Advances in Thermochemical Biomass Conversion 1993
DOI: 10.1007/978-94-011-1336-6_93
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Combustion Tests of Bio-Oils Derived from Biomass Slow Pyrolysis

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Cited by 3 publications
(2 citation statements)
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“…Macro-scale combustion tests performed in flame tunnels at MIT and CANMET on fast pyrolysis bio-oil as well as those done at the International Flame Research Foundation, ENEL, and COGIS using slow pyrolysis liquid did not indicate fundamental differences in combustion behavior of wood pyrolysis oil and No. 2 fuel oil and confirmed that bio-oil could be burned with steady, self-sustaining flames similar to those from petroleum-based fuel oils.…”
Section: Properties Of Biomass Pyrolysis Oilsmentioning
confidence: 79%
“…Macro-scale combustion tests performed in flame tunnels at MIT and CANMET on fast pyrolysis bio-oil as well as those done at the International Flame Research Foundation, ENEL, and COGIS using slow pyrolysis liquid did not indicate fundamental differences in combustion behavior of wood pyrolysis oil and No. 2 fuel oil and confirmed that bio-oil could be burned with steady, self-sustaining flames similar to those from petroleum-based fuel oils.…”
Section: Properties Of Biomass Pyrolysis Oilsmentioning
confidence: 79%
“…Macro-scale com bus tion tests per formed in flame tun nels at MIT [33] and CANMET [34] on fast py rol y sis bio-oil as well as those done at the In ter na tional Flame Re search Foun da tion [35], ENEL [36], and COGIS [37] us ing slow py rol y sis liq uid did not in di cate fun da men tal dif fer ences in com bus tion be hav iour of wood py rol y sis oil and No. 2 fuel oil and con firmed that bio-oil could be burned with steady, self-sus tain ing flames sim i lar to those from pe tro leum-based fuel oils.…”
Section: Prop Er Ties Of Bio Mass Py Rol Y Sis Oilsmentioning
confidence: 99%