Integrated Process
Intensified Plasma Reactors for Catalytic Syngas
Conversion to Fuels and Chemicals
The major factors
contributing to the activity and product
selectivity of the Fischer-Tropsch synthesis
involve reactor enhancement and the modification
of catalyst in nanoscale. The aim of the
research was to develop an integrated approach
to convert syngas to liquid fuels and other
value added chemicals over various catalysts
under non-thermal plasma conditions through
Fischer-Tropsch synthesis. The unique properties
of the plasma which has chemically reactive
species is expected to efficiently perform
reactions under low temperature and ambient
pressure. Furthermore, catalysts prepared with
nanoparticle size are also expected to provide
positive synergistic effect with DBD plasma and
to improve CO conversion as well as increase
selectivity towards long chain hydrocarbons
(C5+).
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