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03: Toluene (C-Hs) reacts with Hz to form benzene (desired product), but a side reaction occurs in which diphenyl (undesired product), is formed. CyH3 + H2 - CH + CH Toluene Hydrogen Benzene Methane 2C,Hy + H2 - C12H10 + 2CH, Diphenyi The process is shown in the figure below. Hydrogen is added to the gas recycle stream to make the ratio of Hz to CH4 1 to 1 before the gas enters the mixer. The ratio of Hz to toluene entering the reactor at G is 4 Hz to 1 toluene. The single-pass conversion of toluene is 88%, and the yield of benzene is 0.80. Based on 100 moles of toluene entering the reactor, calculate the following: 1. molar composition of the reactor effluent using the extent of reaction approach 2. amount of gas recycle stream. 3. molar composition of the purge stream. 4. Selectivity 5. Overall conversion of toluene. 6. Which reaction is predominating? Is it the main reaction or the side reaction? Why? Makeup M 100% Gas Recycle RC P Purge 1 H:1CH YCH W CH, H. Reactor Separator 100%CH, Mixer 1C,He: 4H24CH 100% CH mol CH 1 mol H, Ty mol CH nmol CH mole Liquid Recycle R. 100% CH, D 100% CH