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热电厂循环水综合利用技术研究

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随着全球经济的快速发展,各行各业对能源的需求持续攀升,如何提高能源利用效率已经成为提升竞争力的重要途径.对热电厂来说,水资源作为生产过程中至关重要的能源,热电厂产生电能的同时,也消耗了大量水资源,不仅会导致热电厂生产成本的大幅增长,同时也会面临资源浪费、生态污染等严重问题.与此同时,近年来的环境保护政策也对工业用水提出了更高的要求,要求企业必须融入绿色低碳发展理念,通过优化资源配置,全面达成节能减排的目标.因此,对热电厂来说,必须全面落实环境保护要求,通过管理与技术的优化创新,提升热电厂循环水的利用效率,才能不断提升热电厂综合效益.基于此,本研究从热电厂实际情况入手,阐述了热电厂循环水综合利用技术,仅供参考与借鉴.
Research on the Comprehensive Utilization Technology of Circulating Water in Thermal Power Plant
With the rapid development of the global economy,the demand for energy from all walks of life continues to rise,and how to improve energy efficiency has become an important way to enhance competitiveness.For thermal power plants,water resources are a vital energy in the production process.Thermal power plants generate electricity,but also consume a lot of water resources,which will not only lead to a substantial increase in the production cost of thermal power plants,but also face serious problems such as resource waste and eco-logical pollution.At the same time,the environmental protection policies in recent years have also put forward higher requirements for in-dustrial water use,requiring enterprises to integrate the concept of green and low-carbon development,and fully achieve the goal of ener-gy conservation and emission reduction by optimizing resource allocation.Therefore,for thermal power plants,it is necessary to fully im-plement the requirements of environmental protection,and improve the utilization efficiency of circulating water in thermal power plants through the optimization and innovation of management and technology,so as to continuously improve the comprehensive benefits of ther-mal power plants.Based on this,this study starts from the actual situation of thermal power plant,and expounds the comprehensive utiliza-tion technology of circulating water in thermal power plant,for reference only.

Thermal power plantCirculating waterComprehensive utilization technologyMeasures

詹清阳

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国能 (泉州) 热电有限公司,福建 泉州 362804

热电厂 循环水 综合利用技术 措施

2024

机电产品开发与创新
中国机械工业联合会

机电产品开发与创新

影响因子:0.211
ISSN:1002-6673
年,卷(期):2024.37(4)
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