Abstract
Sorption-enhanced gasification is a process in which a carbonaceous feedstock is gasified and CO2 is simultaneously removed through the use of a sorbent. The process offers a promising pathway for the production of producer gas with high hydrogen content, coupled with in-situ removal of carbon dioxide. Biomass can be used as a feedstock. Following a section reviewing the fundamentals of sorption enhanced gasification, the thermodynamics of the process are considered in more detail. Experiments on a laboratory and pilot scale are then described, followed by an overview of an industrial-scale test.
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