美国普渡大学的研究人员称,普渡大学开发的生产生物燃料的快速氢解-加氢脱氧H2Bioil工艺过程的成本,可望与99～116美元/bbl（1bbl≈159L）的原油价格相竞争,这取决于氢源、生物质成本以及是否执行联邦碳税制。他们的分析报告已发表在《B...美国普渡大学的研究人员称,普渡大学开发的生产生物燃料的快速氢解-加氢脱氧H2Bioil工艺过程的成本,可望与99～116美元/bbl（1bbl≈159L）的原油价格相竞争,这取决于氢源、生物质成本以及是否执行联邦碳税制。他们的分析报告已发表在《Biomass Conversion and Biorefinery》杂志上。展开更多
C 5/C 6 alkane hydroisomerization is one of the most economical technologies for octane enhancement and has potential application in China in the next decade. The work about choice of hydroisomerization catalyst syste...C 5/C 6 alkane hydroisomerization is one of the most economical technologies for octane enhancement and has potential application in China in the next decade. The work about choice of hydroisomerization catalyst systems and scale up in catalyst preparation was presented. Performance and regeneration behaviors tested in different laboratory reactors and a 1000 t/a pilot plant were discussed, which offers the information for commercial use of this process. Mechanism for coke formation was also proposed.展开更多
文摘美国普渡大学的研究人员称,普渡大学开发的生产生物燃料的快速氢解-加氢脱氧H2Bioil工艺过程的成本,可望与99～116美元/bbl（1bbl≈159L）的原油价格相竞争,这取决于氢源、生物质成本以及是否执行联邦碳税制。他们的分析报告已发表在《Biomass Conversion and Biorefinery》杂志上。
文摘C 5/C 6 alkane hydroisomerization is one of the most economical technologies for octane enhancement and has potential application in China in the next decade. The work about choice of hydroisomerization catalyst systems and scale up in catalyst preparation was presented. Performance and regeneration behaviors tested in different laboratory reactors and a 1000 t/a pilot plant were discussed, which offers the information for commercial use of this process. Mechanism for coke formation was also proposed.
