met63 power plant engineering.docx

8/9/2019 MET63 POWER PLANT ENGINEERING.docx

http://slidepdf.com/reader/full/met63-power-plant-engineeringdocx 1/4

MET63 POWER PLANT ENGINEERING (3 1 0 4)Unit – IRankine Cyce! Ca""i#icati$n – Re%eat cyce – Re&ene'atie cyce – Re%eat –'e&ene'atie cyce *ina'y a+$,' cyce -tea. &ene'at$'"! Ca""i#icati$n – .$/e'n%i&% +'e"",'e &ene'at$'" Acce""$'ie" ! ee/ ate' P,.+2 #ee/ ate' %eate'"ec$n$.i"e'2 ai' +'e %eate'"2 -,+e' %eate'"2 "e+a'at$'"2 -e+a'at$' /',."2 "cae

ceane'"2 "$$t $e'" – ,e" ! .et%$/ $# #i'in& – ,i/i"e/ e/ $ie'" (15 %$,'")Unit – II Ai' %an/in& "y"te.!#$'ce/ /'an&%t #an"2 +'i.a'y an/ "ec$n/a'y ai' "y"te. #$' "$i/#,e" – #,e &a" +at% .et%$/ $# +'$/,cin& /'a,&%t ! nat,'a2 in/,ce/ /'a,&%t" –in/,ce/ /'a,&%t #an" – #,e &a" t'eat.ent #$' +$,ti$n!cyc$ne "e+a'at$'2 eect'$C"tatic +'eci+itat$' – c%i.ney – cac,ati$n $# c%i.ney %ei&%t C *$tt$. a"%%an/in& "y"te. ee/ ate' t'eat.ent! /e.ine'ai"e/ ate'2 t'eat.ent +'$ce""e" !.ec%anica2 c%e.ica +'$ce""e" – 7,'ati$n – #,e %an/in& "y"te.! "$i/ #,e" – +,e'i"e'/ #,e"2 i8,i/ an/ &a"e$," #,e" – ",++y "y"te. (15 %$,'")Unit – III

-tea. in9ect$'" – "tea. n$::e" – #$ t%'$,&% n$::e" – n$::e e##iciency – E##ect$# ",+e' %eatin& – ",+e'"at,'ate/ ($') .eta"tae e;+an"i$n $# "tea.in a n$::e – "tea. t,'ine" – ca""i#icati$n – e$city /ia&'a." – C$.+$,n/in&i.+,"e t,'ine – Reacti$n t,'ine C *a/e +'$#ie" $# i.+,"e an/ 'eacti$n t,'ine" – Cac,ati$n $# a/e %ei&%t2 i/t% – eaka&e +'eenti$n (15 %$,'")

Unit – I<Ga" t,'ine +ant cyce – ca""i#icati$n – "i.+e cyce – 'e&ene'atie cyce – 'e%eatcyce – 'e&ene'atie – 'e%eat cyce – inte'Cc$$in& -tea. an/ &a" t,'ine P$e'

+ant" – cyce anay"i" N,cea' #,e" – c$$ant" – .$/e'at$'" – 'a/iati$n "%ie/ – N,cea' 'eact$'! /i##e'ent ty+e" – N,cea' P$e' Pant Lay$,t – Wa"te/i"+$"a (15 %$,'")Unit –<,ct,atin& $a/" – te'." an/ /e#initi$n"2 $a/ c,'e"2 e##ect $# a'iae $a/2.et%$/" t$ .eet a'iae $a/ – +ea $a/ +ant"! /e.an/2 'e8,i'e.ent" an/ $a/ anay"i" P$e' +ant ec$n$.ic"! E"ti.ati$n $# c$"t $# eect'ica ene'&y2"eecti$n $# ty+e $# &ene'ati$n an/ e8,i+.ent2 ec$n$.ic anay"i" $# +e'#$'.ancean/ $+e'atin& c%a'acte'i"tic"2 .et%$/" $# ta'i## #$' eect'ica ene'&y

(15 %$,'")Te;t *$$k" !1 P=Na&2 P$e' Pant En&inee'in&2 Tata McG'a >i2 50005 PC-%a'.a2 P$e' Pant En&inee'in&2 7ean-an9ee =,.a' =ata'ia2 1??4Re#e'ence *$$k" !1 'e/e'ick TM$'"e2 P$e' Pant En&inee'in&2 A##iiate/ Ea"tCe"t P'e"" Lt/2 1?@3

5 Wiia. A<a+e't2 P$e' -tati$n En&inee'in& an/ Ec$n$.y2 Tata McG'a >i2 1?53M7*,'&%a'/t2 En&inee'in& T%e'.$/yna.ic" it% A++



icati$n"2 >a'+e' R$2 1?B64 E Waki M M2 P$e' Pant Tec%n$$&y2 McG' aC%i P,icati$n"2 5005

MEP63 T>ERMAL ENGINEERING LA*ORATOR – I(0 0 3 5)-UGGE-TE7 LI-T O EDPERIMENT-17ete'.inati$n $# =ine.atic <i"c$"ity ,"in& Re/$$/i"c$.ete'57ete'.inati$n $# a"% an/ i'e P$int" ,"in& Ceaean/ A++a'at,"

37ete'.inati$n $# Ca$'i#ic a,e $# -$i/ ,e ,"in& *$. Ca$'i.ete'47ete'.inati$n $# Ca$'i#ic a,e $# Ga"e$," ,e ,"in& ,nke'F" Ga" Ca$'i.ete'@Pe'#$'.ance te"t $n Reci+'$catin& Ai' C$.+'e""$'6

Pe'#$'.ance te"t $n Cent'i#,&a Ai' *$e'-t,/y $n t%e c$.+$"iti$n $# E;%a,"t &a" $# an IC en&ine ,"in& O'"at A++'at," ,n/e'a'i$," $a/"B7ete'.inati$n $# T%e'.a Re"i"tance an/ C$n/,ctiity $# a C$.+$"ite Wa?>eat T'an"#e' #'$. Cyin/'ica -,'#ace y Nat,'a C$necti$n10>eat T'an"#e' #'$. Cyin/'ica -,'#ace y $'ce/ C$necti$n11>eat T'an"#e' #'$. Pin in y $'ce/ C$necti$n15Pe'#$'.ance $# Pa'ae $C$,nte' $ >eat E;c%an&e'

MET83 ENERGY & ENVIRONMENTAL MANAGEMENT (3 0 0 3)

Unit – I



Energy converion – g!o"#! energy cen#rio – In$i#n

conte%t o energy – environ'ent#! #ect o

oi! n*c!e#r +y$ro #n$ "io'# energy converio

n – g#eo* e'iion – o!i$ ,#te – !i-*i$

,#te. (/ +o*r)

Unit – IIEnergy '#n#ge'ent – nee$ or energy conerv#tion –

energy #*$iting – ro!e o energy '#n#ger –

energy #*$it intr*'ent – irt #n$ econ$ !#, #

ro#c+ to,#r$ energy conerv#tion.

(/ +o*r)

Unit – III

Energy conerv#tion in "oi!er – roce$*re or ei

ciency c#!c*!#tion – energy conerv#tion inin$*trie *' #n co'ree$ #ir yte' re

riger#tion #n$ #ir con$itioning yte' 1G

et e!ectric#! 'otor v#ri#"!e ee$ 'otor.

(/ +o*r)

Unit – IV

2o!!*t#nt – tye – +yic#! #n$ c+e'ic#! roerti

e o #ir o!!*t#nt – "e+#vior #n$ #te o #ir

o!!*t#nt – #ir o!!*t#nt #n$ g!o"#! c!i'#te – #ir o!!*t#nt eect. 2o!!*tion contro! !#, #n$

reg*!#tion – n#tion#! #n$ intern#tion#! – ro!e o e

nviron'ent#! 'onitoring in environ'ent#!

'#n#ge'ent yte' – contin*o* e'iion 'onitorin

g yte'.

(/ +o*r)

Unit – V

2o!!*tion ontro! – revie, o o!!*tion contro! 'et+o$ in t+er'#! o,er !#nt – in$*tri#! –

n*c!e#r – #*to'o"i!e – $io#!4tre#t'ent o o!i$

#n$ !i-*i$ ,#te – #!tern#te *e!.

(/ +o*r)

Te%t 5oo6

7. A..*! 2rinci!e o Energy onverion McGr

#, 9i!! 5oo6 o. 7//7.

:. Noe! $e Never Air 2o!!*tion ontro! Engineerin

g McGr#, 9i!! 5oo6 o. :000.

Reerence 5oo6



7. .;.R#o Environ'ent#! 2o!!*tion ontro! Enginee

ring Ne, Age Intern#tion#! 2vt. Lt$.

7//<.

:. 2.O.#!!#g+#n Energy M#n#ge'ent McGr#, 9i!! 5o

o6 o. 7//3.

met63 power plant engineering.docx

Documents