iffco phulpur project on power plant

7/25/2019 Iffco Phulpur Project on Power Plant

1/90

IFFCO PHULPUR

AT A GLANCE


2/90

INTRODUCTION

IFFCO PHULPUR UNIT was conceived on DEC.

1980.

The uni is !ocaed a "# $% awa& '(o% )!!aha*ad+ a

Phu!,u( Tehsi! on )!!aha*ad-aun,u( Hi/hwa&.

I was inau/u(aed *& !ae P(i%e inise( (s.

INDIR) )NDHI. I is he *i//es ,!an in hewo(!d usin/ N)PTH) as he 'eed soc$. 2u now

RLN 3Re !i4ue'ied Ni(o/en as5 is used wih

N)PTH) as we!!.


3/90

MAIN INPUTS OF THE PLANT

FUEL OIL 6 100 ones 7da& 3su,,!ied *& IOC5

N)PTH) 6 1900 ones7da& 3su,,!ied *& IOC5

CO)L 6 1000 ones7da& 3su,,!ied *& cene( coa!

Fie!d !d.5

R) )TER6 "0 ones7da& 3,u%,ed '(o% *o(ee!!5

ELECTRIC POER6 #

)IR 6 F(o% )%os,he(e

CHEIC)L: )ND LU2RIC)NT:6 Pe(o! oi!

INSTALLED ANNUAL CAPACITY:

U(ea 6 ".;89 %i!!ion T

NPN? and #= o

he oa! >PO@? ,(oduced in he coun(&.


4/90

IFFCO PHULPUR UNIT -1

AT A GLANCE

Foundaion sone !aid6 anua(& 1;+ 19A#

Toa! cos6 Rs.0@0 %i!!ion

Be(o dae o' ,(oducion6 a& ;+ 19A;

Dae o' co%%e(cia! ,(oducion6 a(ch 8+ 1981

Toa! )(ea6 10A0 )c(esToa! ,(oducion6 #9@00 T U(ea

7ea(

PLANT CAPACITY CONSULTANTS)%%onia P!an 11@ TPD 7s PULL)N


5/90

IFFCO PHULPUR UNIT -2

AT A GLANCEP!an6 "0 )c(es

Toa! cos6 Rs.11900 %i!!ion

Be(o dae o' ,(oducion6 ),(i! 0+ 199@

Dae o' co%%e(cia! ,(oducion6 Dec + 199A

Toa! ,(oducion6 @;00 T URE)

7ea(

PLANT CAPACITY CONSULTANTS)%%onia P!an 11@00TPD 7s H)IDER TOP:OE

3)%e(ican Co%,an&5

U(ea P!an 1@8;TPD 7s P.D.I.L

3Ia!ian co%,an&5

P(oduc Hand!in/ #000TPD

Powe( 2oi!e(s 100T7HR 7s 2HELTu(*o ene(ao( 118 7s 2HEL


6/90

TOTAL AREA: 1070 ACRES

P!an 6 "0 )c(es

Townshi, 6 #80 )c(es

Co(de 6 1@0 )c(es

)sh Pond 6 10 )c(es


7/90

FERTILIZER INDUSTRY

The 'e(i!ie( indus(& in India consiss o' h(ee %ao(

,!a&e(s6

The /ove(n%en owned ,u*!ic seco( unde(a$in/s.

Coo,e(aive socie& !i$e IFFCO+


8/90

INTRODUCTION

INDI)N F)RER: FERTILIBER COOPER)TIGE LTD.Po,u!a(!& $nown as IFFCO is a we!! $nown 'e(i!ie( co%,an&+

(e/ise(ed on "(d Nov. 19;A. IFFCO is *asica!!& a 'e(i!ie(

co%,an& and is o*ecive is o ,(oduce 'e(i!ie( and o dis,ach i.

I is a coo,e(aive socie& and oda& ";000 coo,e(aive socieies

a(e is %e%*e(.

IFFCO a!one con(i*ue 18= o' ni(o/enous and 1;."= ,hos,ho(ic

'e(i!ie( ,(oduce in he coun(&. IFFCO has sha(es o' Cen(a!ove(n%en+ :ae ove(n%en and Indian Fa(%e(s. IFFCO has

awa(ded I:O 900 'o( %a($ein/ 'e(i!ie(+ s(en/henin/

coo,e(aives and ,(ovidin/ se(vices o 'a(%e(s and (u(a!

co%%uni& ua!i& %ana/e%en.

The IFFCO has 'ou( *(anches na%e!& IFFCO PHULPUR+ IFFCO

)ONL)+ IFFCO


9/90

INDIAN FARMERS FERTILIZER

COOPERATIVE LTD.Phu!,u( Uni+ )!!aha*ad 3)!!aha*ad5

UNIT PROFILE:

Du(in/ %id - ;0?s he coo,e(aive seco( in India was

(es,onsi*!e 'o( dis(i*uion o' A0= o' 'e(i!ie(s consu%ed in hecoun(&. This seco( had inade4uae in'(as(ucu(e o dis(i*ue

'e(i!ie( *u had no ,(oducion 'aci!iies o' is own and hence

de,enden on ,u*!ic7,(ivae seco(s 'o( su,,!ies. To ove(co%e his

!acuna and o *(id/e he de%and su,,!& /a, in he coun(&+ a new

coo,e(aive socie& was conceived o s,eci'ica!!& cae( o he

(e4ui(e%ens o' 'a(%e(s o' he coun(& h(ou/h hei( own

coo,e(aive socieies c(eaed his new insiuion o sa'e/ua(d hei(

ine(ess. The nu%*e( o' coo,e(aive socieies associaed wihIFFCO has (isen '(o% @A in 19;A o %o(e han ";+000 now. IFFCO

co%%issioned he a%%onia Ju(ea co%,!e a


10/90

(adiion o' IFFCO he ,(oec was co%,!eed %o(e han wo

%onhs ahead o' schedu!e. )s a (esu! o' hese e,ansion ,(oecs

IFFCO?s annua! ca,aci& has *een inc(eased o ".;9 %i!!ion ones

o' U(ea and NP


11/90

Phu!,u( sie since *asic in'(as(ucu(e 'aci!iies we(e avai!a*!e a

Phu!,u(.

Phu!,u( Uni-II was co%%issioned in Dece%*e( 199A and consiss

o' 1"@0 TPD )%%onia ,!an and 00 TPD U(ea ,!an a!on/wih associaed o'' sies 'aci!iies *ased on !aes sae o' a(

echno!o/ies.

Ene(/& consu%,ion )%%onia and U(ea %anu'acu(in/ is hi/h!&

ene(/& inensive and i con(i*ues %o(e han 80= o' he oa! cos

o' ,(oducion in a *i/ wa&. ),a( '(o% cos o' ,(oducion (educion

in ene(/& saves he va!ua*!e 'as de,!ein/ nau(a! (esou(ces such

as Na,ha and Coa!. The(e'o(e+ he ene(/& conse(vaion is a %ao(co(,o(ae o*ecive a IFFCO and i is coninuous ,(ocess a is

unis.

IFFCO Phu!,u( co%,!e has *eco%e one o' he !owes ene(/&

consu%in/ unis a%on/s Na,ha *ased 'e(i!ie( ,!ans in India. I

has su*sania!!& (educed is ene(/& consu%,ion du(in/ h(ee

&ea(s as shown in he 'o!!owin/ a*!e.

PLANT Year-200 Year-200! Year-2007)%%onia-I 9.;#8 9.;1 9.#;;

U(ea-I A.;89 A.;"; A.#89

)%%onia-II 8.09# A.989 A.9##

U(ea-II ;.111 ;.001 ;.0#

U(ea3IKII5 ;.A0 ;.;# ;.@9

Noe6 )!! 'i/u(es a(e in $ca!7T.


12/90

THE OTHER "RANCHES OF IFFCO


13/90


14/90

IFFCO #ALOL UNIT6

This is IFFCO?s 'i(s uni siuaed in ua(a+ co%%issioned in19A@and e,anded in 199A. The oa! inves%en is Rs. 1#9A

c(o(es. The %ain ,(oduc o' his uni is )%%onia and U(ea.

Ca,aci& o' )%%onia 3NH"5 1100T7Da& and he

echno!o/& invo!ved is Pu!!%an


15/90

IFFCO AONLA UNIT:

This uni is siuaed in 2a(ei!!& 3UP5+ co%%issioned in 1988 and

e,anded a!so in 1988. This uni has wo ,!ans )1 and ).

Inves%en o' ,!an )1is Rs.;@1.; c(o(es and o' ,!an ) is

R:.9@#.A c(o(es.

The %ain ,(oduc o' his uni is a!so )%%onia 3NH"5 and U(ea

3NHCONH5.

Toa! ca,aci& o' )%%onia 3NH"5 "000T7Da& and he

echno!o/& invo!ved is H.T.).:+ Den%a($.

Toa! ca,aci& o' U(ea 3NHCONH5 @1AT7Da& and he

echno!o/& invo!ved is :na%,(o/ei+ Ia!&.


16/90

IFFCO PHULPUR UNIT

This uni is siuaed in Phu!,u(+ a*ou "0


17/90

T$e +a(a+,%8 & A//&,a NH:

P$a3e P'a% MT9Da8 C&3*'%a%9S*((',er1. 11@ 7: Pu!!%an


18/90

ENVIROMENT POLICY

IFFCO Phu!,u( is conscious o' is (es,onsi*i!i& owa(ds

%ainainin/ a sa'e and c!ean envi(on%en+ and is co%%ied *&-

Ensu(e eco!o/ica! *a!ance M ,(oducion o' ,o!!uion.

Co%,!& wih (e!evan !aws+ (e/u!aion and socie&?s

(e4ui(e%en.

ini%ie wase *& (ec&c!in/7(eui!iaion and o,i%ie

nau(a! Resou(ces consu%,ion.

P(o%oe /(een su((oundin/ h(ou/h ,!anin/ o' (ees a(ound

%anu'acu(in/ M !ivin/ (ees.

UALITY POLICY

IFFCO Phu!,u( is co%%ied o achieve sais'acion o' is co-

o,e(aive socieies+ 'o(%in/ co%%uni& and ine(na!7ee(na!

cuso%e(s *& %anu'acu(in/ and su,,!&in/ s,eci'ied 4ua!i& U(ea

h(ou/h6

Deve!o,%en o' hu%an (esou(ces.

Co-o,e(aion and ea% s,i(i.

I%,(ovin/ echno!o/& 'o( enhancin/7%ainainin/

,(oducivi& ad /(owh

C(eain/ sa'e+ hea!h&+ wo($in/ condiion and eco'(iend!&

envi(on%en.


19/90

PO;ER PLANT

Fo( he 'u!'i!!%en o' he :ea% and ,owe( (e4ui(ed *& )%%onia

and U(ea ,!an+ whe(e a(e 'ou( No. o' *oi!e(s insa!!ed M su,,!ied*& 2HEL H&de(a*ad.

The s,eci'icaions o' he # *oi!e(s insa!!ed in P1 M P a(e as

'o!!ows6

P'a% N&. &

9C/2

Te/(.

0C

T*r


20/90

Powe( ,!an o' IFFCO is su,,!ied sea% *& 'ou( *oi!e(s nu%*e(in/

u, o 'ou( '(o% one h(ee *oi!e(s a(e %ain!& coa! 'i(ed.

hi!e he nu%*e( 'ou( is %ain!& oi! 'i(ed *oi!e( a!! o' h(ee *oi!e(s

a(e ve(ica! *oi!e(s+ *oi!e(s wih a wae( in u*e a((an/e%en *oi!e(nu%*e( 'ou( is havin/ ca,aci& o' 00 T7h( whi!e ohe( ones a(e

havin/ ca,aci& o' 1@ T7h( he(e'o(e oa! ca,aci& o' a!! he 'ou(

*oi!e(s is @A@ T7h( he(e a(e wo u(*ines /ene(ao(s which a(e he

hea( o' ,owe( ,!an he& a(e *(in/ T-1 M T-.

T-1 1.@

T- 18

Thus he oa! ou,u o*ained *& ,owe( ,!an is "0.@ . These

wo /ene(ao(s (e4ui(e wo sea% u(*ines+ 'o( hei( wo($in/.

Tu(*ine 1 'o( 1.@ /ene(ao( is o' @ sa/es whi!e he u(*ine'o( 18 /ene(ao( is havin/ " sa/es. The " sa/e u(*ine is

*ein/ shown in 'i/u(e *oh he u(*ines a(e i%,u!se (eacion

u(*ine he 'i(s sa/e o' u(*ine is ,u(e!& i%,u!se and is ca!!ed

Cu(is whee! i is (es,onsi*!e 'o( su,,!&in/ ,owe( o he %oo( ha

is he %ain ,owe( o ,(oduce o(4ue is ,(ovided *& his whee! i

!eads o he iniiaion o' %oion o' %oo(+ he u(*ine has *e!ow

sa/es6

Cu(is whee!+ one whee! and 'i(s sa/e o' u(*ine.

Hi/h ,(essu(e side has 1; sa/es ha is 1; se o' whee!s.

Ine(%ediae ,(essu(e sa/e has c!eve( sa/es.

Low ,(essu(e side i has 'ou( sa/es and is !as ,a( o' (oo(.


21/90

Eer>8 C&3*/(%,&

)%%onia M U(ea %anu'acu(in/ is hi/h!& ene(/& inensive and i

con(i*ues %o(e han 80= o' he oa! cos o' ,(oducion U(ea.The(e'o(e+ a s!i/h chan/e in ene(/& consu%,ions a''ecs he cos

o' ,(oducion in a *i/ wa&. ),a( '(o% cos o' ,(oducion (educion

in ene(/& saves he va!ua*!e 'as de,!ein/ nau(a! (esou(ces such

as Na,hha M Coa!. The(e'o(e+ he Ene(/& conse(vaion is a %ao(

co(,o(ae o*ecive a IFFCO and i is a coninuous ,(ocess a is

unis. IFFCO-Phu!,u( co%,!e has *eco%e one o' he !owes

ene(/&-consu%in/ unis a%on/s Na,hha *ased 'e(i!ie( ,!ans in

India. I has su*sania!!& (educed is ene(/& consu%,ion du(in/

!as h(ee &ea(s. The deai!s a(e hi/h!i/hed *e!ow6

P'a% 2001-02 2002-0 200-06

)%%onia-1 9.;#8 9.;1 9.#;;

U(ea-1 A.;89 A.;"; A.#89

)%%onia- 8.09# A.989 A.9##

U(ea- ;.111 ;.001 ;.0#

U(ea 31K5 ;.A0 ;.;# ;.@9

N&%e:)!! 'i/u(es a(e in $ca!7T


22/90

DESIGN AND OPERATING

SPECIFICATIONS TUR"INE

TYPE: E?%ra+%,& +*/ +&)e3,> %*r


23/90

STATOR:

Go!a/e6 11


24/90

D.C. su,,!& is 'ed o 'ie!d ci(cui o' he /ene(ao( and a(e

,!aced on sha' ise!' o ove(co%e he ,(o*!e% o' a(cin/ and

*(ushes.

Eer>8 C&3era%,& C&//,%/e%

P&',+8 a) Or>a,Ba%,&a' Se% *(.

)s ene(/& con(i*ues %o(e han 80= o' cos o' ,(oducion and

sha(, (ise in ene(/& cos+ ene(/& conse(vaion (eceives o, ,(io(i&

o' IFFCO Phu!,u(.

Eer>8 Maa>e/e% P&',+8:

On a(ch @+ 001 IFFCO Phu!,u( 'o(%u!aed is Ene(/&

ana/e%en Po!ic&+ which saes6 IFFCO is co%%ied o

%anu'acu(e and su,,!& o' 4ua!i& u(ea wih %ini%u% ,ossi*!e

ene(/& h(ou/h6 )do,ion o' !aes deve!o,%en and echno!o/ies.

2ee( o,e(aion and %ainenance ,(acices. ini%ie wase *&(ec&c!in/ 7 (eui!iaion and o,i%ie (esou(ce consu%,ion+

c(eain/ awa(eness a%on/ each and eve(& individua! a*ou ene(/&

conse(vaion+ c(eain/ sa'e hea!h& wo($in/ condiions and eco-

'(iend!& envi(on%en.

Eer>8 C&3era%,& Ce'':

The ene(/& consu%,ion is %onio(ed on dai!& *asis. Phu!,u( unihas consiued a as$ 'o(ce+ headed *& oin ene(a! ana/e( J

Technica!. The as$ 'o(ce co%,(ises o' senio( ,e(sons '(o% va(ious

de,a(%ens+ vi P(oducion+ ainenance+ Ui!iies+ Technica!

:e(vices+ Finance M accouns ec. I %ees ,e(iodica!!& o discuss

he va(ious !oss ,oins eihe( due o ,!an o,e(ain/ (ou*!es o(


25/90

owin/ o desi/n !i%iaions o( deve!o,%en o' new echno!o/&.

2esides his+ 'o( i%,(ovin/ he ene(/& e''icienc& wihin he

eisin/ 'aci!iies+ sudies a(e ca((ied ou and %odi'icaions a(e

done in-house . The En/inee(s and o,e(ao(s 7 echnicians

conneced o each ,!an a(e (e/u!a(!& sen 'o( in house7 ouside(ainin/ ,(o/(a%%e(s and :e%ina(s on ene(/& conse(vaion o

c(eaed hei( ine(es in his a(ea as we!! as %a$e he% awa(e o' he

va(ious %ehods 7 deve!o,%ens in he 'ie!d o' ene(/&

conse(vaion. Re,ued ,(o'essiona!s a(e invied as Facu!& 'o( he

n-house ,(o/(a%%e(s.

Eer>8 C&3era%,& A+$,ee/e%3:

Phu!,u( uni has a!wa&s *een a !eade( in ado,in/ new

deve!o,%ens in he 'ie!d o' 'e(i!ie( ,(oducion and nu%*e( o'

%odi'icaion 7 (eva%, has *een ca((ied ou ove( he &ea(s+ which

have (esu!ed in su*sania! i%,(ove%en in ene(/& consu%,ion.

ao( %odi'icaions ca((ied ou in Phu!,u(-1 a(e !ised as *e!ow6

PHULPUR-I

1. Pu(/e as (ecove(& uni in )%%onia-1 ,!an Ne i%,(ove%en

in ene(/& savin/6- 0.1108 ca!7 o' )%%onia

. :&nhesis Conve(e( Re(o'i Ne I%,(ove%en in ene(/&

savin/6 - 0.11A ca!7 o' )%%onia.

". Lo-Hea 2en 'ie!d (e(o'i in CO (e%ova! s&se% Ne

I%,(ove%en in ene(/& savin/6 - 0.09; ca!7 o' )%%onia.

#. odi'ied CO Co%,(esso( Tu(*ine in U(ea ,!an Ne

I%,(ove%en in ene(/& savin/6 - 0.1; T :ea% 7 oi' U(ea.


26/90

@. Insa!!aion o' P(e-Concen(ao( in U(ea ,!an 3In ea( 001-05

Ne I%,(ove%en in ene(/& savin/ 'eau(es which have *een

inco(,o(aed in he new ,!an since desi/n sa/e a(e as 'o!!ows6

PHULPUR-II

as u(*ine d(ive+ wih Na,hha as 'ue!+ 'o( ,(ocess ai(

co%,(esso(.

Hea (ecove(& uni conneced o he /as u(*ine 'o(

/ene(ain/ hi/h-,(essu(e sea%s o %ee he

(e4ui(e%en o' )%%onia and U(ea P!an. ediu% ,(essu(e ,(ocess condensae s(i,e(.

G-Low ene(/& CO (e%ova! s&se%.

Pu(/e as (ecove(& uni *ased on e%*(ane :e,a(aion Techni4ue

has *een insa!!ed in Dec. 001 which has (esu!ed in ene(/&

savin/ *& 0.11 ca!7T o' a%%onia. The(e has *een a sead&

dec!ine in s,eci'ic e!ec(ica! and he(%a! ene(/& consu%,ion.

Ene(/& consu%,ion in Phu!,u(-I has *een *(ou/h down '(o% he!eve! o' 1.@ ca!7T in iniia! &ea(s o he cu((en !eve! o' A.@

ca!7T i.e. a (educion o' a*ou #0=. :i%i!a(!& in Phu!,u( J II

he ene(/& consu%,ion is i%,(ovin/ da& *& da& and i is a a !eve!

o' ;.0 ca!7T o' u(ea which is !owes a%on/ he cone%,o(a(&

na,hha *ased ,!ans in he coun(&. Fo!!owin/ a*!e shows he

ene(/& consu%,ion ,ae(n M savin/s achieved in ene(/& du(in/

!as h(ee &ea(s+ which shows a (e%a($a*!e (educion.

PLANT 2000-01 2001-02 2002-0 200-06 Re)*+%,&

&er 2001


27/90

)%%onia-1 10.10@ 9.;#8 9.;1 9.#;; ;."

U(ea-1 8.11@ A.;89 A.;"; A.#89 A.A1

)%%onia- 8.""# 8.09# A.989 A.9## #.;8

U(ea- A.0A ;.111 ;.001 ;.0# 1#.8

N&%e:)!! 'i/u(es a(e in $ca!7T Recen!&+ IFFCO-Phu!,u( uni-

II *a//ed P(esi/ious Naiona! Ene(/& Conse(vaion )wa(d-

00" '(o% ov. o' India+ inis(& o' Powe(.

Eer>8 C&3era%,& P'a3 a) Tar>e%3:

Ene(/& conse(vaion is an on/oin/ ,(ocess a IFFCO Phu!,u( unihas !aunched is %ao( Ene(/& :avin/ P(oec 3E:P5 wo(h Rs.1@0

C(o(es 'o( is eisin/ )%%onia M U(ea ,!ans. This ,(oec is

schedu!ed o *e i%,!e%ened in " ,hases *& he &ea( 00;.

Fo!!owin/ %ao( ,(o,osa!s a(e in hand a Phu!,u( uni as a ,a( o'

is 'uu(e ,!ans 'o( ene(/& conse(vaion.

E,r&/e% a) 3ae%8:

IFFCO Phu!,u( Uni is oa!!& co%%ied 'o( %ainainin/ an eco-

'(iend!& envi(on%en. Fo( con(o!!in/ ai( ,o!!uion+ ,!ans have

*een ,(ovided wih 2a/ Fi!e(s+ E!ec(o :aic P(eci,iao(s+ Dus

E(acion :&se%s+ ec. ) !ush /(een *e! wih a*ou " !a$h (ees

has *een deve!o,ed a!! a(ound he 'aco(& ,(e%ises+ which is a

nau(a! %eans o' ai( ,u(i'icaion. To ove(co%e he ,(o*!e% o' '!&

ash dis,osa! /ene(aed in he Ca,ive.

Powe( ,!an+ a dense ,hase d(& '!& ash dis,osa! ,!an has *een

insa!!ed which di(ec!& 'i!!s he '!& ash in c!osed an$e(s 'o(

(ans,o(aion o' he ash o he ce%en ,!ans %anu'acu(in/

Po(!and ,oo!ana ce%en. Phu!,u( Uni has a!wa&s ,u is *es

e''o(s 'o( conse(vin/ wae(. The e''!uen /ene(aed in he ,!an is


28/90

(ec&c!ed *ac$ a'e( ,u(i'icaion in Reve(se Os%osis P!an. Even

he sewa/e wae( /ene(aed in he ownshi, is (eused in he ,!an

a'e( (ea%en in sewa/e (ea%en ,!an. The ,!an is (unnin/ on

e(o e''!uen discha(/e and oa! (ec&c!e *asis. The ,(esen s,eci'ic

wae( consu%,ion is he !owes a%on/ he 'e(i!ie( indus(& inhe coun(&. P!an and is ownshi, have I:O 1#001 ce(i'icaion

which s,ea$s vo!u%es a*ou is envi(on%ena! co%%i%en. The

co%,!e has won he 1s Envi(on%en Ece!!ence awa(d '(o%

Indo-e(%an (eenech 'oundaion and TERI awa(d on

Envi(on%en Ece!!ence 'o( indus(ies wih u(nove( o' Rs.@00

c(o(e and a*ove. :i%i!a(!& sa'e& o' e%,!o&ees is he ,(i%e

conce(n o' %ana/e%en a IFFCO Phu!,u( and a!! %easu(es a(e

a$en so ha no unowa(d incidence oo$ ,!ace. The sa'e&co%%iee headed *& chie' o' he Fi(e M :a'e& de,a(%en %ees

(e/u!a(!& and discusses he sa'e& (e!aed ,(o*!e%s wih ,!an

,e(sonne! and (e%edia! acions a(e a$en acco(din/!&. No. o'

(ainin/ ,(o/(a%%es a(e o(/anied inc!udin/ ,(acica!

de%ons(aion o' sa'e& (e!aed e4ui,%ens a sie o c(eae

awa(eness a eve(& !eve!+ IFFCO Phu!,u( has own nu%*e( o'

sa'e& awa(ds '(o% va(ious a/encies such as+ F)I+ inis(& o'

La*o(s+ ec.


29/90


30/90

T$e P&er S83%e/ +&/(r,3e3 & &*r 'ee'36

Geera%,&

Tra3/,33,&

D,3%r,


31/90

The(e a(e wo u(*ine /ene(ao(s T1 and T havin/ (aed ou,u

,owe( o' 1.@ and 18 a 11


32/90

) Tu(*o ene(ao( *asica!!& consiss o' wo ,a(s6

:ao(

Roo(

The a(%au(e windin/ is %ouned on a saiona(& e!e%en ca!!ed

:T)TOR and 'ie!d windin/s a(e %ouned on a (oain/ e!e%en

ca!!ed ROTOR.

The sao( consiss o' a cas-i(on '(a%e+ which su,,o(s he

a(%au(e co(e+ havin/ s!os on is inne( ,e(i,he(& 'o( housin/ he

a(%au(e conduco(s. The (oo( is !i$e a '!&whee! havin/ a!e(naeN and : 'ied o is oue( (i%. The %a/neic ,o!es a(e ecied '(o%

di(ec cu((en su,,!ied *& a D.C. sou(ce. In %os cases necessa(&

eciin/ cu((en is o*ained '(o% a s%a!! D.C. :hun ene(ao(

ca!!ed as ecie( which is *e!ed o( %ouned on he sha' o' he

)!e(nao( ise!'.

NOTE:) IFFCO Phu!,u(+ T has an ecie( o' #".@G and

10.8)+ whi!e T1 is /iven D.C. su,,!& h(ou/h an ee(na! D.C.sou(ce.

2ecause he 'ie!d %a/nes a(e (oain/+ his cu((en is su,,!ied

h(ou/h wo s!i, (in/s. Recen!& *(ush!ess eciaion s&se%s have

*een deve!o,ed in which a "-Q a.c. ecie( and a /(ou, o'

e!ec(onic (eci'ie(s su,,!& d.c. o he a!e(nao(.

NOTE6 T uses 2(ush!ess eciaion :&se%+ whi!e T1 useswo :!i, Rin/s 'o( eciaion o' is 'ie!d windin/.

OPERATING PRINCIPLE:


33/90

hen he (oo( (oaes+ he sao( conduco(s 3*ein/ saiona(&5 a(e

cu *& Jhe %a/neic '!u+ hence he& have induced e.%.'.

,(oduced in he%. 2ecause he %a/neic ,o!es a(e a!e(nae!&N and

:+ he& induce an e.%.'. and hence cu((en a(%au(e conduco(s+

which '!ows in one di(ecion and hen in he ohe(. Hence ana!e(nain/ e.%.'. is ,(oduced in he sao( conduco(s+ whose

'(e4uenc& de,ends on he nu%*e( o' N and : ,o!es %ovin/ ,as a

conduco( in one second and whose di(ecion is /iven *& F!e%in/?s

(i/h hand (u!e.

RATINGS:

The (ain/s o' he T?s a(e /iven as6

Raed s,eed6 "000 RP

Insu!aion CL6 2

F(e4uenc&6 @0HB

T&,e6 Te(i 800-188

Phase6 "

:,ecies6 @#:e(. No.6 1"##

Coo!an6 )i(

Raed ,owe(6 1.@ 3T-15

P.F.6 0.8


34/90

Go!a/e6 10G

Cu((en6 "A0 )%,s

E@CITER

Go!a/e6 1"G

Cu((en6 1@0 )%,s

OUTPUT

Powe(6 10 7h( 3T.. J 15

1".@7h( 3T.. -5

Go!a/e6 1@9G

Cu((en6 @90 )%,s.

RADIAL FAN

T&,e6 NDG J 1; 2)2

No. o' 'ans6 30ne 'an d(iven *& oo( and

anohe( d(iven 2& u(*ine5

),,!icaion6 Fo(ced d(a' 'an

Tu(*ine (ain/6 A@


35/90

PURCHASED PO;ER

IFFCO Phu!,u( ,u(chases @ G) o' ,owe( '(o% UPPCL.

Fo( his ,u(,ose UPPCL ,(ovides IFFCO Phu!,u( wih wo(ans%ission !ines o' 1.@ G) each a 1"


36/90

GENERATED PO;ER PURCHASED PO;ERTG-1 TG-2 UPPCL

LINE-1

UPPCL LINE-

2

M; 10."8 1@.@@ 0.00 0.00

AMP A;0.0A 98".@# 0.00 0.00

#V 10.9A 11.11 0.00 0.00

HB #9.AA #9.A8 0.00 0.00

PF 0.A9 0.8; 0.00 0.00

LINE-1 LINE-2

)CTU)L

GOLT)E

10.;0 10.A@

:ET GOLT)E 11.00 11.00

NOTE:)!! he daa in he a*ove a*!e a(e as on 1A7;7010

TRANSMISSION


37/90

The(e a(e wo (ans%ission !ines '(o% UPPCL havin/ ca,aci& o'

@0 G) each+ a !ine vo!a/e 1"


38/90

F&r %$e ),3%r,e

'ee'3 *)er>r&*) +a


39/90

DISTRI"UTION

The dis(i*uion o' e!ec(ica! ,owe( a IFFCO Phu!,u( Uni is donea di''e(en vo!a/e !eve!s.

Go!a/e !eve!s ,(evai!in/ in he dis(i*uion newo($-

1"


40/90

I can (aise o( !owe( he vo!a/e n a ci(cui *u wih a

co((es,ondin/ dec(ease o( inc(ease in he cu((en.

;OR#ING PRINCIPLE OF

TRANSFORMER:The ,h&sica! *asis o' a (ans'o(%e( is %uua! inducion *eween

wo ci(cuis !in$ed *& a co%%on %a/neic '!u. In is si%,!es

'o(%+ i consiss o' wo inducive coi!s which a(e e!ec(ica!!&

se,a(aed *u %a/neica!!& !in$ed h(ou/h a ,ah o' !ow (e!ucance.

The wo coi!s ,ossess hi/h %uua! inducance. I' one coi! is

conneced o a sou(ce o' a!e(nain/ vo!a/e+ an a!e(nain/ '!u is

seu, in he !a%inaed co(e+ %os o' which is !in$ed wih he ohe(

coi! in which i ,(oduces %uua!!& induced e.%.'. 3acco(din/ o

'a(ada&s !aw o' e!ec(o %a/neic inducion e dI7dT5. I' he coi!

ci(cui is c!osed+ a cu((en '!ows in i and so e!ec(ic ene(/& is

(ans'e((ed 3eni(e!& %a/neica!!&5 '(o% he 'i(s coi! o he second

coi!. The 'i(s coi!+ in which e!ec(ic ene(/& is 'ed '(o% he ac

su,,!& %ains+ is ca!!ed P(i%a(& indin/ and he ohe( '(o% which

ene(/& is d(awn ou+ is ca!!ed seconda(& windin/. In *(ie'+ a

(ans'o(%e( is a device ha6

T(ans'e(s e!ec(ic ,owe( '(o% one ci(cui o anohe(

I does so wihou a chan/e o' '(e4uenc&

I acco%,!ishes i *& e!ec(o%a/neic inducion and


41/90

he(e he wo e!ec(ic ci(cuis a(e %uua! inducive

in'!uence o' each ohe(.

CIRCUIT "REA#ERS:

) ci(cui *(ea$e( is used 'o( %a$in/ o( *(ea$in/ a ci(cui.

The(e a(e va(ious &,es o' ci(cui *(ea$e(s used a IFFCO Phu!,u(

uni which a(e# as 'o!!ows6

T8(e & C,r+*,% "reaer3 *3e):

OC2- a 1"


42/90

VACCUM CIRCUIT "REA#ER


43/90

12#V AT THE TRANSMISSION

LEVEL:

E!ec(ica! ,owe( is ,u(chased '(o% UPPCL a 1"


44/90

PO;ER DISTRI"UTION PANEL


45/90

DISTRI"UTION AT . #VINTERMEDIATE LEVEL:

E!ec(ica! ,owe( a 11


46/90

Thi(& h(ee 1170.##0


47/90

11 #V INTEGRATED GRID AT

PO;ER PLANT


48/90


49/90

The a*ove sin/!e !ine dia/(a% shows he 11


50/90

T$e &''&,> 3,>'e ',e ),a>ra/3 ,''

re(re3e% %$e e'e+%r,+a' (&er ),3%r,


51/90

UTILISATION

The oa! e!ec(ica! ,owe( consu%,ion in he va(ious ,!ans o' heuni is a*ou @ . )nd he ,owe( consu%,ion a he ownshi,

is 1.

The e!ec(ica! ,owe( is %ain!& consu%ed in d(ivin/ %oo(s+ ,u%,s

and in he i!!u%inaion ,u(,oses. The %oo(s used in he ,!an a(e

%ain!& s4ui((e! ca/e inducion %oo(s due o hei( (o*us

cons(ucion and ve(& !ess (e4ui(e%en o' %ainenance.

The e!ec(ica! ,owe( consu%ed *& va(ious ,!ans is /iven as

'o!!ows6


52/90

PO;ER CONSUMPTION PLANT

;ISE


53/90

PO;ER CONSUMPTION IN UNIT 1


54/90

S. N& PLANT NAME ACTUAL

LOAD IN#;

REMAR#S

1. POER PL)NT 1 "AA.0# INCLUDIN

CHP

2. )ONI) 1 198.00

. URE) 1URE) 1+ NE "."


55/90

PO;ER CONSUMPTION IN PO;ER

PLANT 1:


56/90

S.

N&

E=(%.

Na/e

T&%a'

I3%a''e)

R*,>

N&3.

#;

Ra%,>

T&%a'

R*,>L&a)

A+%*a'

'&a)

S%a)

1. 2oi!e(

Feed Pu%,

1 9@0 9@0 A;0.00 Tu(*

2. i!! %oo( 9 # 80 110 89;.00

. )sh ae(Pu%,

" 1A@ "@0 80.00

6. C Pu%, " 1@0 "00 #0.00

. CT Fan 9" 18; 1#8.80

!. ID Fan ; # 10 #80 "8#.00

7. FD Fan ; # 1"0 @0 #1;.00

4. isce!!ane

ous

" @A.;0

TOTAL 6224.00

#;

42.60

#;


57/90

PO;ER CONSUMPTION IN

AMMONIA PLANT 1:


58/90

S.

N&

E=(% Na/e T&%a'

I3%a''e)

R*,>

N&3

#;

Ra%,>

T&%a'

R*,>L&a)

A+%*a'

L&a)

S%a)

1. CO 2!owe( 1 1 #A0 #A0 "A;.00

2. CT Fan ; ; 110 ;;0 @8.00

. C Pu%, - C 1 1 10"0 10"0 8#.00

6. C Pu%, - C

LOP 'o( 101

1 0 1" 0 0.00 Tu(*

. LOP 'o( 10" 1 0 @@ 0 0.00 Tu(*

!. LOP 'o( 10" 1 0 "A 0 0.00 Tu(*

7. CO :(i,,e(Re'!u Pu%,

1 "0 "0 #.00

4. Gacuu%

Condensae

Pu%,

1 1 @@ 0 0.00 Tu(*

5. Co!d

)%%oniaPu%,

1 1 @@ 0 0.00 Tu(*

10. Ho )%%onia

Pu%,

1 0 18.@ 0 0.00 Tu(*


59/90

TOTAL 200.00

#;

1460.00

#;

PO;ER CONSUMPTION IN UREA- 1

PLANT:


60/90

S.

N&

E=(% Na/e T&%a'

I3%a''e)

R*,>

N&3

#;

Ra%,>

T&%a'

R*,>

L&a)

A+%*a'

L&a)

S%a)

1. HP )%%

Pu%,

" " #80 1##0 [email protected]

2. Ca(*a%ae

Pu%,

"10 ;0 #9;.00

. ed. P(.

Ca(*a%ae

Pu%,

1 A@ A@ ;0.00

6. e!ed U(ea

Pu%,

1 90 90 A.00

. Condensae

Pu%,

1 "0 "0 #.00

!. LOP 'o( co

co%,

1 @@ @@ ##.00

7. H&d(o!&se(

,u%,

1 110 110 88.00

4. U(ea cw

,u%,

" @"0 10;0 8#8.00

5. U(ea c 'an # " 1@0 #@0 ";0.00

TOTAL 61.70

#;

26.!

#;


61/90

NE; . #V INSTALLATIONS IN

UREA I IN CEP-2004

COOLIN )TER PUP #0


62/90


OFFSITE-1 PLANT:


63/90

S.

NO

E=(%. Na/e T&%a'

I3%a''e)

R*,>

N&3.

#;

Ra%,>

T&%a'

R*,>

L&a)

A+%*a'

L&a)

1. 2o(e we!!s 1# ; 8 #9 "9".;0

FIRE MCC-1

2. Fi(e e!ec(ic

,u%,

" 1 0 0 1A;.00

. oc$e& ,u%, 1 18.@ 18.@ 1#.80

SOFTENING 1

6. T(ans'e( ,u%, " 1 A@ A@ ;0.00

. )/iao( ,u%, # 1 @.@ @.@ #.#0


64/90

S.

NO

E=(%. Na/e T&%a'

I3%a''e)

R*,>

N&3.

#;

Ra%,>

T&%a'

R*,>

L&a)

A+%*a'

L&a)

S%

!. C!a(i'ie(

,u%,

# 1 1@ 1@ 1.00

RA; ;ATER I

7. :e(vice wae(

,u%,

" 1 A@ A@ ;0.00

4. D(in$in/

wae( ,u%,

" 1 1@ 1@ 1.00

5. U(ea se(vice

wae( ,u%,

1 "0 "0 #.00


65/90

CONTD.

S.

NO

E=(%. Na/e T&%a'

I3%a''e)

R*,>

N&3.

#;

Ra%,>

T&%a'

R*,>L&a)

A+%*a

' L&a)

S%a

N&3

#;

Ra%,>

T&%a'

R*,>

L&a)

A

L

1!. Dewae(in/ ,u%, 1 "0 "0 #

AIR

COMPRESSOR

1

17. IR co%,(esso( 1 1 A;@ A;@ ;

14. LOP IR Co%, 1 . . 1.

TOTAL 216.!0 17


67/90

PO;ER CONSUMPTION IN UNIT 2


68/90

S.N& PLANT NAME ACTUAL

LOAD IN

#;

REMAR#S

1. POER PL)NT 19#0.00

2. )ONI) A0.08 INCLUDIN

CDR

. URE) @89.## INCLUDIN

CEP

6. OFF:ITE: 1A0."

. 2)IN @00

TOTAL 1726.46 &r

17.2M;


69/90

PO;ER CONSUMPTION IN PO;ER

PLANT:


70/90

S.

N&.

E=(%.

Na/e

T&%a'

I3%a''e)

R*,>

&3.

#;

Ra%,>

T&%a'

R*,>

L&a)

A+%*a'

'&a)

S%a)


71/90

5. )C 1 1 A@ A@ ;0.00

Cond.

S.

N&

E=(%.

Na/e

T&%a'

I3%a''e)

R*,>

&3.

#;

Ra%,>

T&%a'

R*,>L&a)

A+%*a'

'&a)

S%a)


72/90


AMMONIA PLANT 2:


73/90

S.

N&

E=(% Na/e T&%a'

I3%a''e)

R*,>

N&3

#;

Ra%,>

T&%a'

R*,>

L&a)

A+%*a'

L&a)

S%a)

1. H (ec&c!e

co%,(esso(

0 "00 0 0.00

2. I D Fan 1 1 8#0 8#0 Tu(*

. F D Fan 1 1 8#0 8#0 Tu(*

6. )i( coo!e( 'an 1 1A.@0 1A.@0 1#.00

. CO *!owe( 1 1 @10 @10 #08.00

!. )%%onia CT

'an

A A 8 @A# #@9.0

7. :e%i!ean so!n

,u%,

" 1 1100 1100 880.00 Tu(*

4. Lean so!n

,u%,

1 #@0 #@0 ";00.00

5. Cond ,u%, 1 1 1@ 1@ 1.00


74/90

'o( E-""01

10. Ge(ococ$

'i!e( ,u%,

1 1A.;0

11. nd

condensae,u%,

1 1@ 1@ 1.00

12. Ecess cond

,u%,

1 1@0 1@0 10.00

CONTD

1. 1s ,(ocess

condensae

,u%,

S

1 1 "0 "0 #.00

16. nd

,(ocess

condensae

,u%o

1 1 A@ A@ ;0.00

1. LOP 'o(

TP ""01

" " @.@ 1;.@0 1".0

1!. HP

ci(cu!aion

,u%, 'o(

H"#;1

1 1 A.@ A.@ .00

17. )%%onia

,(oduc

,u%,

1 "0 "0 #.00

14. HP

ci(cu!aion

,u%,

# 1 A.@ A.@ ;.00


75/90

15. 2oi!e(

'eed wae(

,u%,

" 1 1#@0 1#@0 11;0.00 Tu(*ine

20. Cond,u%, 'o(

E-";01

1 1 1@ 1@ 1.00

CONTD

21. LOP 'o(

TP ";01

" 1 @.@ @.@ #.#0

22. F!ue /as

C ,u%,

)

1 A@ A@ ;0.00

2. 1s wash

wae( ci(cu

,u%,

1 #@ #@ ";.00

26. D wae(

,u%,

1 1 110 110 88.00

2. )%%onia

C ,u%,

# 1 1@A0 1@A0 1@;.00 Tu(*ine

2!. )u LOP'o( TP

"801

# @.@ 11 8.80

27. Fue!

na,hha

1 1 0 0 1;.00


76/90

'eed ,u%,

24. OG R

"0# in!e

1 1 A.@ A.@ ;.00

TOTAL 4025.00 !62.00

PO;ER CONSUMPTION IN CDR

PLANT:


77/90

S.N&

E=(%Na/e

T&%a'I3%a''e)

R*,>N&3

#;Ra%,>

T&%a'R*,>

L&a)

A+%*a'L&a)

S%a

1. F 2!owe(

'o( CDR

1 1 #A@ #A@ "80.00

2. CO

co%,(esso(

1 1 1;0 1;0 18.00

. F C

,u%,

1 A@ [email protected] ;0.00

6. 1s wash

wae( ci(.

,u%,

1 #@ #@ ";.00

. Rich so!n

,u%,

1 @@ @@ ##.00

!. Re/. (e'!u

,u%,

1 9." 9." A.##

7. Lean so!n

,u%,

1 @@ @@ ##.00

4. ND wash

wae( ci(.

,u%,

1 "0 "0 #.00

5. :ea% 1 1@ 1@ 1.00


78/90

condensae

,u%,

10. F wa(e

wash ,u%,

1 #@ #@ ";.00

11. Causic'eed ,u%,

1 1 9." 9." A.##

TOTAL 57.!0 774.44


79/90

PO;ER CONSUMPTION IN UREAPLANT 2:

1 AREA

S.

N&

E=(%

Na/e

T&%a'

I3%a''e)

R*,>

N&3

#;

Ra%,>

T&%a'

R*,>

L&a)

A+%*a'

L&a)

S%a

1. )%%onia,u%, 1 8;0 8;0 ;88.00

2. Ca(*a%ae

,u%,

1 "90 "90 "1.00

. Ca(*a%ae

so!n ,u%,

1 "A "A 9.;0

6. C ,u%, 1 "0 "0 #.00

. )%%onia

*oos u,

,u%,

1 8;0 8;0 ;88.00


80/90

!. P

F!ushin/

1 110 110 88.00

7. )%%onica!wae(

,u%,

1 "0 "0 #.00

4. U(ea %e!

,u%,

1 @@ @@ ##.00

Cond

S. N& E=(%.

Na/e

T&%a'

I3%a''e)

R*,>

N&3

#;

Ra%,>

T&%a'

R*,>

L&a)

A+%*a'

L&a)

S

5. U(ea

(ecove(&

,u%,

1 1@ 1@ 1.00

10. LP

F!ushin/

,u%,

1 "0 "0 #.00

11. P(ocess

condensa

e ,u%,

1 1A.;0

12. H&d(o!&s 1 1@0 1@0 10.00


81/90

e( ,u%,

1. )%%oni

ca! ,u%,

1 1@ 1@ 1.00

16. ase

wae(

'eed

,u%,

1 "0 "0 #.00

1. ase

wae(

(ans'e(,u%,

1 "0 "0 #.00

1!. P-

#)72

1 @@ @@ ##.00

CONTD

S.

N&

E=(%.

Na/e

T&%a'

I3%a''e)

R*,>

N&3.

#;

Ra%,>

T&%a'

R*,>L&a)

A+%*a'

L&a)

S%a)


82/90

21. LOP

'o(

a%%.

,u%,

# . #.# ".@

61 Area

S. N& E=(% Na/e T&%a'

I3%a''e)

R*,>

N&3

#;

Ra%,>

T&%a'

R*,>L&a)

A+%*a'

L&a)

1. )%%onia

,u%,

1 8;0 8;0 ;88.00


83/90

2. Ca(*a%ae

,u%,

1 "90 "90 "1.00

. Ca*a%ae

so!n ,u%,

1 "A "A 9.;0

6. C ,u%, 1 "0 "0 #.00

. )%% *oos

,u%,

1 "0 "0 #.00

!. )%%onica!

wae( ,u%,

1 11 11 8.80

7. U(ea %e!

,u%,

1 11 11 8.80

4. P 1)72 1 @.@ @.@ #.#0

S. N& E=(% Na/e T&%a'

I3%a''e)

R*,>

N&3

#;

Ra%,>

T&%a'

R*,>L&a)

A+%*a'

L&a)

5. P-#)72 1 @@ @@ ##.00

10. P-A)72 1 1A.;0

11.


84/90

co%,(esso(

1. U(ea C

,u%,

" 1"00 ;00 080.00

1!. U(ea CT

'an

@ @ 9A #8@ "88.00

TOTAL !7.4 25.06

NE; INSTALLATIONS IN UREA II

)ONI) PUP OTOR: OF @


85/90

TOTAL INSTALLED LOAD IS !.6 #;

NOTE:I is o *e noed ha he %oo(s insa!!ed in he ,!ans a(e

%ain!& Inducion %oo(s.

TOTAL LOAD

LO)D OF TON:HIP I: 1

I:CELL)NEOU: LO)D I: 0.@

LO)D OF P1 I: 11.8@

LO)D OF P I: 1A.@


86/90

SO TOTAL LOAD OF THE PLANT AFTER CEP IS

0.! M;

LOAD SHEDDING SCHEMETHROUGH LMS

L: (e'e(s o Load ana/e%en :&se%. I uses a P(o/(a%%a*!e

Lo/ic Ci(cui 3PLC5. The PLC is he *ac$*one o' L:.

Pr&>ra//a


87/90

desi/ned 'o( (ea! i%e con(o! in indus(ia! a,,!icaions.

The L: s&se% %onio(s he who!e e!ec(ica! ,owe( s&se% and

wheneve( he(e is (e4ui(e%en i cus he ,owe( su,,!& o he non

c(iica! e!e%ens o' he ,!ans.

In he 'o!!owin/ a*!e we have /iven he !oad sheddin/ sche%e

when T 1 is unavai!a*!e o( we can sa& on!& T is avai!a*!e.

Thus he oa! e!ec(ica! ,owe( /ene(aion !i%is due o

unavai!a*i!i& o' T1 *u he (e4ui(e%en o' he IFFCO Phu!,u(

uni unde( no(%a! condiions is "0.; .

Thus e!ec(ica! ,owe( (e4ui(e%en o' he who!e uni can no *e

%e+ hus he e!ec(ica! ,owe( su,,!& is /iven o on!& c(iica!

e!e%ens o' he ,!an.

T$*3 %$e '&a) 3$e)),> 3+$e/e $e &'8 TG 2 ,3

aa,'a


88/90

6. POER PL)NT 1.9# URE) 1

CP3"

. URE) @.9 CO

2LOER

!. 2)IN 0.# 2OREELL:+

CHP

7. OF:ITE: 1 M 1. TON:HIP

4. IN:T )IR

COPRE::OR:

1. ):H )TER

PUP:

5. I:C 0.@ N M :T)RT

UP HE)TER

TOTAL LOAD 2.5! NON PL)NT

2LD:

In he 'o!!owin/ a*!e we have /iven he !oad sheddin/ sche%ewhen T is unavai!a*!e o( we can sa& on!& T 1 is avai!a*!e.

Thus he oa! e!ec(ica! ,owe( /ene(aion !i%is *u he

(e4ui(e%en o' he IFFCO Phu!,u( uni unde( no(%a! condiions is

"0.; .

Thus e!ec(ica! ,owe( (e4ui(e%en o' he who!e uni can no *e

%e+ hus he e!ec(ica! ,owe( su,,!& is /iven o on!& c(iica!

e!e%ens o' he ,!an.


89/90

;HEN ONLY TG1 IS AVAILA"LE

S. N& PLANTS TO "E

#EPT ALIVE

LOAD IN

M;

PLANTS TO

"E TRIPPED

1. ) 1 1.9 URE) 1M

2. ) A. 2)IN

1M

. POER PL)NT 1 ".A )


90/90

CP31@A0

iffco phulpur project on power plant

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