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The dehydrogenation of ethanol is carried out by the following reaction: C2H5OH g→CH3CHO g+H2(g) The heat...

The dehydrogenation of ethanol is carried out by the following reaction:

C2H5OH g→CH3CHO g+H2(g)

The heat given by the reactor is 23500 kW. If the inlet flow rate is 150 mol/s C2H5OH at 298.150C and the reaction conversion is 100%, calculate the temperature of the outlet stream. Note that there is no external work involved in the reactor. Use Heat of Formation method. NOTE: Take CP=A

NOTE: Cp,CH3CHO=1.693+0.018T (J/mol/K)

CH3CHO          Acetaldehyde

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Amanda K answered 6 months ago
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