Ethanol is feed to continuous reactor with presence of Sulphuric Acid catalyzer to produce ethylene. Distillation...

 

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Ethanol is feed to continuous reactor with presence of Sulphuric Acid catalyzer to produce ethylene. Distillation process then will be applied to separate ethylene-H₂O mixture. Ethylene as a top product is then condensate with condenser to perform liquid ethylene. Hydrogenation of ethylene applies in another reactor with presence of Nickel catalyzer to produce ethane as a final product. Develop BFD for these processes. H₂SO4 CH3CH₂OH CH₂=CH₂ + H₂ Ni CH2=CH, + H,O CH3 CH3 Ethanol is feed to continuous reactor with presence of Sulphuric Acid catalyzer to produce ethylene. Distillation process then will be applied to separate ethylene-H₂O mixture. Ethylene as a top product is then condensate with condenser to perform liquid ethylene. Hydrogenation of ethylene applies in another reactor with presence of Nickel catalyzer to produce ethane as a final product. Develop BFD for these processes. H₂SO4 CH3CH₂OH CH₂=CH₂ + H₂ Ni CH2=CH, + H,O CH3 CH3

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To develop a Block Flow Diagram BFD for the processes you described Ill outline the major process st... View the full answer