4. The Diels-Alder reaction between benzoquinone (B) and cyclopentadiene (C) produces an adduct: B+C → adduct Assuming an equimolar ratio of reactants, -rB = kC;² and k = 9.92 m³/kmol-ksec Determine...


4. The Diels-Alder reaction between benzoquinone (B) and cyclopentadiene (C)<br>produces an adduct: B+C → adduct<br>Assuming an equimolar ratio of reactants, -rB = kC;² and k = 9.92 m³/kmol-ksec<br>Determine the reactor size requirements (i.e., total reactor volume) for (a) a<br>single CSTR configuration versus (b) two identical CSTRS in series.<br>%3D<br>Reactant feed concentrations are equimolar, with each equal to 0.08 kmol/m³.<br>The liquid feed rate is 0.278 m³/ksec and the desired fractional conversion of B is<br>XB = 0.875.<br>

Extracted text: 4. The Diels-Alder reaction between benzoquinone (B) and cyclopentadiene (C) produces an adduct: B+C → adduct Assuming an equimolar ratio of reactants, -rB = kC;² and k = 9.92 m³/kmol-ksec Determine the reactor size requirements (i.e., total reactor volume) for (a) a single CSTR configuration versus (b) two identical CSTRS in series. %3D Reactant feed concentrations are equimolar, with each equal to 0.08 kmol/m³. The liquid feed rate is 0.278 m³/ksec and the desired fractional conversion of B is XB = 0.875.

Jun 10, 2022
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