

Cla## 1506 l)( #t%le6 +18 #tainle## #teel niti$e$ $i#c.

c. Self-ene(iin( TE #eat po,i$in( b)bble-ti(&t #&)t off #e,ice

on ,ac))' an$ low pe##)e an$ pe##)e #eale$ fo &i(&

pe##)e#. 7i-$iectional #eatin(.

$. Pacin( a$!)#table6 c&e,on $e#i(n wit& TE #eal#.

e. Pa 31 p#i4 'ai')' pe##)e lo## at 'ai')' flow ate 31*0J of

pea $eaeato capacit% if ,al,e flow an$ pe##)e $op i# not

#c&e$)le$4.

2. al,e "ct)ato:

a. Do)ble ac an$ pinion6 #in(le actin(6 fail open.

b. Seal# #)itable fo 2<0 $e(ee# 3*50 $e(ee# C46 )#in( iton

ela#to'e#.

*+ 50 11 - 15



05-11

c. "ct)ato #&all be contolle$ b% +-wa%6 no'all% open #olenoi$

,al,e wit& ba## bo$% an$ EPD o iton #eal# fo &i(&

te'peat)e #e,ice.

$. E)ip wit& li'it #witc& containin( two SPDT6 poi'it% t%pe

#witc&e# to po,i$e po#ition in$ication.

e. Sie act)ato fo 550 Pa 3<0 p#i4 'ini')' ai #)ppl% an$ a +0J

#afet% facto to en#)e eno)(& #pin( capacit% to open t&e ,al,e

afte lon( peio$# of clo#)e.

S. Stoa(e Tan ")to'atic Wate e,el Contol#:

1. Sepaate pne)'atic-t%pe 'o$)latin( wate inlet flow contol ,al,e#

fo no'al con$en#ate tan#fe wate an$ fo e'e(enc% #oft wate

'ae)p. "ct)ate$ b% $e$icate$ electonic contolle wit& inp)t

#i(nal# fo' wate le,el tan#'itte. an)al/a)to contol capabilit%.

*. Pefo'ance: aintain a con#tant wate le,el6 pl)# o 'in)# *5 '' 31inc&46 in t&e fee$wate $eaeato #toa(e tan b% contollin( t&e

flow of con$en#ate tan#fe wate to t&e $eaeato. No'al wate

le,el *00 '' 3< inc&e#4 below t&e o,eflow le,el. If wate le,el

fall# to 100 '' 32 inc&e#4 below low wate ala' #etpoint6

a)to'aticall% opeate t&e e'e(enc% #oft wate 'ae)p ,al,e to bin(

t&e wate le,el to 100 '' 32 inc&e#4 abo,e low wate ala' #etpoint.

+. Wate e,el Tan#'itte an$ Contolle: Tan#'itte #&all &a,e

po(a''able electonic#6 #eale$ $iap&a('#6 $iect #en#in(

electonic#6 no 'ec&anical foce o to)e tan#fe $e,ice#6etenal #pan an$ eo a$!)#t'ent. Contolle #&all &a,e

popotional pl)# e#et contol6 a$!)#table popotional ban$6 e#et

ate an$ le,el #et point#. Po,i$e 'an)al-a)to'atic contol #tation

on 'ain in#t)'ent panel. Contol #tation #&all in$icate act)al

wate le,el6 no'al an$ e'e(enc% le,el #et point# an$ ,al,e

po#ition#. Po,i$e #a'e in$icatin( an$ contol feat)e# on co'p)te

wo#tation #pecifie$ in Section *+ 0= 116 INSTR@ENT"TION an$

CONTRO OR 7OIER P"NT. If new boile co'b)#tion contol# ae

f)ni#&e$ a# pat of t&i# contact6 t&e wate le,el contolle #&all

be t&e #a'e 'ae an$ 'o$el a# t&e co'b)#tion contol#.

2. Con$en#ate Tan#fe an$ Soft Wate low Contol al,e# an$ "ct)ato#:

a. Pne)'aticall%-act)ate$6 (lobe #t%le.

b. 7one o ca#t ion bo$ie#6 t&ea$e$ en$# fo pipe #ie# 50 '' 3*

inc&e#4 an$ )n$e ate$ at 100 Pa 3*50 p#i46 "SE flan(e$ en$#

*+ 50 11 - 18



05-11

fo pipe #ie# o,e 50 '' 3* inc&e#4 ate$ at <50 Pa 31*5 p#i4

o 10*5 Pa 3150 p#i4.

c. Replaceable T%pe +18 #tainle## #teel pl)(# an$ #eat#. RTE #eal

fo b)bble-ti(&t #&)t off. inea flow c&aactei#tic#.

$. low pe##)e lo## +5 Pa 35 p#i4 'ai')' at 'ai')' $eaeato

o)tp)t.

e. Diap&a('-t%pe act)ato6 #ie$ fo 550 Pa 3<0 p#i4 ai #)ppl%6

fail clo#e$ #pin( pac6 ela#to'e# #)itable fo 1*0 $e(ee# C

3*50 $e(ee# 4 contin)o)# #e,ice.

f. Electopne)'atic po#itione wit& 2 9 *0 'a DC contol inp)t.

o)nte$ inte(al wit& act)ato. Di(ital po#itione wit&

capabilit% to #elf-calibate. aintenance $ia(no#tic $ata

etaine$ in 'e'o%. De#i(n fo 1*0 $e(ee# C 3*50 $e(ee# 4

contin)o)# #e,ice.5. Co'pe##e$ "i S)ppl%: Po,i$e filte-e()lato ate$ fo flow of

150 pecent of contolle e)ie'ent fo all pne)'atic act)ato#.

ilte #&all be two-#ta(e coale#cin( colo-c&an(e t%pe in

tan#paent &o)#in( wit& a)to'atic $ain. Re()lato #&all be

$iap&a('-opeate$6 15 pecent 'ai')' popotional ban$6

co'po#ition $iap&a(' an$ #eat#. "$!)#table #et pe##)e. 7)ilt-in

elief ,al,e.

2.2 CONDENSATE STORAGE TANK AND ACCESSORIES

". ;oiontal c%lin$ical wel$e$ #teel tan6 incl)$in( acce##o%e)ip'ent6 #)itable fo i((in( into t&e a,ailable #pace. Co'pl% wit&

o,eall $i'en#ion# an$ aan(e'ent of t&e tan an$ acce##oie# #&own on

contact $awin(#. "cce##oie# incl)$e 'ae-)p wate contol# an$

contol ,al,e#6 t&e'o'ete6 wate le,el (a(e6 an$ ot&e $e,ice# a#

#pecifie$.

7. Se,ice: Recei,in( an$ #toin( #tea' con$en#ate an$ 'ae-)p wate. ent

t&e tan to t&e at'o#p&ee. Content# of tan 'a% ,a% in te'peat)e

fo' 2 °C to 100 °C 320 ° to *1* °4.

C. Con#t)ction:

SPEC WRITER NOTES:1. "SE con#t)ction i# #pecifie$ fo

t&i# ,ente$ tan to ac&ie,e )alit%wel$e$ con#t)ction an$ to po,i$e a'a(in of #afet% if t&ee i# ape##)e #)(e $)e to #)$$en flow offla#&in( con$en#ate o fee$wate$eaeato o,eflow.

*+ 50 11 - 1



05-11

*. ent pipe #ie ')#t be ba#e$ on a'o)ntof fla#&in( #tea' e#)ltin( fo'fee$wate $eaeato o,eflow into t&econ$en#ate #toa(e tan 3if o,eflowi# pipe$ to t&e con$en#ate #toa(etan4. T%pical 'ini')' pipe #ie i#100 '' 32 inc&e#4.

1. Con#t)ct tan an$ app)tenance# in acco$ance wit& "SE 7oile an$

Pe##)e e##el Co$e6 Section III. Tan #&all &a,e c%lin$ical

#&ell an$ $i#&e$ &ea$#.

*. ateial of con#t)ction #&all be cabon #teel "ST "*<56 "2126

"5156 o "518.

+. De#i(n tan fo 10 Pa 3*5 p#i4 woin( pe##)e wit& a 'ini')'

'ateial t&icne## of 10 '' 3+/< inc&4. T&icne## of &ea$ 'ateial

at an% point #&all not ,a% 'oe t&an 10 pecent fo' t&e no'inal

t&icne##.

2. Tan !oint# #&all be $o)ble-wel$e$ b)tt !oint# o #in(le-wel$e$ b)tt

!oint# wit& bacin( #tip#.

5. Po,i$e +00 '' b% 200 '' 31* inc&e# b% 18 inc&e#4 elliptical 'anwa%

locate$ a# #&own.

8. Po,i$e nole# fo pipin( connection# locate$ a# #&own. Nole#

#&all &a,e t&ea$e$ pipe connection# fo pipe #ie# 50 '' 3* inc&e#4

an$ )n$e6 flan(e$ connection# fo pipe #ie# o,e 50 '' 3* inc&e#4.

lan(e$ nole# #&all &a,e 10*5 Pa 3150 p#i4 "SE flan(e#. Tan

openin( fo p)'p #)ction pipe# #&all incl)$e ,ote #poile#.

. )ni#& co'plete$ "SE o' @-1 o @-1" "N@"CT@RERSK D"T" REPORT

OR PRESS@RE ESSES. ;%$o#taticall% te#t tan at 1-1/* ti'e# t&e

$e#i(n pe##)e.

<. ;oiontal tan #&all be #)ppote$ b% #teel #a$$le#6 #)pplie$ b% t&e

tan 'an)fact)e6 wel$e$ to tan an$ anc&oe$ to t&e concete

ba#e#. De#i(n #a$$le# to #)ppot tan 3f)ll of wate46 acce##oie#6

an$ potion# of connectin( pipin( to fi#t &an(e.

=. "ffi tan na'eplate to bacet t&at po!ect# be%on$ t&e fiel$-

applie$ tan in#)lation. Na'eplate #&all incl)$e "SE #ta'p an$ $ata

to #&ow co'pliance wit& $e#i(n6 con#t)ction an$ in#pection

e)ie'ent# of t&e Co$e6 an$ tan 'an)fact)e info'ation.

D. Po,i$e o,eflow pipe in#i$e tan wit& #ip&on beae a# #&own.

E. O,eflow an$ ,ent pipe #iin( 3'ini')'#4:

*+ 50 11 - 1<



05-11

7oilePlantCapacit%L3(/#ec4

7oilePlantCapacit%L3lb/&4

O,eflowPipe Sie3''4

O,eflowPipe Sie3in4

ent PipeSie 3''4

ent PipeSie 3in4

0 9 +.< 0 9 +0 5 + 80 *.5+.= 9 <.+ +1 9 0 100 2 5 +

<.2 91*.8

1 9 100 150 8 100 2

LM7oile Plant Capacit% efe# to one boile on #tan$b% an$ all ot&e

boile# at &i(& fie.

SPEC WRITER NOTE: Delete &eat ec&an(eit not e)ie$ on t&i# po!ect.

//F. Continuous Blowoff Heat Exchangers:

1. T%pe: @-t)be b)n$le6 no #&ell6 li)i$-to-li)i$6 locate$ below

lowe#t 'ae-)p wate line of con$en#ate #toa(e tan.

*. Se,ice: Recei,e# wate at boile te'peat)e an$ pe##)e in t)be#6

wate at con$en#ate #toa(e tan te'peat)e 315 - =+ °C4380 - *00

°4 o)t#i$e of t)be#.

+. ;eatin( S)face: Refe to $awin(#.

2. Con#t)ction: ;a$-$awn #ea'le## coppe @-t)be# wit& ca#t ion o

#teel &ea$ bolte$ to 'atin( flan(e w&ic& i# wel$e$ to &ea$ of

con$en#ate #toa(e tan. De#i(n fo 1+5 Pa 3*00 p#i46 1<* °C 3+80

°4.//

>. Cleanin( an$ Paintin(: Re'o,e all foei(n 'ateial to bae 'etal fo'

inteio an$ eteio of tan. In pepaation fo inteio coatin(6

#an$bla#t inteio to w&ite 'etal in acco$ance wit& SSPC-SP5. Coat

eteio of tan wit& )#t-e#i#tin( pi'e 3See Section 0= =1 006

P"INTIN>4.

;. Inteio Coatin(: Coat entie inteio #)face6 incl)$in( nole#6 wit&

wate-e#i#tant epo% pol%'eie$ wit& a'ine a$$)ct-t%pe c)in( a(ent.

Coatin( #&all be #)itable fo contin)o)# #e,ice at 100 °C 3*1* °4

i''e#e$ in $e'inealie$ wate an$ epo#e$ to #tea' ,apo. S)face

pepaation6 application of coatin(6 n)'be of coat#6 an$ c)in( #&all

co'pl% wit& pinte$ in#t)ction# of coatin( 'an)fact)e. In(e$ient#

of coatin( #&all co'pl% wit& @.S. oo$ an$ D)( Re()lation# a# li#te$

)n$e Title *16 C&apte 16 15.+00. Coatin( #&all be #'oot&6 e,en

t&icne##6 wit& no ,oi$#. ;oli$a% te#t at low ,olta(e wit& wet #pon(e

'et&o$ an$ epai all &oli$a%#.

*+ 50 11 - 1=



05-11

I. In#)lation: iel$ appl% in#)lation a# #pecifie$ in Section *+ 0 116

;"C6 P@7IN>6 an$ 7OIER P"NT INS@"TION.

. Wate e,el In$icato#:

SPEC WRITER NOTE: C&oo#e t&e t%pe ofwate le,el in$icato.

//1. >a(e >la##e#: Re$ line t%pe6 o,elappin( (la##e# if ')ltiple (la##e#

ae )tilie$. Po,i$e a)to'atic off#et-t%pe (a(e ,al,e# t&at #top

t&e flow if a (la## i# boen. Dain coc on lowe (a(e ,al,e. >a(e

(la## potectin( o$#.//

//*. a(netic loat-la( T%pe Wate e,el >a(e:

a. T)b)la le,el (a(e wit& intenal float )#in( concentic 'a(net

wit& #tiffenin( in(#. loat #e)entiall% act)ate# 'a(netic fla(#

to in$icate wate le,el. la(# ano$ie$ blac on one #i$e6 (ol$

on t&e ot&e6 wit& intenal 'a(net.b. la(# 'a(neticall% inteloce$ wit& 'ec&anical #top# to allow

onl% 1<0 $e(ee otation.

c. Stan$pipe to be Sc&e$)le 206 T%pe +02 #tainle## #teel.

$. Poce## connection# 10+0 Pa 3150 lb4 wel$ nec flan(e#.

Connection# #i$e t%pe fo 'ai')' ,i#ibilit%.

e. 7otto' connection 100 '' 32 inc&4 flan(e wit& $ain pl)(.

Cleaance between floo an$ botto' flan(e #)fficient fo e'o,al

of float.

f. Switc&e# fo #i(nal# to be SPDT6 5 a'p atin(.+. etical pipe t%pe &ea$e #&all be connecte$ to top an$ botto' of

#toa(e tan wit& tan i#olation ,al,e# an$ ,al,e$ &ea$e $ain.

iewable (a(e# #&all co,e entie $ia'ete of tan.

2. ini')' atin( 1*0 $e(ee# C6 *00 Pa 3*50 $e(ee# 6 +0 p#i4.

?. ;i(& an$ ow e,el "la' Switc&e#:

1. ow e,el "la' Switc&: Inte(al )nit con#i#tin( of float6 float

&o)#in(6 &e'eticall% #eale$ 'ec)% #witc&. ocate etenal to tan

on a ,etical &ea$e wit& ,al,e$ tan connection# an$ ,al,e$ $ain.

Switc& ele,ation #&all be 150 '' 38 inc&e#4 below t&e #oft wate

'ae )p le,el.

*. ;i(& e,el "la' Switc&: Inte(al )nit con#i#tin( of con$)cti,it%

pobe#6 pobe &o)#in(. loat t%pe not acceptable. ocate etenal to

tan on a ,etical &ea$e6 alon( wit& t&e low le,el #witc&6 wit&

,al,e$ tan connection# an$ ,al,e$ $ain. ;i(& le,el ala'

*+ 50 11 - *0



05-11

in$ication #&all occ) 100 '' 32 inc&e#4 below t&e o,eflow le,el.

Pobe# #&all be "C6 not DC6 #tainle## #teel wit& ,i(in Teflon

in#)lation.

+. Po,i$e #i(nal# to //ann)nciato #%#te'//co'p)te wo#tation//

#pecifie$ in Section *+ 0= 116 INSTR@ENT"TION "ND CONTRO OR

7OIER P"NT.

2. "ll $e,ice# epo#e$ to tan #e,ice con$ition#6 incl)$in( #en#in(

$e,ice# an$ tan#'itte# #&all be ate$ fo 1*0 $e(ee# C6 *00 Pa

3*50 $e(ee# 6 +0 p#i4 'ini')'.

. ")to'atic Wate e,el Contol#:

1. Sepaate pne)'atic-t%pe 'o$)latin( wate inlet flow contol ,al,e#

fo no'al #oft wate 'ae-)p an$ fo e'e(enc% cit% wate 'ae)p.

"ct)ate$ b% electonic contolle wit& inp)t #i(nal# fo' wate

le,el tan#'itte. an)al/a)to contol capabilit%.*. Pefo'ance: aintain a 'ini')' wate le,el6 pl)# o 'in)# *5 '' 31

inc&46 in t&e tan b% contollin( t&e flow of #oft wate to t&e

tan. Soft wate 'ae)p #&all be acti,ate$ if wate le,el fall# to

+0J of tan $ia'ete pl)# +00 '' 31* inc&e#4. If wate le,el fall#

to +0J of tan $ia'ete6 a)to'aticall% opeate t&e e'e(enc% cit%

wate 'ae)p ,al,e to bin( t&e wate le,el )p 150 '' 38 inc&e#4.

+. Wate e,el Tan#'itte: Po(a''able electonic#6 #eale$

$iap&a('#6 $iect #en#in( electonic#6 no 'ec&anical foce o

to)e tan#fe $e,ice#6 etenal #pan an$ eo a$!)#t'ent.2. Contolle: Popotional pl)# e#et contol6 a$!)#table popotional

ban$6 e#et ate an$ le,el #et point#. Po,i$e 'an)al-a)to'atic

contol #tation on 'ain in#t)'ent panel. Contol #tation #&all

in$icate act)al wate le,el6 #oft wate an$ e'e(enc% cit% wate

le,el #et point# an$ ,al,e po#ition#. Po,i$e #a'e in$icatin( an$

contol feat)e# on co'p)te wo#tation #pecifie$ in Section *+ 0=

116 INSTR@ENT"TION "ND CONTRO OR 7OIER P"NT. If new boile

co'b)#tion contol# ae f)ni#&e$ a# pat of t&i# contact6 t&e

wate le,el contolle an$ tan#'itte #&all be t&e #a'e 'ae# an$

'o$el# a# f)ni#&e$ fo t&e co'b)#tion contol#.

5. Wate low Contol al,e#:

a. Pne)'aticall%-act)ate$6 (lobe #t%le.

b. 7one o ca#t ion bo$ie#6 t&ea$e$ en$# fo pipe #ie# 50 '' 3*

inc&e#4 an$ )n$e ate$ at 100 Pa 3*50 p#i46 "SE flan(e$ en$#

*+ 50 11 - *1



05-11

fo pipe #ie# o,e 50 '' 3* inc&e#4 ate$ at <50 Pa 31*5 p#i4

o 10*5 Pa 3150 p#i4.

c. Replaceable T%pe +18 #tainle## #teel pl)(# an$ #eat#. RTE #eal

fo b)bble-ti(&t #&)t off. inea flow c&aactei#tic#.

$. low pe##)e lo## +5 Pa 35 p#i4 'ai')' at 'ai')' flow atin(.

@nle## ot&ewi#e #&own6 'ai')' flow ate #&all be e)i,alent to

50J 'ae-)p ate wit& plant at 'ai')' loa$ 3* boile# at &i(&

fie4.

e. Diap&a('-t%pe act)ato6 #ie$ fo 550 Pa 3<0 p#i4 ai #)ppl%6

fail clo#e$ #pin( pac6 ela#to'e# #)itable fo 1*0 $e(ee# C

3*50 $e(ee# 4 contin)o)# #e,ice.

f. Electopne)'atic po#itione wit& 2 9 *0 'a DC contol inp)t.

o)nte$ inte(al wit& act)ato. Di(ital po#itione wit&

capabilit% to #elf-calibate. aintenance $ia(no#tic $ataetaine$ in 'e'o%. De#i(n fo 1*0 $e(ee# C 3*50 $e(ee# 4

contin)o)# #e,ice.

(. Co'pe##e$ "i S)ppl%: Po,i$e filte-e()lato ate$ fo flow of

150 pecent of contol ,al,e e)ie'ent. ilte #&all be two-

#ta(e coale#cin( colo c&an(e t%pe in tan#paent &o)#in( wit&

a)to'atic $ain. Re()lato #&all be $iap&a(' opeate$6 15

pecent 'ai')' popotional ban$6 co'po#ition $iap&a(' an$

#eat#.

2.3 BOILER BLOWOFF TANK AND ACCESSORIES

". T%pe: C%lin$ical wel$e$ #teel tan 'o)nte$ ,eticall%. Tan #&all

incl)$e acce##o% e)ip'ent an$ #&all be #)itable fo i((in( into t&e

a,ailable #pace. O,eall $i'en#ion# an$ aan(e'ent of t&e tan an$

acce##oie# #&all confo' to t&e $awin(#. Tan ,ol)'e #&all be twice

t&e ,ol)'e of a 100 '' 32 inc&4 blowoff 3e$)ction in boile wate

le,el4 fo' t&e la(e#t boile connecte$ to t&e tan.

7. Se,ice: S)itable fo ecei,in(6 ,entin(6 #toin(6 coolin( an$

$i#c&a(in( into t&e $ain t&e effl)ent fo' t&e boile# e#)ltin( fo'

t&e inte'ittent opeation of t&e boile botto' blowoff#6 boile

acce##o% $ain#6 an$ t&e )#e of contin)o)# blow$own#.

C. Con#t)ction:

1. Con#t)ct tan an$ app)tenance# in acco$ance wit& "SE 7oile an$

Pe##)e e##el Co$e6 Section III. Tan #&all &a,e c%lin$ical

#&ell an$ $i#&e$ &ea$#.

*+ 50 11 - **



05-11

*. ateial of con#t)ction #&all be cabon #teel "ST "*<56 "2126 "515

o "518.

+. De#i(n tan fo *5 Pa 320 p#i4 woin( pe##)eH t&e 'ini')'

'ateial t&icne## #&all be 10 '' 3+/<-inc&4. T&icne## of &ea$

'ateial at an% point #&all not ,a% 'oe t&an 10 pecent fo' t&e

no'inal t&icne##.

2. "ll tan !oint# #&all be $o)ble-wel$e$ b)tt !oint# o #in(le-wel$e$

b)tt !oint# wit& bacin( #tip#.

5. Po,i$e +00 '' b% 200 '' 31* inc&e# b% 18 inc&e#4 elliptical 'an&ole

locate$ at t&e ,etical centeline of t&e tan.

8. Po,i$e 10 '' 3+/<-inc&4 t&ic cabon #teel wea plate wel$e$ to

inteio of tan a$!acent to tan(ential blowoff inlet a# #&own.

. Po,i$e nole# fo pipin( connection# an$ po,i$e tan(ential

blowoff inlet locate$ abo,e t&e no'al wate le,el. Tan(ential pipefo blowoff inlet #&all be Sc&e$)le <06 "ST "5+ o "1086 #ea'le##

#teel pipe wit& be,ele$ en$ fo fiel$-wel$in( of blowoff fo'

boile#. "ll ot&e nole# #&all &a,e t&ea$e$ pipe connection# fo

pipe #ie# 50 '' 3* inc&e#4 an$ )n$e6 10*5 Pa 3150 p#i4 "SE

flan(e$ connection# fo pipe #ie# o,e 50 '' 3* inc&e#4. Nole

#ie# li#te$ below ae ba#e$ on MNational 7oa$ eco''en$ation#.

Pipe Connection Sie#6 '' 3inc&e#4

7oile 7lowoff Wate O)tlet ent*5314 *5314 8+3*.54

+*31.*54 +*31.*54 <03+4+<31.54 +<31.54 100324503*4 503*4 1+0354823*.54 823*.54 82384

<. )ni#& co'plete$ "SE o' @-1 o @-1" "N@"CT@RERSK D"T" REPORT

OR PRESS@RE ESSES. ;%$o#taticall% te#t tan at 1.+ ti'e# t&e

$e#i(n pe##)e.

=. Tan na'eplate #&all be affie$ to bacet w&ic& po!ect# be%on$ t&e

tan in#)lation t&at will be applie$ in t&e fiel$. "ppl% "SE $ata

#ta'p to na'eplate to #&ow co'pliance wit& $e#i(n6 con#t)ction an$

in#pection e)ie'ent# of t&e Co$e.

10. S)ppot tan b% #teel le(# wel$e$ to #&ell of tan. De#i(n #a$$le#

o le(# to #)ppot tan 3f)ll of wate46 acce##oie#6 an$ potion#

of connectin( pipin( to fi#t &an(e.

*+ 50 11 - *+



05-11

D. Cleanin( an$ Paintin(: Re'o,e all $it6 &ea,% )#t6 'ill #cale6 oil6

wel$in( $ebi# fo' inteio an$ eteio of tan. Pi'e eteio of

tan wit& )#t-e#i#tin( paint 3See Section 0= =1 006 P"INTIN>4.

E. In#)lation: iel$ appl% in#)lation a# #pecifie$ in Section *+ 0 116

;"C6 P@7IN>6 "ND 7OIER P"NT INS@"TION.

. "cce##oie#:

1. In#tall e$ line t%pe (a(e (la##e# wit& potectin( o$#. Po,i$e off

#et t%pe (a(e ,al,e# wit& ball-c&ec feat)e to a)to'aticall%

pe,ent flow w&en (la## i# boen. Po,i$e $ain coc on lowe (a(e

,al,e. >la## #&all be at lea#t +00 '' 31* inc&e#4 lon( an$ centee$

at t&e o,eflow le,el.

*. Po,i$e t&e'o'ete an$ pe##)e (a(e. Confo' to Section *+ 0= 116

INSTR@ENT"TION "ND CONTRO OR 7OIER P"NT.

+. Wate O)tlet Te'peat)e Contol al,e:a. T%pe: Self-containe$6 e,e#e-actin( t&e'al b)lb-opeate$ wate

flow contol ,al,e.

b. Pefo'ance: Contol ,al,e #&all opeate a)to'aticall% to contol

blowoff tan wate o)tlet te'peat)e to 80 °C 3120 °4 'ai')' b%

e()latin( t&e flow of col$ wate w&ic& 'ie# wit& t&e blowoff

wate an$ e$)ce# t&e te'peat)e of t&e blow-off wate. Po,i$e

,al,e $e#i(ne$ fo 'o$)latin( an$ ti(&t #&)t-off #e,ice. al,e

flow ate# an$ pe##)e $op# #&all be a# #&own. Te'peat)e

contol an(e #&all be a$!)#table6 +< to °C 3100 to 10 °4

'ini')'.

c. Se,ice: Po,i$e ,al,e $e#i(ne$ to contol t&e flow of cit% wate

wit& te'peat)e 2 to * °C 320 to <0 °46 an$ pe##)e )p to 8=0

Pa 3100 p#i4. T&e'al b)lb will be in#ete$ in blowoff tan

o)tlet pipe an$ will be #)b!ecte$ to wate te'peat)e# )p to 100

°C 3*1* °4.

$. Con#t)ction: Ca#t ion o bone ,al,e bo$% $e#i(ne$ fo <50 Pa

31*5 p#i4 'ini')' WO>. De#i(n of ,al,e #&all pe'it acce## tointenal ,al,e pat#. T&e'al b)lb #&all be #epaable #ocet t%pe

wit& well.

2. Po,i$e blowoff wate o)tlet pipe in#i$e tan a# #&own to po,i$e a

wate #eal. ocate a *0 '' 3+/2-inc&4 &ole in top of t&i# pipe

in#i$e tan to act a# #ip&on beae.

*+ 50 11 - *2



05-11

SPEC WRITER NOTE: @tilie Paa. *.26 *.5o *.8 fo con$en#ate tan#fe p)'p#$epen$in( on t%pe of p)'p #electe$ b% t&een(inee.

2.4 CENTRIFUGAL MULTI-STAGE BOILER FEEDWATER PUMPS/CONDENSATE TRANSFER PUMPS

". T%pe: Two o 'oe #ta(e#6 centif)(al $iff)#e t%pe6 $iect-co)ple$6

,etical #&aft6 in-line6 ba#e-'o)nte$6 'oto-$i,en6 aan(e$ a# #&own.

7. Se,ice: De#i(n p)'p# an$ acce##oie# fo contin)o)# #e,ice6 118 °C

3*20 °4 wate6 wit& flow ate# an(in( fo' 'ai')' #c&e$)le$ on t&e

$awin(# 3pl)# 'an)fact)eK# eco''en$e$ ecic)lation4 to 10 pecent

of 'ai')' 3pl)# 'an)fact)eK# eco''en$e$ ecic)lation4. P)'p# #&all

be #)itable fo paallel opeation wit&o)t #)(in( o &)ntin(.

C. Pefo'ance: Refe to #c&e$)le# on $awin(#. P)'p &ea$-flow pefo'ance

c),e #&all #lope contin)o)#l% )pwa$ to #&)t-off.

D. Contol 9 7oile ee$: low ate# will be contolle$ b% a)to'atic

'o$)latin( fee$wate ,al,e# on eac& boile. P)'p# #&all be #tate$ an$

#toppe$ 'an)all%. P)'p# // #&all be con#tant #pee$ // #&all &a,e

,aiable fe)enc% $i,e# contolle$ b% boile fee$ &ea$e pe##)e

electonic contol #%#te' w&ic& ')#t be po,i$e$. Contol t&e &ea$e

pe##)e at GGGPa 3GGGp#i4. o D e)ie'ent# efe to Section *8

*= 116 OW-OT">E OTOR ST"RTERS. //

E. Contol - Con$en#ate Tan#fe: Con#tant #pee$ opeation. low ate

will be contolle$ b% a)to'atic 'o$)latin( wate le,el contol ,al,e on

con$en#ate tan#fe inlet to $eaeato.

. Con#t)ction:

1. Rotatin( ele'ent# #&all be $e#i(ne$ an$ balance$ to confo' to #o)n$

an$ ,ibation li'it# #pecifie$ in Section *+ 05 516 NOISE an$

I7R"TION CONTRO OR 7OIER P"NT.

*. ec&anical #eal# #&all &a,e #ealin( face 'ateial# of cabon an$

t)n(#ten o #ilicon cabi$e.

+. De#i(n beain(# fo two-%ea 'ini')' life wit& contin)o)# opeation

at 'ai')' p)'p opeatin( loa$. 7eain(# an$ #&aft #eal# #&all be

wate-coole$ if eco''en$e$ b% p)'p 'an)fact)e fo t&e #e,ice.

2. ateial# of Con#t)ction:

C&a'be#: Stainle## #teel

I'pelle#: Stainle## #teel

Diff)#e#: Stainle## #teel

S&aft: Stainle## #teel

*+ 50 11 - *5



05-11

S)ction-Di#c&a(e C&a'be: Ca#t ion o #tainle## #teel

>. Recic)lation Oifice: Po,i$e #tainle## #teel ecic)lation oifice

#electe$ b% p)'p 'an)fact)e to potect p)'p fo' o,e&eatin( at #&)t-

off an$ $e#i(ne$ fo low noi#e )n$e t&e #e,ice con$ition#. Oifice#

')#t not ecee$ #o)n$ le,el li'it# in Section *+ 05 516 NOISE an$

I7R"TION CONTRO OR 7OIER P"NT.

;. Spae Pat#: Po,i$e co'plete otatin( a##e'bl% fo eac& p)'p #ie an$

t%pe #)itable fo fiel$ in#tallation b% plant pe#onnel. "##e'bl% #&all

incl)$e i'pelle#6 $iff)#e#6 c&a'be#6 #&aft6 #eal#6 beain(#.

I. S&aft Co)plin(#: P)'p 'an)fact)e# #tan$a$. Po,i$e co)plin( ()a$.

. Electic oto Di,e#: ;i(& efficienc% t%pe6 open $ip poof. Select

'oto #ie #o t&at t&e 'oto i# not o,eloa$e$ at an% point on t&e p)'p

&ea$-flow pefo'ance c),e. De#i(n 'oto fo 20 °C a'bient te'peat)e.

o efficienc% an$ powe facto e)ie'ent# efe to Section *+ 05 116COON WOR? RES@TS OR ;"C an$ STE" >ENER"TION.

?. Inteface wit& Co'p)te Wo#tation: Po,i$e $e,ice# to #i(nal co'p)te

wo #tation t&at 'oto i# on o off.

2.5 CONDENSATE TRANSFER PUMPS FLE!IBLE-COUPLED END SUCTION CENTRIFUGAL

". T%pe: Sin(le #ta(e6 en$ #)ction6 centif)(al wit& ,ol)te ca#in(6

&oiontal #&aft6 fa'e-'o)nte$6 fleible-co)ple$6 $i,en b% con#tant

#pee$ 'oto6 aan(e$ a# #&own. P)'p fa'e# an$ 'oto# #&all be

ba#e-'o)nte$.

7. Se,ice: De#i(n p)'p# an$ acce##oie# fo contin)o)# con$en#ate

tan#fe #e,ice6 =+ °C 3*00 °4 wate6 wit& flow ate# an(in( fo'

'ai')' #&own on $awin(# 3pl)# 'an)fact)eK# eco''en$e$

ecic)lation4 to 10 pecent of 'ai')'6 3pl)# 'an)fact)eK#

eco''en$e$ ecic)lation4. P)'p# #&all be #)itable fo paallel

opeation wit&o)t #)(in( o &)ntin(.

C. Pefo'ance: Refe to #c&e$)le# on $awin(#. P)'p &ea$-flow

c&aactei#tic c),e #&all #lope contin)o)#l% )pwa$ to #&)toff.

D. P)'p Sie: S&all be #)c& t&at a 'ini')' of 10 pecent incea#e in &ea$

can be obtaine$ at t&e 'ai')' e)ie$ flow ate b% in#tallin( la(e

i'pelle#.

E. Con#t)ction:

1. 7olt p)'p ca#in( to a fa'e t&at #)ppot# t&e p)'p #&aft an$ #&aft

beain(#. Ca#in( #&all &a,e bac p)ll-o)t feat)e o bolte$ font

#)ction co,e to allow acce## to i'pelle.

*+ 50 11 - *8



05-11

*. a'e w&ic& #)ppot# #&aft an$ beain(# #&all po,i$e ea#% acce## to

#eal.

+. Rotatin( ele'ent# #&all be $e#i(ne$ an$ balance$ #o t&at ,ibation

i# li'ite$ to e)ie'ent# of Section *+ 05 516 NOISE an$ I7R"TION


2. Po,i$e 'ec&anical #eal. Seal #&all be epo#e$ onl% to p)'p #)ction

pe##)e.

5. Po,i$e eplaceable #&aft #lee,e6 wate #lin(e on #&aft6 ,ent coc

an$ $ain on ca#in(. Po,i$e ca#in( weain( in(# at all location#

of ti(&t cleaance between ca#in( an$ i'pelle.

8. 7eain(#: Rate$ fo two %ea 'ini')' life wit& contin)o)# opeation

at 'ai')' p)'p loa$.

. ateial of con#t)ction:

Ca#in( ca#t ion

I'pelle bone

S&aft cabon #teel

S&aft #lee,e bone

Ca#in( wea in(# bone

. Recic)lation Oifice: Po,i$e #tainle## #teel ecic)lation oifice

#electe$ b% p)'p 'an)fact)e to potect p)'p fo' o,e&eatin( at

#&)toff. Refe to Section *+ 05 516 NOISE an$ I7R"TION CONTRO OR

7OIER P"NT fo #o)n$ le,el li'itation#.

>. Spae Pat#: Po,i$e #)fficient t%pe# an$ )antitie# to allow co'plete

eplace'ent of all #)c& pat# in one p)'p at one ti'e:

1. Ca#in( wea in(#

*. S&aft #lee,e

+. P)'p beain(#

2. ec&anical #eal

;. S&aft Co)plin(#: S&all be all 'etal6 (i$-t%pe6 fleible $e#i(n w&ic&

pe'it# paallel6 an()la6 an$ aial 'i#ali(n'ent. Co)plin( #&all be

#)fficientl% fleible to e$)ce tan#'i##ion of #&oc loa$#

#i(nificantl%. Co)plin( #ie #election #&all be ba#e$ on co)plin(

'an)fact)eK# eco''en$ation# fo t&e #e,ice. Co)plin( #&all incl)$e

no #pace# 'a$e fo' o(anic 'ateial.

*+ 50 11 - *



05-11

1. P)'p# &a,in( bac p)ll-o)t $i#a##e'bl% feat)e #&all be po,i$e$

wit& #pace co)plin(# $e#i(ne$ to allow $i#a##e'bl% of p)'p wit&o)t

'o,in( t&e 'oto.

*. Po,i$e co)plin( ()a$ bolte$ to ba#e plate.

I. Electic oto Di,e#: ;i(& efficienc%6 open $ip poof $e#i(ne$ fo

t&e #e,ice. Select 'oto #ie #o t&at t&e 'oto i# not o,eloa$e$ at

an% point on t&e p)'p &ea$-flow pefo'ance c),e. De#i(n 'oto fo 20

°C a'bient te'peat)e. o efficienc% an$ powe facto e)ie'ent#6

efe to Section *+ 05 116 COON WOR? RES@TS OR ;"C an$ STE"

>ENER"TION.

. o)ntin(: o)nt p)'p# an$ 'oto# on #teel o ca#t ion ba#e plate# wit&

$ip-catc&in( confi()ation. "li(n p)'p# an$ 'oto in t&e facto%.

?. So)n$ an$ ibation: Eac& p)'p an$ 'oto a##e'bl% #&all confo' to

#o)n$ an$ ,ibation li'it# #pecifie$ in Section *+ 05 516 NOISE an$I7R"TION CONTRO OR 7OIER P"NT.

. Inteface wit& Co'p)te Wo#tation: Po,i$e $e,ice# to #i(nal co'p)te

wo#tation t&at 'oto i# on o off.

2." CONDENSATE TRANSFER PUMPS CLOSE-COUPLED END SUCTION CENTRIFUGAL

". T%pe: Sin(le #ta(e6 en$ #)ction6 centif)(al wit& ,ol)te ca#in(6

&oiontal #&aft6 clo#e-co)ple$ wit& i'pelle 'o)nte$ on 'oto #&aft6

'oto $i,en6 con#tant #pee$6 aan(e$ a# #&own.

7. Se,ice: De#i(n p)'p# an$ acce##oie# fo contin)o)# con$en#ate

tan#fe #e,ice6 =+ °C 3*00 °4 wate6 wit& flow ate# an(in( fo'

'ai')' #c&e$)le$ on $awin(# 3pl)# 'an)fact)eK# eco''en$e$

ecic)lation4 to 10 pecent of 'ai')' 3pl)# 'an)fact)eK#

eco''en$e$ ecic)lation4. P)'p# #&all be #)itable fo paallel

opeation wit&o)t #)(in( o &)ntin(.

C. Pefo'ance: Refe to #c&e$)le# on t&e $awin(#. P)'p &ea$-flow

pefo'ance c),e #&all #lope contin)o)#l% )pwa$ to #&)toff.

D. P)'p Sie: S&all be #)c& t&at a 'ini')' of 10 pecent incea#e in &ea$

can be obtaine$ at t&e 'ai')' e)ie$ flow ate b% in#tallin( la(e

i'pelle#.

E. Con#t)ction:

1. o)nt p)'p ca#in( on a fa'e attac&e$ to t&e 'oto &o)#in(. Ca#in(

#&all &a,e bac p)ll-o)t feat)e o bolte$ font #)ction co,e to

allow acce## to i'pelle.

*. a'e on w&ic& p)'p i# 'o)nte$ #&all po,i$e ea#% acce## to #eal.

*+ 50 11 - *<



05-11

+. Rotatin( ele'ent# #&all be $e#i(ne$ an$ balance$ #o t&at ,ibation

i# li'ite$ to e)ie'ent# of Section *+ 05 516 NOISE an$ I7R"TION


2. Po,i$e 'ec&anical #eal#. Seal #&all be epo#e$ to p)'p #)ction

pe##)e onl%.

5. Po,i$e eplaceable #&aft #lee,e6 wate #lin(e on #&aft6 ,ent coc

an$ $ain on ca#in(. Po,i$e ca#in( weain( in(# at all location#

of ti(&t cleaance# between ca#in( an$ i'pelle.

8. 7eain(#: Rate$ fo two %ea 'ini')' life wit& contin)o)# opeation

at 'ai')' p)'p loa$.

. ateial# of Con#t)ction:

Ca#in( ca#t ion

I'pelle bone

S&aft cabon #teel

S&aft #lee,e bone

Ca#in( wea in(# bone

. Recic)lation Oifice: Po,i$e #tainle## #teel ecic)lation oifice

#electe$ b% p)'p 'an)fact)e to potect p)'p fo' o,e-&eatin( at

#&)toff. Refe to Section *+ 05 516 NOISE an$ I7R"TION CONTRO OR

7OIER P"NT fo #o)n$ le,el li'itation#.

>. Spae Pat#: Po,i$e #)fficient t%pe# an$ )antitie# to allow co'plete

eplace'ent of all #)c& pat# in one p)'p at one ti'e:

1. Ca#in( weain( in(#

*. S&aft #lee,e

+. oto beain(#

2. ec&anical #eal

;. Electic oto Di,e#: oint NE"-;%$a)lic In#tit)te $e#i(n T%pe o

P appo,e$ 'oto#6 &i(& efficienc%6 open $ip poof6 $e#i(ne$

#pecificall% a# clo#e-co)ple$ p)'p 'oto#. oto beain(# #&all be

(ea#e-l)bicate$ $e#i(ne$ to ca% all a$ial an$ t&)#t loa$# of t&e

p)'p an$ 'oto a##e'blie#. Select 'oto #ie #o t&at t&e 'oto# ae not

o,eloa$e$ at an% point on t&e p)'p &ea$-flow pefo'ance c),e. De#i(n

'oto# fo 20 °C a'bient te'peat)e. o efficienc% an$ powe facto

e)ie'ent#6 efe to Section *+ 05 116 COON WOR? RES@TS OR ;"C

an$ STE" >ENER"TION.

*+ 50 11 - *=



05-11

. Recei,e Tan: Ca#t ion o (al,anie$ #teel6 wit& #toa(e capacit% an$

&ei(&t of inlet connection a# #&own. Po,i$e t&ea$e$ o flan(e$

openin(# fo all pipe connection# an$ facilitie# fo 'o)ntin( float

#witc&e#. Openin(# fo pipe #ie# abo,e 50 '' 3* inc&4 ')#t be flan(e$.

Recei,e# fo #i'ple p)'p# #&all incl)$e all facilitie# e)ie$ fo

f)t)e 'o)ntin( of a$$itional p)'p an$ contol#.

>. Contol#:

1. P)'p Opeation: Po,i$e float #witc&e# 'o)nte$ on ecei,e tan to

#tat an$ #top wate p)'p# in e#pon#e to c&an(e# in t&e wate le,el

in t&e ecei,e. loat #witc&e# #&all be a$!)#table to pe'it t&e

contolle$ wate le,el# to be c&an(e$. loat# an$ connectin( o$#

#&all be coppe6 #tainle## #teel o bone. W&en a $)ple p)'p )nit

i# )#e$6 po,i$e an altenato an$ a contol to a)to'aticall% #tat

t&e #econ$ p)'p6 w&en t&e fi#t p)'p fail# in eepin( t&e ecei,ewate le,el fo' i#in(.

*. State#: Po,i$e co'bination 'a(netic #tate# wit& f)#ible

$i#connect #witc&e# o cic)it beae#. Po,i$e low ,olta(e contol

cic)it# 31*0 ,olt 'ai')'4.

+. In$icatin( i(&t#: Po,i$e e$ li(&t fo eac& p)'p to #&ow t&at t&e

p)'p i# )nnin(6 (een li(&t# to #&ow powe i# on.

2. an)al Selecto Switc&e#: Po,i$e on-off-a)to'atic #witc& fo eac&

p)'p.

5. Electical Wiin(: S&all be enclo#e$ in li)i$-ti(&t fleible 'etal

con$)it. Wiin( #&all be #)itable fo =+ °C 3*00 °4 #e,ice.

8. Contol Cabinet: NE" *506 T%pe * o 26 enclo#in( all contol#6 wit&

'an)al #witc&e# an$ in$icatin( li(&t# 'o)nte$ on t&e o)t#i$e of t&e

panel. "ttac& to p)'p #et wit& i(i$ #teel fa'ewo )nle## ot&e

'o)ntin( i# #&own on t&e $awin(#.

;. "cce##oie# Re)ie$:

1. T&e'o'ete on ecei,e below 'ini')' wate le,el. T&e'o'ete ')#t

confo' to e)ie'ent# in Section *+ 0= 116 INSTR@ENT"TION an$


*. 7a#et-t%pe inlet #taine wit& bolte$ co,e6 $e#i(ne$ fo *5 Pa

320 p#i46 100 °C 3*10 °4. Po,i$e ba#et wit& + '' 31/<-inc&4

$ia'ete pefoation#.

*+ 50 11 - +1



05-11

+. Wate le,el (a(e on ecei,e. Po,i$e (a(e coc# t&at a)to'aticall%

#top t&e flow of wate w&en t&e (la## i# boen. Po,i$e (a(e (la##

potection o$#6 an$ $ain on lowe (a(e coc.

I. So)n$ an$ ibation: P)'p )nit# #&all confo' to #o)n$ an$ ,ibation

li'it# #pecifie$ in Section *+ 05 516 NOISE an$ I7R"TION CONTRO OR

7OIER P"NT.

2.& CONDENSATE RETURN PUMP UNITS $ELECTRIC SUMP-T'PE%

". T%pe: acto%-a##e'ble$ )nit# con#i#tin( of ,etical6 eten$e$ #&aft6

#)b'e(e$6 #i'ple o $)ple 3a# #&own46 'oto-$i,en con$en#ate p)'p#

'o)nte$ on a &oiontal co,e plate. 7olt co,e plate to a ,ente$

)n$e(o)n$ #)'p-t%pe ecei,e. Co,e plate #&all be fl)#& wit& t&e

floo. oto# #&all be abo,e t&e co,e plate.

SPEC WRITER NOTE: Note te'peat)eli'itation of t&i# t%pe of p)'p.

7. Se,ice: De#i(n )nit# to ecei,e6 #toe6 an$ p)'p #tea' con$en#ate

&a,in( te'peat)e# of <* $e(ee# C 31<0 $e(ee# 4. P)'p# an$ 'oto#

#&all be #)itable fo contin)o)# #e,ice.

C. Pefo'ance: Refe to #c&e$)le# on t&e $awin(#.

D. P)'p#: Centif)(al o t)bine-t%pe6 ,etical eten$e$ #&aft6

bone-fitte$6 fleible-co)ple$6 $e#i(ne$ fo #)b'e(e$ opeation.

Po,i$e e(ea#eable ball t&)#t #&aft beain(# locate$ at lea#t #i

inc&e# abo,e t&e co,e plate6 bone #&aft beain(# a$!acent to t&e

p)'p $e#i(ne$ fo wate l)bication6 inte'e$iate wate-l)bicate$#&aft beain(# w&ee e)ie$ b% len(t& of #&aft. S&aft #&all be

#tainle## #teel. Po,i$e 'ec&anical #&aft #eal at co,e plate wit&

bone pacin( (lan$. P)'p 'an)fact)e #&all te'inate t&e p)'p

$i#c&a(e pipe# abo,e t&e co,e plate. 7olt p)'p-'oto )nit# to

bacet# t&at ae bolte$ to t&e co,e plate. Re'o,al of one p)'p #&all

not affect opeation of #econ$ p)'p in $)ple )nit#. W&en t)bine-t%pe

p)'p# ae f)ni#&e$6 po,i$e elief ,al,e# on p)'p $i#c&a(e line#

a&ea$ of (ate ,al,e#. Set at 8=0 Pa 3100 p#i4. Pipe elief ,ent# to

ecei,e tan. Relief ,al,e capacit% #&all e)al o ecee$ p)'p

capacit% at #et pe##)e.

E. Electic oto Di,e#: Open $ip poof6 #tan$a$ ;P ba#e. Select 'oto

#ie #o t&at t&e 'oto# ae not o,eloa$e$ at an% point on t&e p)'p

&ea$-flow pefo'ance c),e. oto #&all be $e#i(ne$ fo 20 °C a'bient

te'peat)e.

*+ 50 11 - +*



05-11

. Recei,e Tan: Dawin(# will #&ow w&en an ei#tin( #)'p o ecei,e i#

to be e)#e$. @nle## ot&ewi#e note$6 a new ecei,e i# e)ie$. New

ecei,e #&all be ,etical6 c%lin$ical6 ca#t ion #i$e# an$ botto'6

$e#i(ne$ fo #e,ice )n$e(o)n$ o below t&e floo. Recei,e capacit%

an$ #ie #&all be a# #&own. ocate inlet connection *+0 '' 3= inc&e#4

below t&e co,e plate.

>. Recei,e Co,e Plate: ;ea,% (a(e #teel $e#i(ne$ to #)ppot wei(&t of

p)'p#6 'oto#6 an$ acce##oie# wit& no $eflection. Co,e plate #&all

incl)$e po,i#ion# fo 'o)ntin( of p)'p#6 'oto# an$ acce##oie# b%

boltin( an$ #&all be $e#i(ne$ to allow ea#% e'o,al of #a'e. Po,i$e

t&ea$e$ o flan(e$ openin(# fo pipin( connection#. Openin(# fo pipe

#ie# abo,e 50 '' 3* inc&e#4 ')#t be flan(e$. Co,e plate #&all be

$e#i(ne$ to fit new o ei#tin( ecei,e tan o #)'p a# #&own. Po,i$e

bolte$ in#pection plate fo ,iewin( inteio of ecei,e. "ll bolte$connection# to co,e plate an$ between co,e plate an$ ecei,e #&all

be (a#ete$ #o t&at no ,apo will e#cape into t&e oo'.

;. Contol#:

1. P)'p Opeation: Po,i$e float #witc&e# 'o)nte$ on ecei,e co,e

plate to #tat an$ #top t&e p)'p# in e#pon#e to c&an(e# in t&e

wate le,el in t&e ecei,e. loat o$ penetation# of t&e ecei,e

co,e plate #&all be #eale$ to pe,ent t&e e#cape of ,apo. loat#

an$ connectin( o$# #&all be coppe6 #tainle## #teel o bone. W&en

a $)ple p)'p )nit i# e)ie$6 po,i$e an altenato an$ a contolto a)to'aticall% #tat t&e #econ$ p)'p6 w&en t&e fi#t p)'p fail# in

eepin( t&e ecei,e wate le,el fo' i#in(.



cic)it# 31*0 ,olt 'ai')'4.

+. In$icatin( i(&t#: Po,i$e e$ li(&t fo eac& p)'p to #&ow t&at t&e



p)'p.

5. Electrical Wiring: Enclose in liquid-tight flexible metal conduit.

Wiring shall be suitable for 93 °C (200 °F) service.

6. Control Cabinet: NEMA 250, Type 2 or 4, enclosing all controls, with

manual switches and indicating lights mounted on the outside of the

*+ 50 11 - ++



05-11

panel. Provide rigid mounting to adjacent building wall or column as

shown on the drawings.

I. So)n$ an$ ibation: P)'p )nit #&all confo' to #o)n$ an$ ,ibation


7OIER P"NT.

SPEC WRITER NOTES:1. 7e awae t&at t&i# t%pe of p)'p

e)ie# (a,it% con$en#ate flow tot&e ecei,e6 w&ic& i# locate$abo,e t&e p)'p6 an$ (a,it%con$en#ate flow fo' t&e ecei,einto t&e p)'p. 7eca)#e of t&i#6 it'a% be nece##a% to locate t&e p)'pin a pit.

*. " fail)e 'o$e of t&e float-,al,e'ec&ani#' allowin( li,e #tea' tocontin)o)#l% flow into t&econ$en#ate et)n #%#te'.T&e'o'ete locate$ on t&e p)'po)tlet will in$icate t&i# poble'.

2.( MECHANICAL CONDENSATE PUMP $PRESSURE-POWERED PUMPING TRAP%

". T%pe: Paca(e$ ecei,e an$ //#i'ple//$)ple//p)'p #et incl)$in( all

contol# an$ inteconnectin( pipin( an$ ,al,e#. P)'p# #&all be

a)to'atic6 float-act)ate$6 non-electic6 #tea' 'oti,e powe6 $e#i(ne$

to p)'p e)ie$ con$en#ate flow ate an$ $i#c&a(e pe##)e.

7. Se,ice: Contin)o)# $)t%6 con$en#ate at 100 C 3*1* 46 'oti,e #tea'

a,ailable at GGGGPa 3GGGGp#i4. De#i(n to opeate wit& an$ to connect

popel% wit& t&e con$en#ate et)n line ele,ation a# #&own.

C. Pefo'ance: Refe to $awin(# fo con$en#ate flow an$ $i#c&a(e

pe##)e e)ie'ent# an$ fo ecei,e #ie.

D. P)'p Con#t)ction:

1. P)'p 7o$%: //Ca#t ion//abicate$ #teel// ate$ fo 10+5 Pa 3150

p#i46 *+* C 3250 4. ow pofile a# nece##a% to acco''o$ate t&e

ele,ation of t&e inlet con$en#ate pipe6 obtain t&e e)ie$ fillin(

&ea$6 an$ obtain t&e e)ie$ pefo'ance.

*. loat 'ec&ani#': Stainle## #teel float an$ 'ec&ani#' fa'e. Inconel

-50 #pin( a##i#t float 'ec&ani#'.

+. Intenal P)'p al,e# an$ Seat#: Etenall% eplaceable &a$ene$

#tainle## #teel.

2. Recei,e Tan: "SE Co$e Section III $e#i(ne$ fo <50 P" 31*5

p#i(4. Refe to Paa(ap&6 "S; T"N?.

5. "ll pipin( #&all be "ST "5+ o "1086 ERW o #ea'le##6 Sc&e$)le <0.

*+ 50 11 - +2



05-11

E. Recei,e Con#t)ction:

1. C%lin$ical wel$e$ #teel tan wit& acce##oie#. Confo' to "SE

7oile an$ Pe##)e e##el Co$e6 Section III. abicate fo' #teel

#&eet# an$ plate# o fo' #teel pipe an$ pipe cap#.

*. ateial of Con#t)ction:

a. Steel #&eet# an$ plate#: "ST "*<56 "2126 "5156 "518.

b. Steel pipe an$ pipe cap#: Pipe "ST "5+"-S6 "5+"-E6 "5+7-S6

"5+7-E. Pipe Cap# "ST "*+26 "SE 718.=.

+. De#i(n fo <50 Pa 31*5 p#i46 1< °C 3+5+ °4.

2. Pipin( Connection#: T&ea$e$ &alf co)plin(# fo pipe #ie# )n$e 85

'' 3*-1/* inc&e#4. lan(e$ 10*5 Pa 3150 p#i4 "SE fo pipe #ie#

o,e 50 '' 3* inc&e#4.

5. "SE o'#: )ni#& @-1 o @-1"6 "N@"CT@RERSK D"T" REPORT OR

PRESS@RE ESSES.8. S)ppot#: @nle## #&own ot&ewi#e6 po,i$e floo-'o)nte$ fa'e

con#t)cte$ wit& #teel an(le#.

. In#)lation: Do not in#)late.

. Cleanin( an$ Paintin(: Re'o,e all $it6 &ea,% )#t6 'ill #cale6 oil6

wel$in( $ebi# fo' inteio an$ eteio. Coat eteio wit&

)#t-e#i#tin( pi'e an$ 'an)fact)eQ# #tan$a$ coatin(.

>. "cce##oie#:

1. Wate le,el (a(e (la## on tan an$ p)'p# wit& potection o$#6 (a(e

,al,e# wit& $ain.

*. "ll nece##a% inlet an$ o)tlet c&ec ,al,e# fo pope opeation.

+. In$)#tial li)i$-t%pe t&e'o'ete on con$en#ate o)tlet6 $)al an(e6

10 to *05 $e(ee# C6 50 to 200 $e(ee# 6 *+= '' 3= inc&4 #cale

len(t&6 acc)ac% pl)# o 'in)# one #cale $i,i#ion.

2.10 )ACUUM HEATING PUMP UNITS

". T%pe: acto%-a##e'ble$ )nit# con#i#tin( of wate #toa(e an$ ai

#epaatin( facilitie#6 $)ple wate p)'p#6 $)ple ai p)'p# 3#epaate

fo' wate p)'p#46 'oto#6 contol#6 an$ acce##oie#. @nit# ')#t be

#)itable fo t&e #pace a,ailable fo i((in( an$ place'ent an$ #&all be

aan(e$ a# #&own on t&e $awin(#.

7. Se,ice: De#i(n )nit# to ecei,e6 #toe an$ p)'p t&e #tea' con$en#ate

fo' a ,ac))' &eatin( #%#te'. T&e )nit# #&all al#o po$)ce t&e e)ie$

,ac))'. "i an$ wate p)'p# an$ 'oto# #&all be #)itable fo contin)o)#

#e,ice.

*+ 50 11 - +5



05-11

C. Pefo'ance: Refe to #c&e$)le# on t&e $awin(#. 7a#e p)'p atin(# on

con$en#ate at 0 °C 3180 °4 an$ 1= Pa 35-1/* inc&e# ;(4 ,ac))'.

D. Wate an$ "i P)'p#: Centif)(al t%pe6 bone-fitte$6 ,etical #&aft#6

wit& 'ec&anical #&aft #eal#. S&aft# #&all be #tainle## #teel. De#i(n

p)'p# to allow e'o,al of otatin( ele'ent# wit&o)t $i#t)bin(connectin( pipin( o p)'p ca#in( 'o)ntin(. 7eain(# #&all be

(ea#e-l)bicate$ ball o olle-t%pe. Po,i$e ca#in( weain( in(#.

E. Recei,e Tan: Ca#t ion o (al,anie$ #teel wit& wate #toa(e an$ ai

#epaation c&a'be#. Wate #toa(e capacit% an$ inlet &ei(&t #&all be

a# #&own. Po,i$e t&ea$e$ pipe connection# fo #ie# 50 '' 3* inc&e#4

an$ #'alle6 flan(e$ connection# fo pipe #ie# abo,e 50 '' 3* inc&e#4.

. Electic oto Di,e#: Open $ip poof. Select 'oto #ie# #o t&at t&e

'oto# ae not o,eloa$e$ at an% point on t&e p)'p c&aactei#tic

c),e. oto# #&all be $e#i(ne$ fo 20 °C a'bient te'peat)e.

>. oto Contol#:

1. "i an$ Wate P)'p Opeation: Po,i$e float #witc&e# 'o)nte$ on

ecei,e tan to #tat an$ #top wate p)'p# in e#pon#e to c&an(e#

in t&e wate le,el in t&e ecei,e. loat #witc&e# #&all be

a$!)#table to pe'it t&e contolle$ wate le,el to be c&an(e$.

loat# an$ connectin( o$# #&all be coppe6 #tainle## #teel6 o

bone. Po,i$e a$!)#table ,ac))' #witc&e# 'o)nte$ on ecei,e tan

to #tat an$ #top ai p)'p# in e#pon#e to ,ac))' e)ie'ent# of

t&e &eatin( #%#te'. "i an$ wate p)'p contol# #&all incl)$e

altenato# an$ al#o contol# to a)to'aticall% #tat t&e #econ$ ai

o wate p)'p w&en t&e fi#t p)'p fail# to 'eet t&e ai o wate

$e'an$.



cic)it# 31*0 ,olt 'ai')'4.

+. In$icatin( i(&t#: Po,i$e e$ li(&t# fo eac& p)'p to #&ow t&at t&e



p)'p.

5. Electical Wiin(: S&all be enclo#e$ in li)i$-ti(&t fleible 'etal

con$)it. Wiin( #&all be #)itable fo =+ °C 3*00 °4 #e,ice.

8. Contol Cabinet: NE" *506 T%pe * o 26 enclo#in( all contol#6 wit&

'an)al #witc&e# an$ in$icatin( li(&t# 'o)nte$ on t&e o)t#i$e of t&e

*+ 50 11 - +8



05-11

panel. "ttac& to p)'p #et wit& i(i$ #teel fa'ewo )nle## ot&e

'o)ntin( i# #&own on t&e $awin(#.

;. "cce##oie# Re)ie$:

1. T&e'o'ete on ecei,e below 'ini')' wate le,el. T&e'o'ete #&all

confo' to e)ie'ent# in Section *+ 05 516 NOISE an$ I7R"TION


*. 7a#et-t%pe inlet #taine wit& bolte$ co,e6 $e#i(ne$ fo *5 Pa

320 p#i46 100 °C 3*10 °4. Po,i$e ba#et wit& + '' 31/<-inc&4

$ia'ete pefoation#.

+. Wate le,el (a(e on eac& co'pat'ent of ecei,e. Po,i$e (a(e coc#

w&ic& a)to'aticall% #top t&e flow of wate w&en t&e (la## i# boen.

Po,i$e (a(e (la## potection o$# an$ $ain on lowe (a(e coc.

2. Co'po)n$ pe##)e/,ac))' (a(e w&ic& #&all confo' to e)ie'ent# in

Section *+ 0= 116 INSTR@ENT"TION an$ CONTRO OR 7OIER P"NT.5. Te'peat)e li'it #witc& to a)to'aticall% a$'it coolin( wate to t&e

ai #epaation c&a'be w&en t&e ai #epaation wate te'peat)e

ecee$# t&e eco''en$e$ li'it.

8. ")to'atic wate 'ae-)p to t&e ai #epaation c&a'be con#i#tin( of

float #witc& an$ #olenoi$ ,al,e. Po,i$e 'an)al b%pa## ,al,e.

. W&en ai ,ent po$)ce# a #o)n$ ecee$in( <5 $7 on t&e " #cale at a

$i#tance of 1<00 '' 38 feet4 fo' t&e )nit6 po,i$e a #ilence to

e$)ce t&e #o)n$ to <5 $7 on t&e " #cale 'ai')'. Silence #&all be

a# eco''en$e$ b% p)'p 'an)fact)e fo t&e #e,ice.

<. Po,i$e 15 '' 31/*-inc&4 ,al,e$ $ain# fo' con$en#ate ecei,e an$

ai #epaation c&a'be to neae#t floo $ain.

=. Po,i$e a$!)#table ,ac))' beae to potect p)'p )nit fo'

ece##i,e ,ac))'. ini')' a$!)#t'ent an(e #&all be 1 to 51 Pa 35

to 15 inc&e# ;(4.

I. So)n$ an$ ibation: P)'p )nit# #&all confo' to #o)n$ an$ ,ibation


7OIER P"NT.

2.11 FLASH TANK

". T%pe: C%lin$ical wel$e$ #teel tan wit& acce##oie# a# #&own. Refe to

$etail on $awin(#.

7. Se,ice: S)itable fo ecei,in(6 ,entin(6 #toin( an$ $i#c&a(in( to

con$en#ate et)n p)'p t&e effl)ent $i#c&a(e$ fo' #tea' tap# on &i(&

an$ 'e$i)' pe##)e #tea' #%#te'#.

*+ 50 11 - +



05-11

C. Con#t)ction:

1. Confo' to "SE 7oile an$ Pe##)e e##el Co$e6 Section III.

abicate fo' #teel #&eet# an$ plate# o fo' #teel pipe an$ pipe

cap#.

*. ateial of Con#t)ction:

a. Steel #&eet# an$ plate#: "ST "*<56 "2126 "5156 "518.

b. Steel pipe an$ pipe cap#: Pipe "ST "5+"-S6 "5+"-E6 "5+7-S6

"5+7-E. Pipe Cap# "ST "*+26 "SE 718.=.

+. De#i(n tan fo <50 Pa 31*5 p#i46 1< °C 3+5+ °4.

2. Pipin( Connection#: T&ea$e$ &alf co)plin(# fo pipe #ie# )n$e 85

'' 3*-1/* inc&e#4. lan(e$ 10*5 Pa 3150 p#i4 "SE fo pipe #ie#

o,e 50 '' 3* inc&e#4.

5. "SE o'#: )ni#& @-1 o @-1"6 "N@"CT@RERSK D"T" REPORT OR

PRESS@RE ESSES.8. S)ppot#: @nle## #&own ot&ewi#e6 po,i$e floo-'o)nte$ fa'e

con#t)cte$ wit& #teel an(le#.

. Con$en#ate Pipe: Po,i$e pefoate$ Sc&e$)le <0 #teel pipe in#i$e

tan a# #&own.

D. Cleanin( an$ Paintin(: Re'o,e all $it6 &ea,% )#t6 'ill #cale6 oil6

wel$in( $ebi# fo' inteio an$ eteio of tan. Coat eteio wit&

)#t-e#i#tin( pi'e 3See Section 0= =1 006 P"INTIN>4.

E. In#)lation: Do not in#)late.

2.12 FUEL OIL PUMPING EQUIPMENT $BURNER FUEL%

". P)'p an$ oto#:

1. T%pe: Con#tant $i#place'ent6 ota%6 t&ee-#cew-t%pe6 &oiontal

#&aft6 fleible-co)ple$6 'oto-$i,en6 ba#e-'o)nte$6 aan(e$ a#

#&own.

*. Se,ice: P)'p#6 'oto# an$ acce##oie# #&all be $e#i(ne$ fo

contin)o)# f)el oil #e,ice a# #&own on t&e $awin(#.

+. Pefo'ance: Refe to #c&e$)le# on t&e $awin(#. en$o #&all #)b'it

co'plete $ata to cetif% t&at p)'p# offee$ will pefo' in

acco$ance wit& e)ie'ent# fo #)ction lift6 $i#c&a(e pe##)e6

#o)n$ le,el li'itation# an$ flow ate at ,i#co#it% an(e #&own.

2. P)'p Con#t)ction:

a. P)'p Ca#in(: Ca#t ion o #teel $e#i(ne$ fo 10*5 Pa 3150 p#i4

'ini')'. Ca#in( #&all &a,e e'o,able bolte$ #ection# to allow

acce## to intenal pat#.

*+ 50 11 - +<



05-11

b. Powe Roto: "llo% #teel.

c. I$le Roto#: Pealitic (a% ion.

$. S&aft Seal# an$ 7eain(: Po,i$e 'ec&anical #eal# an$ ball

beain(# a# eco''en$e$ b% p)'p 'an)fact)e fo t&e #e,ice.

f. Intenal Relief al,e#: S&all not be po,i$e$.

5. Electic oto Di,e#: ;i(& efficienc%6 open $ip poof. Select

'oto #ie# #o t&at 'oto# ae not o,eloa$e$ )n$e all opeatin(

con$ition#. oto# #&all be $e#i(ne$ fo 20 °C a'bient te'peat)e.

o efficienc% an$ powe facto e)ie'ent#6 efe to Section *+ 05

116 COON WOR? RES@TS OR ;"C an$ STE" >ENER"TION.

8. o)ntin( - P)'p# an$ oto#: o)nt on #teel o ca#t ion ba#e

plate#. "li(n p)'p# an$ 'oto# at t&e facto%.

. S&aft Co)plin(#: S&all be all 'etal6 (i$-t%pe6 fleible $e#i(n t&at

pe'it# paallel6 an()la6 an$ aial 'i#ali(n'ent. Co)plin( #&all be#)fficientl% fleible to e$)ce tan#'i##ion of #&oc loa$#

#i(nificantl%. Co)plin( #ie #election #&all be ba#e$ on

'an)fact)eK# eco''en$ation fo #e,ice. Po,i$e co)plin( ()a$

bolte$ to ba#e plate.

<. So)n$ an$ ibation: Eac& co'bination of p)'p an$ $i,e #&all

confo' to #o)n$ an$ ,ibation li'it# #pecifie$ in Section *+ 05 516

NOISE an$ I7R"TION CONTRO OR 7OIER P"NT.

7. D)ple Staine#: Po,i$e $)ple6 ba#et-t%pe ca#t ion #taine#

$e#i(ne$ to allow one ba#et to be e'o,e$ fo cleanin( w&ile t&e ot&e

i# in #e,ice. Staine #&all incl)$e $i,ete ,al,e wit& &an$le t&at

will #elect t&e #taine to be in )#e. Opeation of t&e $i,ete ,al,e

#&all not #top t&e flow of fl)i$. 7a#et co,e# #&all be cla'p-t%pe.

Ratio of fee #tainin( aea to aea of #taine pipe #ie #&all be at

lea#t 2 to 1. Staine ba#et# #&all be ba## o #tainle## #teel.

Po,i$e 80 'e#& ba#et line# fo No. * f)el oil6 ba#et# wit& + ''

31/<-inc&4 to 5 '' 3+/18-inc&4 pefoation# fo No. 5 an$ No. 8 f)el

oil. Staine# on #)ction #i$e of p)'p# #&all be +25 Pa 350 p#i46 =+ °C

3*00 °4 'ini')' $e#i(nH $i#c&a(e #i$e 1+5 Pa 3*00 p#i46 =+ °C 3*00

°4 'ini')'.

C. Pe##)e Relief al,e# 3O,epe##)e Potection4: Po,i$e at $i#c&a(e

of eac& oil p)'p. Sie ,al,e# to elie,e t&e 'ai')' p)'pin( capabilit%

of eac& oil p)'p f)ni#&e$6 =85 Pa 3120 p#i4 #et pe##)e of t&e

elief ,al,e# pl)# *5 pecent acc)')lation. Pe##)e #ettin(# #&all be

*+ 50 11 - +=



05-11

a$!)#table. al,e# #&all &a,e #oli$ )n(oo,e$ pl)( an$ #&all clo#e

b)bble-ti(&t.

D. 7ac Pe##)e Contol al,e 3P)'p Pe##)e Contol4: al,e #&all

opeate to 'aintain an e##entiall% con#tant p)'p $i#c&a(e pe##)e a#

e)ie$ b% t&e b)ne# f)ni#&e$6 wit& a #et pe##)e a# #c&e$)le$ on

t&e $awin(#. Pe##)e i#e #&all not ecee$ fi,e pecent of #et

pe##)e. low an(e #&all ecee$ t&e flow of t&e la(e#t oil p)'p in

t&e #et. Set pe##)e #&all be a$!)#table pl)# o 'in)# *0 pecent of

#et pe##)e. al,e #&all &a,e #tainle## #teel $i#c an$ #eat6 bone

bo$%. al,e $i#c an$ #eat #&all be enewable. al,e #&all be $e#i(ne$

fo f)el oil #e,ice a# #&own on t&e $awin(#.

E. >ate al,e#6 >lobe al,e#6 Pipe6 Pipe ittin(#6 Pe##)e >a(e#6

T&e'o'ete#6 i#cellaneo)# Pipin( Specialtie#: Refe to Section *+ *1

116 7OIER P"NT PIPIN> SASTES6 an$ Section *+ 0= 116 INSTR@ENT"TIONan$ CONTRO OR 7OIER P"NT.

SPEC WRITER NOTE: C&oo#e eit&e paa(ap& o >.

. "an(e'ent 3P)'p Set4: P)'p#6 'oto#6 ,al,e#6 oil &eate#6 pipin( an$

acce##oie# #&all be f)ni#&e$ a# a facto%-b)ilt )nit. "ll ite'# of

e)ip'ent #&all be 'o)nte$ on a #teel $ip pan ba#e wit& an aea

#)fficient to eten$ be%on$ t&e li'it# of all e)ip'ent6 con#t)cte$ of

+ '' 31/<-inc&4 #teel wit& 50 '' 3* inc&4 &i(& ,etical #i$e#. Po,i$e

t&ea$e$ 1+ '' 31/*-inc&4 pl)((e$ openin( fo $ainin(. "an(e ,al,e#an$ pipin( on i(i$ #teel #)ppot# wel$e$ to t&e ba#e. "ll ite'# of

e)ip'ent #&all be ea$il% acce##ible fo opeation an$ 'aintenance.

P)'p #et #&all be #)itable fo t&e #pace a,ailable fo i((in( an$

place'ent. W&en oil &eate# ae e)ie$6 t&e% #&all be pat of t&e

p)'p #et an$ locate$ fo ea#% acce##.

>. "an(e'ent 3P)'p# an$ E)ip'ent In$i,i$)all% o)nte$4: Po,i$e $ip

pan fo eac& p)'p6 fo t&e oil &eate#6 an$ fo t&e $)ple #taine#.

Con#t)ct eac& $ip pan of + '' 31/<-inc&4 t&ic #teel wit& 50 '' 3*

inc&4 &i(& ,etical #i$e#. Po,i$e t&ea$e$ 1+ '' 31/*-inc&4 pl)((e$

openin(# fo $ainin(. P)'p#6 oil &eate# an$ #taine# #&all be

#)itable fo t&e #pace a,ailable fo i((in( an$ place'ent.

;. Spae Pat#: Co'plete 'ec&anical #eal fo one oil p)'p. Co'plete #et of

ca#in( (a#et# fo one oil p)'p. 7ac pe##)e contol ,al,e6 co'plete.

*+ 50 11 - 20



05-11

I. oto Contol#: Po,i$e $e,ice# to #i(nal co'p)te wo#tation t&at

'oto# ae on o off.

SPEC WRITER NOTE: Delete t&e followin(#)bpaa(ap& if not applicable.

//. )el Oil ;eate# an$ "cce##oie#: o)nt on t&e p)'p #et )nle## ot&e

'o)ntin( i# e)ie$ b% t&e $awin(#. "ll ite'# of e)ip'ent #&all be

ea$il% acce##ible. Refe to "ticle6 @E OI ;E"TERS an$ "CCESSORIES.

//

2.13 FUEL OIL HEATERS AND ACCESSORIES

". Stea' ;eate# an$ Contol al,e#:

1. ;eate T%pe: S&ell an$ t)be6 &oiontall% 'o)nte$6 oil-in-#&ell6

#tea'-in-t)be#6 $e#i(ne$ fo f)el oil pe&eatin(.

*. Pefo'ance: S&all be a# #&own on $awin(#.

+. ;eate Con#t)ction:a. De#i(n )nit fo 'ai')' #tea' pe##)e of 10*5 Pa 3150 p#i4 at

1<< °C 3+0 °4 an$ 'ai')' oil pe##)e of 1+5 Pa 3*00 p#i4 at

1+* °C 3*0 °4.

b. ateial# an$ fabication #&all be in acco$ance wit& t&e "SE

7oile an$ Pe##)e e##el Co$e6 Section III.

c. T)be# #&all be #teel6 olle$ into t)be #&eet#. ocate t)be #&eet#

at one en$ of t&e &eate onl%6 no floatin( t)be #&eet# pe'itte$.

T)be# an$ t)be #&eet# #&all be ea#il% e'o,able fo' t&e #&ell.

$. Po,i$e baffle# in #&ell to po,i$e co##-flow of oil to i'po,e

&eat tan#fe.

e. Po,i$e flan(e$ &ea$ fo acce## to #tea' #i$e an$ e'o,al of

t)be#.

f. Po,i$e pipe connection nole# fo #tea' inlet an$ con$en#ate

o)tlet6 oil inlet an$ o)tlet6 cleanin( fl)i$ inlet an$ o)tlet 3in

#&ell-pl)((e$46 ai ,ent 3#tea' #i$e-pl)((e$46 elief ,al,e6

$ain 3pl)((e$4.

SPEC WRITER NOTE: Re,iew f)el oil

c&aactei#tic# to $ete'ine if a)to'atic,i#co#it% contol #%#te' #&o)l$ bepo,i$e$ in lie) of oil te'peat)econtol.

2. Te'peat)e Contol al,e#: De#i(ne$ to contol oil o)tlet

te'peat)e b% e()latin( #tea' flow to t&e &eate. Po,i$e ca#t

ion o ca#t #teel bo$ie# $e#i(ne$ fo 10*5 Pa 3150 p#i46 1<< °C

*+ 50 11 - 21



05-11

3+0 °4 #tea'6 t&ea$e$ en$# fo 50 '' 3* inc&4 pipe #ie an$ )n$e6

10*5 Pa 3150 p#i4 o 1*5 Pa 3*50 p#i4 "SE flan(e$ en$# fo pipe

#ie# o,e 50 '' 3* inc&e#4. al,e #eat an$ $i#c# 3pl)(#4 #&all be

&a$ene$ #tainle## #teel o e)i,alent 'ateial. al,e# #&all be

pilot-contolle$6 $iap&a(' act)ate$. Pilot #&all #en#e oilte'peat)e b% 'ean# of a t&e'al b)lb in t&e oil #tea' an$ po,i$e

te'peat)e a$!)#t'ent an(e of to 1+* °C 310 to *0 °4. al,e

#&all a)to'aticall% &ol$ &eate$ oil te'peat)e wit&in pl)# o 'in)#

1 °C 3* °4 of #et point wit& oil flow ,aiation fo' 10 pecent to

100 pecent of 'ai')' #c&e$)le$ on t&e $awin(#. Po,i$e $ial

t&e'o'ete on t&e pilot.

7. Electic ;eate# an$ Contol#:

1. ;eate T%pe: S&ell-t%pe wit& i''e#ion-t%pe electic e#i#tance

&eatin( ele'ent#6 $e#i(ne$ fo f)el oil pe&eatin(.

*. Pefo'ance: Refe to #c&e$)le# on t&e $awin(#.

+. ;eate Con#t)ction:

a. De#i(n )nit fo 'ai')' oil pe##)e of 1+5 Pa 3*00 p#i4 at 1+*

°C 3*0 °4.

b. ateial# an$ fabication of #&ell an$ &ea$# #&all be in

acco$ance wit& t&e "SE 7oile an$ Pe##)e e##el Co$e6 Section

III.

c. Electical ele'ent# #&all be @ li#te$6 $e#i(ne$ fo t&e

electical #e,ice #&own on t&e $awin(#. Ele'ent# #&all be

ea#il% e'o,able fo' t&e &eate #&ell.

$. Po,i$e flan(e$ &ea$ fo acce## to &eatin( ele'ent#.

e. Po,i$e pipe connection nole# fo oil inlet an$ o)tlet6

cleanin( fl)i$ inlet an$ o)tlet 3pl)((e$46 elief ,al,e6 $ain

3pl)((e$4.

f. Co'pl% wit& @ 52.

SPEC WRITER NOTE: Re,iew f)el oilc&aactei#tic# to $ete'ine if a)to'atic

,i#co#it% contol #%#te' #&o)l$ bepo,i$e$ in lie) of oil te'peat)econtol.

2. Contol#: Po,i$e contol cabinet locate$ nea &eate. Cabinet #&all

incl)$e f)#ible $i#connect #witc&e# o cic)it beae#6 contol

tan#fo'e 31*0 ,olt46 contacto# fo &eate powe6 in$icatin(

li(&t# fo &eate on 3e$4 an$ powe on 3(een4. Contol &eate

*+ 50 11 - 2*



05-11

powe contacto# b% t&e'o#tat in oil line. T&e'o#tat #&all &a,e

'ini')' a$!)#t'ent an(e of to 1+* °C 310 to *0 °4. Oil o)tp)t

te'peat)e #&all be a)to'aticall% &el$ wit&in pl)# o 'in)# 1 °C 3*

°4 of #et point wit& oil flow ,aiation fo' 10 pecent to 100

pecent of 'ai')' on t&e $awin(#.

C. Pipe6 al,e#6 ittin(#6 i#cellaneo)# Pipin( Specialtie#6 Pe##)e

>a(e# an$ T&e'o'ete#: Refe to #pecification Section *+ *1 116 7OIER

P"NT PIPIN> SASTES6 an$ Section *+ 0= 116 INSTR@ENT"TION an$ CONTRO

OR 7OIER P"NT.

D. Pe##)e Relief al,e#: Po,i$e on t&e #&ell of eac& oil &eate. Sie

,al,e# to elie,e 'ai')' co'bine$ p)'pin( capabilit% of all oil p)'p#

at =85 Pa 3120 p#i4 #et pe##)e pl)# *5 pecent acc)')lation.

Pe##)e #ettin(# #&all be a$!)#table. al,e# #&all clo#e ti(&tl% wit&

no leaa(e.

E. "an(e'ent: ;eate# #&all be 'o)nte$ in$i,i$)all% o a# pat of a p)'p

#et a# #&own on t&e $awin(#. ocate &eate# to allow ea#% acce## to

all ,al,e# an$ tap#6 an$ to allow co'plete e'o,al of &eatin( ele'ent#

wit&o)t $i#t)bin( pipin(6 e)ip'ent6 o b)il$in( wall#.

. In#)lation: Re)ie$ on t&e oil &eate#6 all &ot oil pipeline#6 all

#tea' an$ con$en#ate pipe line#. Refe to Section *+ 0 116 ;"C6

P@7IN>6 an$ 7OIER P"NT INS@"TION.

2.14 NUMBER 2 FUEL OIL TEMPERATURE CONTROL S'STEM

". >eneal: Po,i$e fo eac& abo,e(o)n$ f)el oil tan #%#te' t&at #toe#

No. * f)el oil. Con#i#tin( of an oil p)'p6 an electic oil &eate6

contol#6 ,al,e#6 an$ pipin( connecte$ to t&e f)el oil tan #)ppl% an$

et)n line#. T&e p)po#e i# to 'aintain oil tan te'peat)e of

appoi'atel% 0 °C 3+0 °4 to contol t&e oil ,i#co#it% an$ to eep t&e

oil tan te'peat)e abo,e t&e po) point of t&e oil.

7. Oil P)'p: Electic 'oto-$i,en6 ota% (ea-t%pe6 'ec&anical #&aft

#eal6 &a$ene$ #teel (ea# an$ #&aft#. P)'p #&all be clo#e-co)ple$6

'oto-'o)nte$. S&aft co)plin(# #&all &a,e no o(anic 'ateial. P)'p

pefo'ance #&all be a# #&own on t&e $awin(#.

C. Electic Oil ;eate: S&ell-t%pe wit& i''e#ion-t%pe electic e#i#tance

&eatin( ele'ent#6 $e#i(ne$ fo f)el oil &eatin(. De#i(n )nit fo

'ai')' oil pe##)e of 1+5 Pa 3*00 p#i4. ateial# an$ fabication

of #&ell an$ &ea$# #&all be in acco$ance wit& t&e "SE 7oile an$

Pe##)e e##el Co$e6 Section III. ;eatin( ele'ent# #&all &a,e

*+ 50 11 - 2+



05-11

electical atin(# in acco$ance wit& $awin( e)ie'ent# an$ #&all be

e'o,able. Co'pl% wit& @ 52. Po,i$e pipe connection# #&own.

D. Contol#: Po,i$e locall% 'o)nte$ contol panel con#i#tin( of 'an)al

#tat-#top contol# fo t&e oil p)'p6 t&e'o#taticall% contolle$

contacto# fo t&e oil &eate6 e$ in$icatin( li(&t# fo p)'p

)nnin(6 &eate on6 an$ (een fo powe on. "l#o incl)$e in panel6

f)#ible $i#connect #witc&e# o cic)it beae# an$ contol tan#fo'e

31*0 ,olt4 fo &eate t&e'o#tat an$ in$icatin( li(&t#. T&e'o#tat

#&all &a,e 'ini')' a$!)#t'ent an(e of -1* to 18 °C 310 to 80 °4.

Po,i$e $e,ice# to #i(nal co'p)te wo#tation t&at #%#te' i# on o off.

E. Pe##)e Relief al,e#: Po,i$e on t&e #&ell of t&e oil &eate an$ on

t&e oil p)'p $i#c&a(e line w&ee #&own. al,e# #&all be #ie$ to

elie,e t&e 'ai')' co'bine$ p)'pin( capabilit% of all oil p)'p#6 at

=85 Pa 3120 p#i4 #et pe##)e pl)# *5 pecent acc)')lation. Pe##)e#ettin(# #&all be a$!)#table.

. Pipe6 al,e#6 ittin(#6 i#cellaneo)# Pipin( Specialtie#6 Pe##)e

>a(e# an$ T&e'o'ete#: Refe to #pecification Section *+ *1 116 7OIER

P"NT PIPIN> SASTES6 an$ Section *+ 0= 116 INSTR@ENT"TION an$ CONTRO

OR 7OIER P"NT.

>. "an(e'ent: ;eate#6 p)'p#6 contol# an$ inteconnectin( pipin( #&all

be wall-'o)nte$ on einfoce$ #&eet 'etal a# #&own on t&e $awin(#.

2.15 COMPRESSED AIR S'STEM

". Po,i$e co'plete co'pe##e$ ai #%#te' to #e,e oil b)ne col$ #tat

ato'iation 3#tea'-ato'iin( oil b)ne#46 to po,i$e #&op 3cleanin(

an$ 'aintenance4 ai an$ to #e,e contol# an$ in#t)'ent#. Co'pe##e$

ai #%#te'# #&all incl)$e co'pe##o#6 'oto $i,e#6 ecei,e#6

aftecoole#6 filte#6 ai $%e# an$ acce##oie# a# #c&e$)le$6 a#

#&own on t&e $awin(# an$ a# #pecifie$.

7. Co'pe##o#:

1. T%pe: Recipocatin(6 two-#ta(e6 ai-coole$6 intecoole$6 -belt

$i,e.

*. Pefo'ance: S&all be a# #&own on t&e $awin(#. S&all be #)itable

fo contin)o)# #e,ice.

+. Con#t)ction:

a. )bication: Spla#& t%pe wit& low oil le,el a)to'atic #&)t$own

#witc&6 o pe##)e t%pe wit& low oil pe##)e a)to'atic #&)t$own

#witc&.

*+ 50 11 - 22



05-11

b. @nloa$in(: Po,i$e a)to'atic c%lin$e ai pe##)e )nloa$e to

pe,ent co'pe##o #tatin( )n$e loa$.

c. Inlet ilte: D%-t%pe wit& eplaceable cati$(e.

$. C%lin$e#: S&all be e'o,able fo' canca#e.

C. Recei,e#: etical o &oiontal c%lin$ical tan# a# #&own on t&e

$awin(#. Con#t)ct in acco$ance wit& t&e "SE 7oile an$ Pe##)e

e##el Co$e6 Section III6 wit& in#pection )n$e t&e )le# of t&e

National 7oa$ of 7oile an$ Pe##)e e##el In#pecto#. De#i(n

pe##)e 10*5 Pa 3150 p#i4 'ini')'.

D. Co'pe##o an$ Recei,e "cce##oie#:

1. Wate-coole$ "ftecoole: Po,i$e one fo eac& co'pe##o6 $e#i(ne$

to cool t&e co'pe##o o)tp)t ai to wit&in °C 310 °4 of t&e

coolin( wate te'peat)e. o)nt on o a$!acent to co'pe##o.

Po,i$e coolin( wate #olenoi$ contol ,al,e. al,e #&alla)to'aticall% open w&en co'pe##o #tat# an$ clo#e w&en co'pe##o

#top#.

*. ")to'atic Con$en#ate Tap#: Po,i$e on lowe#t point of ecei,e an$

on aftecoole if e)ie$ b% t%pe of aftecoole f)ni#&e$. Sie

#&all be #)itable fo co'pe##o ai $eli,e%.

+. Safet% al,e: Po,i$e on ecei,e6 #et pe##)e lowe t&an ecei,e

$e#i(n pe##)e. Capacit% of ,al,e at #et pe##)e #&all be (eate

t&an 'ai')' o)tp)t of all co'pe##o# #)ppl%in( ecei,e.

2. Pe##)e >a)(e#: Po,i$e on ecei,e an$ a# #&own. Refe to

#pecification Section *+ 0= 116 INSTR@ENT"TION an$ CONTRO OR

7OIER P"NT.

5. Recei,e Pipin( Connection#: S&all incl)$e ai in6 ai o)t6 #afet%

,al,e6 a)to'atic $ain6 ,al,e$ 'an)al $ain an$ ,al,e$ pe##)e

(a)(e.

E. Co'pe##o Contol#:

1. Co'pe##o Se,in( Oil 7)ne Col$ Stat "to'iation6 Oil Tan

>a)(e#6 an$ l)e >a# O%(en "nal%e# Onl%: ")to'atic #tat-#top

contol act)ate$ b% pe##)e in ecei,e. Pe##)e #ettin(# #&all be

a$!)#table.

*. Co'pe##o# Se,in( 7oile Plant Contol# o In#t)'ent#: D)al

contol enablin( t&e 'an)al #election of eit&e a)to'atic #tat-#top

contol 3act)ate$ b% a$!)#table ecei,e pe##)e #witc&46 o

con#tant #pee$ contol in w&ic& t&e co'pe##o )n# con#tantl% b)t

*+ 50 11 - 25



05-11

onl% co'pe##e# ai between pe$ete'ine$ a$!)#table ecei,e

pe##)e li'it#.

+. Contol# #&all opeate on 1*0 ,olt# 'ai')'. Po,i$e

on-off-a)to'atic contol fo eac& co'pe##o.

. Electical oto# an$ -7elt Di,e#: oto# #&all be open $ip poof

$e#i(ne$ fo 20 °C a'bient te'peat)e. Select -belt $i,e# in

acco$ance wit& 'an)fact)eK# eco''en$ation# fo fe)ent #tat-#top

#e,ice. Po,i$e belt ()a$ t&at enclo#e# belt# on all #i$e#.

>. ibation I#olation: Refe to #pecification Section *+ *1 116 7OIER

P"NT PIPIN> SASTES fo i#olato# e)ie$ in pipin(.

;. "i D%e: S&all be efi(eant-t%pe wit& capacit% #)fficient fo all

pne)'atic contol# an$ in#t)'ent# in t&e boile plant. C%clin( t%pe

w&ic& t)n# on an$ off in e#pon#e to loa$. 7a#e capacit% atin(# on

8=0 Pa 3100 p#i4 inlet pe##)eH +< °C 3100 °4 ai inlet te'peat)eH

+< °C 3100 °4 a'bient ai te'peat)e. @nit #&all 'aintain $ewpoint at

* to 2 °C 3+5 to 20 °4 at 8=0 Pa 3100 p#i4 ai pe##)e. Po,i$e )nit

wit& powe on li(&t6 a)to'atic wate $ain tap. Po,i$e e&eat of

o)tp)t ai b% &eat ec&an(e wit& inp)t ai to $ecea#e con$en#ation on

ai pipe#. De#i(n )nit fo 10*5 Pa 3150 p#i4.

I. "i ilte: ocate$ in co'pe##e$ ai line between ecei,e an$ ai

$%e6 coale#cin( t%pe6 $e#i(ne$ to e'o,e oil6 entaine$ wate 'i#t6

an$ $it fo' t&e co'pe##e$ ai. Po,i$e a)to'atic $ain ,al,e pipe$

to neae#t $ain. Sie )nit fo 'ai')' pe##)e $op of +.5 Pa 30.5

p#i4 at no'al ai flow ate. De#i(n )nit fo 10*5 Pa 3150 p#i4 ai

pe##)e.

. Spae Pat#:

1. Co'plete #et of $i,e belt#.

*. Two filte cati$(e# fo eac& co'pe##o intae filte.

+. Two filte cati$(e# fo ai $%e intae filte.

SPEC WRITER NOTE: T&e ,ent #ilence i#e##ential on #tea' e&a)#t line# t&at ae

)tilie$ fo ceatin( loa$# on boile#fo t)ne-)p# an$ te#tin(.

2.1" STEAM )ENT SILENCER $MUFFLER%

". T%pe: Re#i$ential )alit% $e#i(ne$ to atten)ate low an$ &i(& fe)enc%

#o)n$ (eneate$ b% #tea' ,ente$ t&o)(& a (lobe ,al,e fo' a &i(&

pe##)e &ea$e.

*+ 50 11 - 28



05-11

7. Se,ice an$ Pefo'ance: S&all be capable of entie 'ai')' #tea'

o)tp)t of la(e#t boile in t&e plant wit& #)pe&eate$ #tea' flowin(

t&o)(& t&e #ilence at 100 Pa 312. p#i46 150 C 3+00 4. Stea' in

&ea$e will be ==.0 to ==.5 pecent )alit%. entin( t&o)(& (lobe

,al,e to #ilence will ca)#e #)pe-&eatin( an$ pe##)e $op to nea

at'o#p&eic. @nit will be a pe'anent in#tallation an$ will be )tilie$

to ceate #tea' loa$# to allow b)ne a$!)#t'ent# an$ boile te#t#.

Pe##)e lo## t&o)(& )nit #&all be low. Re)ie$ atten)ation li#te$

below i# t&e in#etion lo##. No ce$it i# pe'itte$ fo ai ab#option

at t&e o)tlet.

ini')' atten)ation:

1. 1* $7 'ini')' at 8+ ;

*. 1 $7 'ini')' at 1*5 9 *50 ;

+. *5 $7 'ini')' at *50 9 500 ;2. +2 $7 'ini')' at 500 9 <000 ;

C. Con#t)ction: Con#t)ct )nit of #teel wit& (la## fibe o 'etallic wool

aco)#tical pacin(. Potect (la## fibe aco)#tical 'ateial fo' $a'a(e

in &i(& fl)i$ i'pact aea#. ine entie o)te #&ell intenall% wit&

aco)#tical 'ateial. Po,i$e 102 Pa 3150 p#i4 "NSI inlet an$ o)tlet

flan(e# a# #&own on t&e $awin(#. W&ee flan(e# ae not #&own6 po,i$e

b)tt wel$ connection#.

2.1# BOILER WATER AND DEAERATOR WATER SAMPLE COOLERS

". T%pe: acto%-b)ilt #&ell an$ coile$ t)be &eat ec&an(e wit& #a'ple int)be6 coolin( wate in #&ell6 $e#i(ne$ fo wall 'o)ntin(.

7. Con#t)ction:

1. S&ell an$ ;ea$: Ion6 #teel o #tainle## #teel #&ell6 bolte$ o

t&ea$e$ into &ea$. ;ea$ #&all &a,e wall 'o)ntin( bacet# an$

pipin( connection# fo #a'ple in an$ o)t an$ coolin( wate o)t.

ini')' $e#i(n pe##)e fo #&ell an$ &ea$6 10*5 Pa 3150 p#i4.

S&ell e'o,able wit&o)t $i#t)bin( pipin( connection#.

*. Sa'ple Coil: S&all be 8 '' 31/2-inc&4 o)t#i$e $ia'ete #tainle##

#teel t)bin(6 0.11 #)ae 'ete 31.* #)ae feet4 'ini')' &eat

ec&an(e #)face. ini')' $e#i(n fo 10*5 Pa 3150 p#i46 1<< °C 3+0

°4. De#i(n coil to elie,e #te##e# $)e to t&e'al epan#ion.

+. "an(e'ent: S&all be a# #&own on t&e $awin(#.

SPEC WRITER NOTE: P)'p t%pe c&e'ical fee$#%#te'# #&o)l$ be )tilie$ fo no'al

*+ 50 11 - 2



05-11

opeation. S&ot t%pe fee$e# 'a% be)#ef)l fo boile Mla%-)p.

//2.1& CHEMICAL FEED S'STEMS PUMP T'PE

". T%pe: acto%-a##e'ble$ paca(e$ )nit#6 eac& con#i#tin( of c&e'ical

tan6 p)'p6 'ie6 #)ppot ba#e6 contol#6 acce##oie#.

7. Se,ice: De#i(n )nit# fo #toin( 'it)e of boile o $eaeato wate

teat'ent c&e'ical#6 o #tea' $i#tib)tion #%#te' teat'ent c&e'ical#6

an$ p)'pin( t&e c&e'ical# at an a$!)#table contolle$ ate into t&e

boile# o $eaeato o #tea' &ea$e a# #&own. @nit# #&all be #)itable

fo boile an$ fee$wate $eaeato wate teat'ent c&e'ical# incl)$in(:

Ca)#tic #o$a6 #o$a a#&6 ti#o$i)' p&o#p&ate6 $i#o$i)' p&o#p&ate6 #o$i)'

'etap&o#p&ate6 #o$i)' #)lfite6 a'ine# an$ ,aio)# co''eciall%

a,ailable wate an$ #tea' line teat'ent co'po)n$#.

C. P)'p: Contin)o)# $)t%6 Teflon $iap&a('-t%pe6 act)ate$ wit& #eal-le##&%$a)lic#6 #)b'e(e$ oil bat& l)bicate$ powe tain6 +18 #tainle##

#teel cati$(e t%pe $o)ble ball c&ec ,al,e# on #)ction an$ $i#c&a(e6

totall%-enclo#e$ #tan$a$ NE" fa'e 'oto. +18 #tainle## #teel ca#in(#

$e#i(ne$ fo 1*5 Pa 3*50 p#i4 'ini')'. C&ec ,al,e# #&all be

e'o,able fo cleanin( o eplace'ent wit&o)t $i#t)bin( pipin(. P)'p

capacit% ')#t be a$!)#table t&o)(& 100J of an(e b% 'ico'ete $ial

w&ile t&e p)'p i# )nnin( o #toppe$. o)nt p)'p )n$e tan wit& ca#t

ion #taine an$ ball ,al,e on #)ction pipe an$ ball ,al,e in

$i#c&a(e pipe.D. ie: Diect $i,e6 150 RP6 'o)nte$ on tan wit& an(le a$!)#t'ent.

Totall% enclo#e$ 'oto6 #tainle## #teel popelle.

E. Tan: Pol%et&%lene wit& &in(e$ co,e. 1=0 lite 350 (allon4 capacit%.

Po,i$e // *0 lite // 5 (allon // in$icatin( ince'ent# 'ol$e$ into

#i$e of tan. Steel #)ppot fa'e an$ 'ie bacet.

. Contol#: NE" *506 T%pe 1* panel wit& #top-#tat #witc&e#6 'oto

potection an$ pilot li(&t# in$icatin( eac& 'oto in opeation an$

powe on. Po,i$e low le,el p)'p c)t off wit& in$icatin( li(&t.

Po,i$e $e,ice# to #i(nal co'p)te wo #tation t&at p)'p# ae on o

off.

>. Relief al,e: Rate$ fo 'ai')' p)'p capacit%6 #et at 1*00 Pa 315

p#i4.

*+ 50 11 - 2<



05-11

2.1( AUTOMATIC CONTINUOUS BOILER BLOWDOWN CONTROL S'STEM

". T%pe: One facto%-a##e'ble$ #%#te' pe boile to a)to'aticall% #en#e

boile wate con$)cti,it% an$ opeate a)to'atic electic-powee$

blow$own ,al,e to 'aintain $e#ie$ total $i##ol,e$ #oli$# content in

boile wate. ico'ete-t%pe a$!)#table 'an)al blow$own ,al,e pipe$ to

b%pa## t&e a)to'atic blow$own ,al,e an$ con$)cti,it% #en#o.

7. Se,ice: De#i(n ,al,e#6 #en#o# an$ pipin( fo #tea' an$ wate at 10+5

Pa 3150 p#i46 1<8 °C 3+88 °4 'ini')'. Contolle #&all be #)itable fo

50 °C 31*0 °4 a'bient an$ e#i#t #pla#&in( wate. De#i(n a)to'atic an$

'an)al blow$own ,al,e# fo 'ai')' blow$own flow ate e)i,alent to two

pecent of boile #tea' o)tp)t. S%#te' #&all a)to'aticall% 'aintain

boile wate total $i##ol,e$ #oli$# at an% #et point between 1000 pp'

an$ 2000 pp'.

C. Opeation: Po(a''able ti'e c%cle# to inte'ittentl% opeate t&e

blow$own ,al,e to obtain con$)cti,it% #a'ple#6 an$ to 'aintain t&e

,al,e open fo a ti'e peio$ )ntil t&e con$)cti,it% of t&e boile wate

eac&e# t&e #et point. Po,i$e an a)to'atic te'peat)e co'pen#atin(

cic)it.

D. Contolle: S&all be 'icopoce##o-ba#e$ #eale$ )nit 'o)nte$ at t&e

boile.

1. In$icato# on Panel ont: One-&alf inc& &i(& $i(ital $i#pla%

#&owin( con$)cti,it% an$ in$icatin( no'al o o)t-of-an(e

con$ition#. al,e #tat)# in$icato#.

*. e'bane ?e%pa$ on Panel ont: "llow# 'an)al opeation of t&e

blow$own ,al,e6 #ettin( of con$)cti,it% #et point# an$ ala' #et

point#6 #ettin( of ti'e#6 calibation $ata inp)t.

E. ")to'atic al,e Con#t)ction: Cabon #teel bo$%6 T%pe +18 #tainle##

#teel ball an$ #te'6 TE coate$ #tainle## #teel bo$% #eal. Electic

act)ato wit& NE"-1 enclo#)e. Rate$ fo 10*5 Pa 3150 p#i4 'ini')'

#at)ate$ #tea'.

. an)al al,e Con#t)ction: 7one o fo(e$ #teel an(le-t%pe bo$%6

&a$ene$ #tainle## #teel $i#c an$ #eat6 t&ea$e$ en$#6 i#in( #te'6

)nion bonnet6 (a$)ate$ 'ico'ete-t%pe $ial an$ pointe #&owin( a'o)nt

of ,al,e openin(. Rate$ fo 10*5 Pa 3150 p#i4 'ini')' #at)ate$ #tea'.

)ni#& ,al,e blow$own c&at #&owin( flow ate ,e#)# ,al,e openin(

ba#e$ on 1*5 p#i boile pe##)e.

*+ 50 11 - 2=



05-11

>. Po,i$e (ate ,al,e# an$ )nion# at inlet of con$)cti,it% #en#o an$

o)tlet of a)to'atic contol ,al,e #o t&at t&e#e ite'# can be e'o,e$

fo' t&e #%#te' w&ile 'aintainin( t&e 'an)al contol ,al,e in #e,ice.

Co'pl% wit& Section *+ *1 116 7OIER P"NT PIPIN> SASTES.

PART - 3 E!ECUTION

3.1 INSTALLATION

". ee$wate Deaeato wit& Stoa(e Tan an$ "cce##oie#6 Con$en#ate

Stoa(e Tan6 7lowoff Tan6 la#& Tan.

1. Coo$inate location wit& #t)ct)al e)ie'ent# of t&e b)il$in(.

*. ocation #&all pe'it acce## to an$ e'o,al of all intenal an$

etenal feat)e# wit&o)t e'o,in( ot&e ite'# of e)ip'ent o

pipin(.

+. 7olt to b)il$in( a# eco''en$e$ b% 'an)fact)e o a# #&own. Co'pl%

wit& #ei#'ic e)ie'ent# in Section 1+ 05 216 SEISIC RESTR"INTREF@IREENTS OR NON-STR@CT@R" COPONENTS. "an(e anc&oa(e to

allow t&e'al epan#ion of )nit.

2. Clean inteio of e)ip'ent befoe placin( in #e,ice.

5. Deaeato ,ent pipe# ')#t eten$ ,eticall% t&o)(& oof. ;oiontal

)n# not pe'itte$.

8. "ll contol#6 #afetie#6 #et point#6 etc ')#t confo' to t&e 'o#t

ecent e$ition of t&e ;" 7oile Plant Safet% De,ice Te#tin( an)al.

7. 7oile ee$ an$ Con$en#ate Tan#fe P)'p#:

1. o ba#e-'o)nte$ &oiontal-#&aft p)'p#6 connect ba#e $ain to *0 ''3+/2-inc&4 pipe. Eten$ pipe to neae#t open #i(&t o floo $ain.

*. "li(n p)'p# an$ $i,e# at t&e facto%. "t !ob #ite6 a 'illwi(&t

#&all le,el6 #&i'6 bolt6 an$ (o)t t&e ba#e plate# o ba#e fa'e#

onto t&e concete pa$#6 an$ #&all al#o c&ec t&e ali(n'ent# of

fleible-co)ple$ p)'p# an$ $i,e# an$ 'ae coection# nece##a%.

C&ec ali(n'ent w&en bot& p)'p an$ $i,e ae at no'al opeatin(

te'peat)e.

+. W&ee paca(e$ $eaeato-fee$ p)'p )nit i# e)ie$6 boile fee$

p)'p ba#e plate# #&all be wel$e$ o bolte$ to $eaeato #)ppot

fa'e.

2. If wate-coole$ beain(# o )enc&e$ o fl)#&e$ o wate-coole$

#t)ffin( boe# ae po,i$e$ on p)'p#6 contacto #&all in#tall on

eac& p)'p ,al,e$ 15 '' 31/*-inc&4 pipin( connection# to col$ wate

*+ 50 11 - 50



05-11

#)ppl%6 an$ 15 '' 31/*-inc&4 $ain# to neae#t open #i(&t $ain.

Po,i$e )nion# at all connection# to p)'p#.

C. ec&anical Con$en#ate P)'p 3P)'pin( Tap4: Po,i$e #)fficient ele,ation

$iffeence between t&e ecei,e con$en#ate inlet an$ o)tlet an$ t&e

tap inlet to a##)e t&e e)ie$ &ea$ fo pope f)nctionin( an$

capacit%. Stea' #)ppl% line #&all incl)$e (ate ,al,e an$ A-t%pe

#taine.

D. Con$en#ate Ret)n P)'p @nit# 3S)'p T%pe4: Po,i$e t&e eteio of new

ecei,e tan# wit& two &ea,% coat# of a#p&alt o bit)'ino)#

watepoofin( co'po)n$. o)ntin( into t&e floo #&all incl)$e

watepoofin( (a#et# an$ (o)tin( t&at will pe,ent (o)n$ wate fo'

entein( t&e b)il$in( fo' ao)n$ t&e ecei,e. @nit #&all be le,el.

E. )el Oil P)'pin( E)ip'ent an$ )el Oil ;eate# an$ "cce##oie#: ocate

e)ip'ent to pe'it acce## to all ,al,e# an$ contol#6 an$ to pe'ite'o,al an$ cleanin( of &eat ec&an(e t)be#.

. Co'pe##e$ "i S%#te': Pipe all $ain connection# in$i,i$)all% to

neae#t floo $ain. @#e 15 '' 31/*-inc&4 pipin(. Po,i$e )nion at eac&

$ain connection on t&e e)ip'ent.

>. ")to'atic Contin)o)# 7oile 7low$own Contol S%#te': ocate contolle

on floo-#)ppote$ an(le at fo) feet abo,e t&e floo at t&e boile

a$!acent to t&e contin)o)# blow$own ,al,e#. ?e%pa$ an$ in$icato ')#t

face ai#le.

3.2 TESTING AND BALANCING FEEDWATER DEAERATOR WITH STORAGE TANK AND ACCESSORIES*

". De'on#tate t&e abilit% of t&e $eaeato to pefo' a# #pecifie$ in

e(a$ to o%(en e'o,al an$ o)tlet te'peat)e6 o,e t&e e)ie$

o)tp)t flow an(e an$ inp)t te'peat)e an(e of )nit. Te#t pefo'ance

at 5 pecent an$ 100 pecent of capacit%6 an$ at two inte'e$iate

point# to be #electe$ b% t&e RE/COTR. Repeat te#t two ti'e# at eac&

loa$ point.

7. Dete'ine te'peat)e# an$ pe##)e# b% calibate$ t&e'o'ete# an$

pe##)e (a(e#.C. @tilie t&e #pecifie$ coloi'etic co'paato t%pe $i##ol,e$ o%(en

te#t it. "fte co'pletion of te#t#6 clean t&e te#t it appaat)#6

eplace all a'po)le# )#e$ an$ pat# 'i##in( o boen6 an$ $eli,e t&e

it to t&e RE/COTR.

D. aio)# i'p)itie# in fee$ wate can intefee wit& t&e coloi'etic

te#t. W&en i'p)itie# ae pe#ent6 t&e Contacto #&all be pepae$ to

*+ 50 11 - 51



05-11

te#t fo $i##ol,e$ o%(en )#in( t&e titation te#t a# $e#cibe$ in "SE

PTC 1*.+. RE 'a% pe'it ot&e te#t 'et&o$#.

E. T&i# te#t #&all be pefo'e$ in con!)nction wit& an% boile te#t# t&at

ae #pecifie$.

. Pio to e)e#tin( final te#t#6 pete#t )nit )#in( 'et&o$ #pecifie$

fo final te#t. "ll final te#t ')#t incl)$e at t&e 'ini')' t&e te#t

li#te$ in t&e 'o#t ecent e$ition of t&e ;" 7oile Plant Safet% De,ice

Te#tin( an)al. S)b'it te#t $ata fo e,iew.

3.3 STARTUP AND TESTING

". T&e Co''i##ionin( "(ent will ob#e,e #tat)p an$ contacto te#tin( of

#electe$ e)ip'ent. Coo$inate t&e #tat)p an$ contacto te#tin(

#c&e$)le# wit& t&e Re#i$ent En(inee an$ Co''i##ionin( "(ent. Po,i$e a

'ini')' of $a%# pio notice.

3.4 COMMISSIONING". Po,i$e co''i##ionin( $oc)'entation in acco$ance wit& t&e e)ie'ent#

of Section *+ 0< 00 9 COISSIONIN> O ;"C SASTES fo all in#pection6

#tat )p6 an$ contacto te#tin( e)ie$ abo,e an$ e)ie$ b% t&e

S%#te' Rea$ine## C&ecli#t po,i$e$ b% t&e Co''i##ionin( "(ent.

7. Co'ponent# po,i$e$ )n$e t&i# #ection of t&e #pecification will be

te#te$ a# pat of a la(e #%#te'. Refe to Section *+ 0< 00 9

COISSIONIN> O ;"C SASTES an$ elate$ #ection# fo contacto

e#pon#ibilitie# fo #%#te' co''i##ionin(.

3.5 DEMONSTRATION AND TRAINING

". Po,i$e #e,ice# of 'an)fact)eQ# tec&nical epe#entati,e fo fo)

&o)# to in#t)ct eac& " pe#onnel e#pon#ible in opeation an$

'aintenance of )nit#.

7. S)b'it tainin( plan# an$ in#t)cto )alification# in acco$ance wit&

t&e e)ie'ent# of Section *+ 0< 00 9 COISSIONIN> O ;"C SASTES.

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