文章基本信息

标题：Recovery and energy use of flue gas from a coal power plant
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作者：Piotr Szulc ; Tomasz Tietze
期刊名称：Bulletin of the Institute of Heat Engineering
印刷版ISSN：2083-4187
出版年度：2017
卷号：97
期号：2
页码：135
语种：English
出版社：Warsaw University of Technology
摘要：The paper presents a technology for heat recovery from flue gas generated in power units of coal-fired power plants. Thetechnology for heat recovery from flue gas is based on bringing the water vapor contained in flue gas to condensation.A thorough analysis was performed of the potential of recovering heat from gas formed through the combustion of coal andlignite. The results were confirmed experimentally at the laboratory scale and in a pilot-scale real facility. The test results wereused in the formulation of conclusions and guidelines that will provide valuable insight to the design of a heat recovery system.The analysis and tests performed demonstrated that the recovery of waste heat from flue gas through the condensation ofwater vapor is justified only if the flue gas contains a lot of moisture, e.g. flue gas formed through the combustion of lignite.
其他摘要：The paper presents a technology for heat recovery from flue gas generated in power units of coal-fired power plants. The technology for heat recovery from flue gas is based on bringing the water vapor contained in flue gas to condensation. A thorough analysis was performed of the potential of recovering heat from gas formed through the combustion of coal and lignite. The results were confirmed experimentally at the laboratory scale and in a pilot-scale real facility. The test results were used in the formulation of conclusions and guidelines that will provide valuable insight to the design of a heat recovery system. The analysis and tests performed demonstrated that the recovery of waste heat from flue gas through the condensation of water vapor is justified only if the flue gas contains a lot of moisture, e.g. flue gas formed through the combustion of lignite.
关键词：flue gas; heat recovery; waste heat; power plant unit