生物质气化与燃煤耦合发电系统能流和㶲流分析
摘要:生物质气化耦合燃煤发电可充分利用我国的生物质资源，减少煤炭的燃烧，改善能源结构，实现节能减排。为分析生物质气化－燃煤耦合发电系统能量流动及损失分布，基于热力学第一定律和热力学第二定律，建立了系统能流、?
Abstract：Biomass gasification coupled with coal-fired power generation can make full use of biomass resources in China, reduce coal combustion, improve energy structure, and achieve energy conservation and emission reduction. In order to analyze the energy flow and loss distribution of biomass gasification-coal fired coupling power generation system, based on the first law and the second law of thermodynamics, this paper establishes the energy flow and exergy flow analysis models to calculate energy flow and exergy flow diagram. The results show that when adopting scientific and reasonable gas distribution mode, the combustion stability of boiler is almost not affected; under the condition of the rated condition (THA), 75%THA and 50%THA，the system energy efficiency are 32.39%, 31.93% and 31.38%, and the exergy efficiency are 30.27%, 31.83% and 30.35%. Biomass gasification coupled with coal-fired power generation system has higher energy efficiency than that of the existing biomass direct fired power plant project, and its technical and economic benefits are obvious. Energy loss and exergy loss analysis can lay a theoretical foundation for system design and optimization, and indicate the application direction of biomass gasification coupled with coal-fired power generation system.
标题：生物质气化与燃煤耦合发电系统能流和㶲流分析
title:Energy and Exergy Flow Analysis of Biomass Gasification-Coal Coupling Power Generation System
作者：吴智泉, 韩中合, 向鹏, 祁超, 吴跃明
authors:WU Zhiquan, HAN Zhonghe, XIANG Peng, QI Chao, WU Yueming
关键词：生物质气化,生物质耦合燃煤发电,能流,?流,
keywords:biomass gasification,biomass coupled coal-fired power generation,energy flow,exergy flow,
发表日期：2018-03-21
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