FIELD: chemistry.
SUBSTANCE: method includes chemical conversion of isoprene in a bioisoprene composition to non-isoprene compounds by: (a) heating the bioisoprene composition or subjecting said composition to catalytic conditions suitable for isoprene dimerisation to produce an isoprene dimer and then catalytically hydrogenating the isoprene dimer to form a saturated C10 fuel component; or (b) (i) partially hydrogenating the bioisoprene composition to produce an isoamylene, (ii) dimerising the isoamylene with a mono-olefin selected from a group consisting of isoamylene, propylene and isobutene to form a double compound and (iii) completely hydrogenating the double compound to produce a fuel component. The bioisoprene composition is produced by a genetically engineered cell culture, suitable microorganisms, plant or animals. The invention also relates to a system for producing fuel and a fuel composition.
EFFECT: fuel contains fewer impurities inherent to fuel obtained using petro-isoprene.
28 cl, 21 tbl, 32 ex, 173 dwg
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Authors
Dates
2014-10-27—Published
2010-06-17—Filed