Page 280 - Lignocellulosic Biomass to Liquid Biofuels

References [68,122] [34] [68] [68,105] [68,105] [101] [107] [107] [61]

(kJ/mol)

E a 124 125 88 27.7
[62].
synthesis

Fischer Tropsch 1 cUP H 2 Þ H 2

for 1 bUP CO 2 1 bUP CO 2 Þ H 2
shift 1 aUP H 2 O Þ

water gas 1 aUP H 2 O 1 aUP H 2 O 2 P CO 2 =P 1=2 =K WGS =ð11aUP CO 1bUP H 2 O Þ 2 Þ 2 P CO 2 P H 2 =K WGS =ð11aUP H 2 O 1bUP H 2 O =P 1=2 Þ 2 Þ

of 2 P CO 2 P 1=2 =K WGS =ð11aUP H 2 O =P 1=2 Þ 2 Þ 2 P CO2 P H 2 =K WGS =ð11aUP CO 1bUP H 2 O Þ 2 Þ H 2
expressions 2 P CO2 P H 2 =k WGS =P CO 2 P CO2 P H 2 =K WGS Þ 2 P CO2 P H 2 =K WGS =P CO 2 P CO2 P H 2 =K WGS =P H 2 O P CO H 2

equation expressions H 2

rate 2 k WGS ðP CO P H 2 O =P 1=2
Kinetic equation 5 k WGS P CO 5 k WGS ðP CO P H 2 O 5 k WGS ðP CO P H 2 O 5 k WGS ðP CO P H 2 O 5 k WGS ðP CO P H 2 O 5 k WGS ðP CO P H 2 O 2 k WGS ðP CO P H 2 O 2 k WGS ðP CO P H 2 O

7.6 of
Table Rate R WGS R WGS R WGS R WGS R WGS R WGS R WGS R WGS R WGS