Methanol is synthesized by reacting CO with H2 under suitable catalytic conditions fit. The initial input stream contains 32% mol CO, 64% mol H2 and 4% N2. Your input line The first will be mixed with the circulating stream at a ratio of 5 mol of circulation/1mol of initial input to create input to the reaction vessel, given that this input stream contains 13% mol of N2. The reaction vessel is set for a low one-time conversion. The substances leaving the reactor will pass through a condenser condenser, where two streams of matter are separated: a methanol-only liquid product stream obtained from The reactor vessel will be removed, the remainder consisting of CO, H2 and N2 also from the reactor. Current The gas coming out of the condenser is split into two: one is discharged from the process, the other be reverted back as mentioned above