贵州化工
貴州化工
귀주화공
GUIZHOU CHEMICAL INDUSTRY
2011年
4期
9-11,14
,共4页
生物质%气化%催化剂
生物質%氣化%催化劑
생물질%기화%최화제
biomass%gasification%catalyst
生物质气化技术已在国内外得到了广泛的开发和运用,但由于合成气中焦油含量较高,影响了合成气的品质,限制了生物质气化技术的应用。在生物质气化过程中应用催化剂可以有效的降低焦油的含量,调整合成气组成。对国外生物质催化气化催化剂的研究进展进行了综述,并提出了我国生物质催化气化技术的研究方向。
生物質氣化技術已在國內外得到瞭廣汎的開髮和運用,但由于閤成氣中焦油含量較高,影響瞭閤成氣的品質,限製瞭生物質氣化技術的應用。在生物質氣化過程中應用催化劑可以有效的降低焦油的含量,調整閤成氣組成。對國外生物質催化氣化催化劑的研究進展進行瞭綜述,併提齣瞭我國生物質催化氣化技術的研究方嚮。
생물질기화기술이재국내외득도료엄범적개발화운용,단유우합성기중초유함량교고,영향료합성기적품질,한제료생물질기화기술적응용。재생물질기화과정중응용최화제가이유효적강저초유적함량,조정합성기조성。대국외생물질최화기화최화제적연구진전진행료종술,병제출료아국생물질최화기화기술적연구방향。
The technology of biomass gasification has been developed and applied universally all over the word.However,the higher content of tar affects the quality of syngas and limits the application of biomass gasification technology.Applying catalyst in the biomass gasification process can reduce the tar content effectively and adjust the syngas composition.In this article,the foreign research progress on catalysts for catalytic gasification of biomass is reviewed,and the domestic research direction of the biomass catalytic gasification technology is presented.