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Non-thermal Plasma reforming of Refractory Tars Generated by Biomass Gasification

机译:生物质气化产生的难治性焦油的非热等离子体重整

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摘要

A problem that is identified with existing integrated systems is the presence of tar compounds in the synthesis gas generated from biomass. These compounds form carbon deposits on the catalyst surface and reduce the active area. Further, the synthesis gas has sulfur and other contaminants present that can permanently degrade the fuel synthesis catalysts. Ceramatec has developed a non-thermal plasma reformer that is tolerant of the contaminants and can successfully reform the tar compounds to form additional synthesis gas. This process has been successfully tested in the laboratory and is currently being deployed in a large scale test at Western Research Institute in Laramie, WY.
机译:用现有的集成系统鉴定的问题是在生物质产生的合成气中存在焦油化合物。这些化合物在催化剂表面上形成碳沉积物并减少活性区域。此外,合成气具有硫和存在的其他污染物,其可以永久降解燃料合成催化剂。 CERAMATEC开发了一种耐污染物的非热等离子体重整器,可以成功地改变焦油化合物以形成额外的合成气。该过程已在实验室成功进行测试,目前正在驻WY的西部研究所在大规模测试中进行。

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