作　　者： ; ; ; ; ;

机构地区： 清华大学化学工程系

出　　处： 《现代化工》 2007年第7期5-8,10,共5页

摘　　要： 生物炼制是长远发展方向,发展循环经济极具潜力和优势。本文以集成创新为指导思想,从发酵法路线生物炼制的工业共生网络优化设计、关键链接和支撑技术的产业化突破、虚拟生物炼制系统的建立、能量和水系统集成、系统工业生态特性分析、生态环境风险评估分析和防范、生物炼制循环经济示范园区建设7个方面,探讨了在生物炼制产业建立循环经济发展模式所需要进行的理论、技术和实践工作。 Producing energy and chemicals with biomass as raw material is a trend for the future,there are great potentials and advantages for the biomass-based industry. Guided by the principle of integrative innovation, the topics which need further efforts to promote the implementation of biomass-based industry via fermentation route, including design and opfmfization of industrial symbiotic network, break-through of key supporting technologies, development of virtual biorefinery software, integration of energy and water network, systematic industrial ecology analysis, environmental risk assessment and precautions, construction of demonstration site, are discussed. The theory, techniques, and practical work to establish circular economical patterns of biomass-based energy and chemical industry are also discussed.

关 键 词： 生物炼制 循环经济 生态工业

领　　域： [经济管理] [化学工程]