摘要
通过分析木薯—电力生态工业园区主要产业链,从循环经济中层层面研究园区生产组织模式,尤其是园区内生物质发电系统中各个单元之间的产品、副产品、废物,以及能量和水的交换、再利用的设计分析,使园区内物质、能量、信息得以综合利用。经计算表明,所设计生态工业园区内的冷热电三联供系统与传统火力供电系统相比每年可减排CO2 12.28万t。园区的建立不但环境效益显著,还为农村电力发展提供了一种新模式。
Through analyzing the major industrial chain in the cassava electric power eco-industrial park,this paper explores the production and organization pattern of the eco-industrial park in the middle layer of the economic circulation,especially the products,by-products,and the wastes among the units.By means of design and analysis of the exchange between energy and water in the biomass power generation system,the material,energy,and information in the park finally can be utilized comprehensively.The calculation shows that,comparing with the traditional thermoelectricity generating system,the eco-industrial park may reduce discharge 122 800 ton CO2 every year.The establishment of the park not only improves the environment remarkably,but also provides a new pattern for the agricultural electric power development.
出处
《华东电力》
北大核心
2011年第2期299-302,共4页
East China Electric Power
基金
国家重点基础研究发展计划项目(2005CB724207)
北京市自然科学基金项目(8082022)~~
关键词
节能减排
电力生态工业园区
木薯
低碳经济
energy saving and emission reduction
electricity eco-industry park
cassavas
low-carbon economy
