Tail gas heating and expansion Sample Clauses

Tail gas heating and expansion. The proposed pilot plant consists of two power recovery turbines for converting pressure and thermal energy in the tail gas stream into shaft power. The pressure ratio across each expander is approximately 1:4, and the specific enthalpy drop is 90–100 kJ/kg. The molar mass of the tail gas is about 33.1. Radial gas turbines are well known and mature technology within several cryogenic industries such as helium liquefaction, hydrogen liquefaction and air separation. The power output from each turbine is about 50 kW and depending on the complexity and cost considerations, the shaft power could be either dissipated by brakes, converted to electric power by generators or coupled with a single-stage permeate compressor. If, like for the retentate gas leaving the membrane unit, the deployment of power recovery expanders is considered to be too complex for the pilot plant design, they can simply be excluded from the scheme and replaced with throttling valves. This will simplify the process control structure.
Sample 1
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