氧量最优控制系统设计与工业应用在污染物排放控制中的效果评估  

Design of the Optimal Control System for Oxygen Content and Evaluation ofIts Industrial Application in Pollutant Emission Control

作　　者：丛志学 郎尚华 谷延宏 CONG Zhixue;LANG Shanghua;GU Yanhong

机构地区：[1]国能康平发电有限公司,辽宁沈阳110500

出　　处：《电力系统装备》2024年第2期148-150,共3页Electric Power System Equipment

摘　　要：随着我国污染物排放标准的更新与优化,当前火电厂的发展面临着极大挑战。在火电厂电能生产过程中,会产生大量烟气,如果没有对这些烟气进行有效处理,会引发严重的大气污染,影响我国生态文明建设效果,也不利于火电厂的长远可持续发展。因此,需要采取一定措施对烟气污染物排放进行控制。将氧量最优控制系统应用在火电厂污染物排放控制中,有突出效果。文章主要探讨氧量最优控制的重要性,并对氧量最优控制系统的设计原理和结构组成进行探索,明确在火电厂中,氧量最优控制系统设计的效果,为火电厂污染物排放控制管理提供新的方向。With the updating and optimization of the emission standards of pollutants in China,the development of thermal power plants is facing great challenges.In the process of electric energy production in thermal power plants,a large amount of flue gas will be produced,if the flue gas is not effectively treated,it will cause serious air pollution,affect the effect of ecological civilization construction in China,and is not conducive to the long-term sustainable development of thermal power plants.Therefore,it is necessary to take some measures to control the emission of flue gas pollutants.The application of oxygen optimal control system in pollutant discharge control of thermal power plant has a prominent effect.This paper mainly discusses the importance of oxygen optimal control,and explores the design principle and structure of oxygen optimal control system to clarify the effect of oxygen optimal control system design in thermal power plants,and provides a new direction for pollutant emission control management in thermal power plants.

关 键 词：氧量控制 污染物排放 效果评估 

分 类 号：X832[环境科学与工程—环境工程] X84