Oil refineries frequently have both

H_(2)S

and

SO_(2)

to dispose of. The following reaction suggests a means of getting rid of both at once:\

2H_(2)S(g)+SO_(2)(g)longleftrightarrow3S(s)+2H_(2)O(g)

\ The feed to the reactor consists of

H_(2)S

and

SO_(2)

in their stoichiometric proportions; the reaction temperature is controlled at

450\\\\deg C

. Estimate the maximum mole fraction of

H_(2)O

in the product stream if the reactor pressure is\ a)1 bar\ b)

100 bar

Oil refineries frequently have both H2S and SO2 to dispose of. The following reaction suggests a means of getting rid of both at once: 2H2S(g)+SO2(g)3S(s)+2H2O(g) The feed to the reactor consists of H2S and SO2 in their stoichiometric proportions; the reaction temperature is controlled at 450C. Estimate the maximum mole fraction of H2O in the product stream if the reactor pressure is a) 1 bar b) 100bar Oil refineries frequently have both H2S and SO2 to dispose of. The following reaction suggests a means of getting rid of both at once: 2H2S(g)+SO2(g)3S(s)+2H2O(g) The feed to the reactor consists of H2S and SO2 in their stoichiometric proportions; the reaction temperature is controlled at 450C. Estimate the maximum mole fraction of H2O in the product stream if the reactor pressure is a) 1 bar b) 100bar