Article ID Journal Published Year Pages File Type
6644035 Fuel 2012 10 Pages PDF
Abstract
► Benzene reforming in simulated syngas by chrysotile and chrysotile/lizardite ores. ► Fourfold higher benzene conversion by chrysotile ores than olivine. ► Twofold higher benzene conversion by chrysotile/lizardite ores than olivine. ► High activity of chrysotile for steam reforming of methane in simulated syngas. ► Higher benzene conversion by increasing reductive-to-oxidative gas ratio.
Related Topics
Physical Sciences and Engineering Chemical Engineering Chemical Engineering (General)
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