Acrylonitrile can be formed from propylene, ammonia, and oxygen in the reaction CH, NH OTCHN + 3H2O To produce acrylonitrile, stoichiometric ratios of propylene, ammonia, and oxygen are fed into the reactor. The single pass conversion of this reaction is 34.3% of the propylene. The product of the reaction is fed into a separator where the unreacted propylene, ammonia, and oxygen are recycled back to the feed stream, and the acrylonitrile and water exit as products. 46 mol/min 41 mol CH./min 4x mol NH./min 9. mol O2/min 44 mol/min Os mol/min Reactor Separator 90 mol/min 4 mol C, H, /min 2 mol NH/min w mol O/min 110 mol/min 16.8 kg C, H, N/min on mol H, O/min 16.8 kg CH N/min 41 mol H, O/min If 16.8 kg C, H, N/min are desired, find the flow rate of fresh feed go, the flow rate of the recycle stream 4, and the ratio of fresh feed to recycled feed that enters the reactor. 00= mol/min 96 mol/min go 06 min/min TOOLS X10