10 mol/h of benzene (CH) and 20 mol/h of chlorine gas (Cl) are fed to a...

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10 mol/h of benzene (CH) and 20 mol/h of chlorine gas (Cl₂) are fed to a reactor. Chlorobenzene (C6HCl), di-chlorobenzene (CH₂Cl₂), and tri-chlorobenzene (CH-C(3) are main products from the process. The exit stream was analyzed and found to contain 1.0 mol/h of Cl₂, 2.0 mol/h of C6HCl, and 4.0 mol/h of CH₂Cl₂. The Chlorination of benzene occurs via the following reactions at standard conditions. C6H6+ Cl₂ → C6H5Cl + HCl C6H5Cl + Cl₂ → C6H4Cl₂ + HCI C6H4Cl2 + Cl₂ → C6H3Cl3 + HCl Determine heat transfer amount to/from the process. 10 mol/h of benzene (CH) and 20 mol/h of chlorine gas (Cl₂) are fed to a reactor. Chlorobenzene (C6HCl), di-chlorobenzene (CH₂Cl₂), and tri-chlorobenzene (CH-C(3) are main products from the process. The exit stream was analyzed and found to contain 1.0 mol/h of Cl₂, 2.0 mol/h of C6HCl, and 4.0 mol/h of CH₂Cl₂. The Chlorination of benzene occurs via the following reactions at standard conditions. C6H6+ Cl₂ → C6H5Cl + HCl C6H5Cl + Cl₂ → C6H4Cl₂ + HCI C6H4Cl2 + Cl₂ → C6H3Cl3 + HCl Determine heat transfer amount to/from the process.

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Let I II M Thus and Total CoHot Cl x mole C6H5C1 Cl C6H4 C1 HCl 4 x C6 H4 C1 x Cl x... View the full answer