利用微生物将自然界中极为丰富的生物质降解为糖类物质，再转化为氢或乙醇等能源物质，对缓解人类目前所面临的能源危机，降低环境污染，实现经济的可持续发展战略等有重要的意义.本研究利用纤维素降解菌株灰绿曲霉（Aspergillusglaucus）XC9将秸秆（稻草粉）降解成糖类物质，并利用产氢微生物产酸克雷伯氏菌（Klebsiellaoxytoca）HP1，将其转化成氢，实现秸秆的综合利用；以曲霉所形成的菌丝球吸附并固定产氢细菌进行连续流产氢，建立了一种适用于连续流制氢过程中产氢细菌截留的新方法；改进了小试规模制曲工艺，在新工艺条件下，曲料一般只需经过56h的培养，所获得的曲CMC（羧甲基纤维素）酶活...Biomass can be degraded by microbe into sugar which can subsequently be converted into bioenergy such as hydrogen or ethanol. The conversion of biomass owing significant meaning in solving the problems such as energy source crisis, environmental pollution and maintaining the sustainable development of economy. In this study, biomass was degraded by cellulase producing strain Aspergillus gla...学位：理学硕士院系专业：生命科学学院生物学系_微生物学学号：20022603
