Example 10.5
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CGAM Problem - Real Gas Fuel 3.54302 #MACRO? T2 ( R) 1624.98 7.996 P2 (bar) 7.596 76174.9060 Air Feed 229.893115566161 lb/s 536.67 T1 ( R) #MACRO? 1.013 P1 (bar) W_AC_or_GT (kW) Stack 233.4361 lb/s #MACRO? T7( R) 1.013 P7 (bar) #MACRO? lb/s 536.670 T8( R) Preheat/Economizer 20.000 P8 (bar) #MACRO? BTU/s Variables 229.893115566 MW Air (lb/lb-mol 0.84095624518 MW Water (lb/lb-m 7.99555041537 74651.4078 CH4 C/H Ratio = 1624.97965846 #MACRO? CH4 LHV (Btu/lb) = Fair (lb/s) = Calculate T4 nAC = P2 (bar) = el (Avail Btu/s) = T3 (R) = (Total Btu/s) =
description
ex10.5
Transcript of Example 10.5
CGAM Problem - Real GasFuel3.54302#MACRO? T2 ( R) 1624.98.996 P2 (bar) .59676174.9060A!r Fee"229.8931155662 lb/s536.6 T1 ( R) #MACRO?1.013 P1 (bar) W_AC_or_GT (kW)#$a%& 233.4361 lb/s#MACRO? T7( R)1.013 P7 (bar)#MACRO? lb/s536.60 T8( R) Pre'ea$()%o*om!+er20.000 P8 (bar) #MACRO !T"/s,ar!ables229.89#11$$66 MW A%r (lb/lb&'ol)0.8409$624$2 MW Wa()r (lb/lb&'ol)7.99$$$041$4 746$1.4078 C*4 C/* Ra(%o+1624.9796$846 #MACRO C*4 ,*- (!(./lb)+/a%r (lb/s) + Cal0.la() T41AC +P2 (bar) + *2.)l (A3a%l !(./s) +T# (R) + *a%r (To(al !(./s) +#.$4#018882 #MACRO T4)or A%r (lb a%r/ lb C*4)5A 6AR #.764$97#60.860420#918 #MACRO1$1$Ma$er!al a*" )*er-. /ala*%es0em1era$ures 23se*$ro1!%4 0em1era$ures 2A%$ual4 5o-6Mea*60em1s$#6.67$#6.67#MACRO #MACRO1624.98#MACRO#MACRO #MACRO#MACRO889.00#MACRO$#6.678$9.00874)*$ro1.3se*$ro1!% )*$'al1.3se*$ro1!% )*$'al1.A%$ual#MACRO#MACRO #MACRO#MACRO#MACRO #MACRO/2.)l (lb/s) + 4a%r72.)l (!(./lb) +1GT +1PT + T4 (R) +T8%104 ( R) +Ta88roa04 ( R) +Tr)2 +T0 (R) +T1 (R) +T2 (R) + T2 (R) +T# (R) + 9T,M:0o1 (R) +T4 (R) + 9T,M:3a8 (R) +T$ (R) + T$ (R) + 9T,MAP* (R) +T6 (R) +T78(R) +T7 (R) +T8 (R) +T88 (R) +T9 (R) +40 (!(./lb) +s1 (!(./lb&R) + 41 (!(./lb) +s2 (!(./lb&R) + 42 (!(./lb) + 42 (!(./lb) +4# (!(./lb) +s4 (!(./lb&R) + 44 (!(./lb) +s$ (!(./lb&R) + 4$ (!(./lb) + 4$ (!(./lb) +46 (!(./lb) +478 (!(./lb) +47 (!(./lb) +48 (!(./lb) +488 (!(./lb) +49 (!(./lb) +7ea$76174.9061$2#.498#MACRO#MACRO#MACROTo(al Cos( (;/s)+
