Use Aspen Hysys to simulate the Gibbs reaction of nitrogen and hydrogen to produce ammonia considering a nitrogen feed stream with 10 kmol/h entering at 50 C and 15 bar and a hydrogen feed stream with 40 kmol/h entering at the same temperature and pressure. The reaction is done adiabatically and the effluent is cooled to -100 C without pressure drop before it enters a two-phase separator to separate the liquid ammonia product.

Hint: Gibbs Reactor requires no reaction set.

Use SRK fluid package

Answer the following questions:

1. Reacted Nitrogen in (Kmol/hr) (rounded to one decimal place)
2. Outlet temperature in C (rounded to one decimal place)
3. Ammonia Production in kg/h (rounded to one decimal place)

The unreacted nitrogen and hydrogen are heated to 50 C without pressure drop and recycled to the reactor.

Hint: Set the number of iteration for the recycle logical operation = 1000

Answer the following questions:

1. Amount of unreacted N2 in (Kmol/hr)
2. Reactor Outlet temperature in C (rounded to one decimal place)
3. Ammonia Production in kg/h (rounded to one decimal place)
4. Is it a good idea to recycle the unreacted components (yes or no)