Thermodynamic Analysis, Energy Integration and Flowsheet Improvement of a Methanol Absorption Acid Gas Removal Process
Gatti, M.
Marechal, F.
Martelli, E.
Consonni, S.
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How to Cite

Gatti M., Marechal F., Martelli E., Consonni S., 2013, Thermodynamic Analysis, Energy Integration and Flowsheet Improvement of a Methanol Absorption Acid Gas Removal Process, Chemical Engineering Transactions, 35, 211-216.
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Abstract

This paper analyses the thermodynamic performance and proposes different energy integration schemes for a methanol absorption based acid gas removal process, namely the Rectisol® process specifically designed for the selective removal of H2S and CO2 from coal derived syngas.
The study consists of three major tasks:Calibrating the PC-SAFT equation of state for MEOH-CO2-H2S-H2-CO mixtures at conditions relevant for the Rectisol® process.
Evaluating the thermodynamic performances and optimising the energy integration of the “Reference” scheme by means of “heat-cascade” based optimisation methodology.
Identifying attractive process modifications on the basis of Process Integration principles.
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