A pollutant is depleted according to a first order reaction

A pollutant is depleted according to a first order reaction in the steady-state, non- conservative CMFR shown to the right. The volume of the CMFR, the concentration of pollutant inside the CMFR, and the reaction rate coefficient are shown. Determine the effluent concentration CE = 15 m3/s QD = 6 m3/s CA= 476 mg! V=37m? ine C=32 mg

Solution

For steady state non Conservative system

Qin =Qout

QCin=QCout+KVC

Cin/Cout=1 (1+k)

=V/Q

Data doesn\'t seem to be adequate for calculation

Option A is the answer

 A pollutant is depleted according to a first order reaction in the steady-state, non- conservative CMFR shown to the right. The volume of the CMFR, the concent

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