Analysis on the change of coal consumption of low-pressure (low temperature) economizer unit

Author:

Chen Feng,Chen Yingtao,Xue Fangming,Su Jingcheng,Sun Yiqing,Liu Xiuru

Abstract

Abstract This paper discusses the calculation of coal consumption for power generation when the unit uses steam extraction as a low-pressure (low temperature) heat recovery source. The calculation of coal consumption for power generation when the unit uses low-pressure (warm) economizer as a low-pressure (low-temperature) heat source, the heat source is not recovered. At the same time, the coal consumption of power generation was compared, and finally the reduction of the heat rate of the turbine was discussed as a decrease in coal consumption.

Publisher

IOP Publishing

Subject

General Engineering

Reference4 articles.

1. Evaluating energy consumption of air gap membrane distillation for seawater desalination at pilot scale level;Duong;Separation & Purification Technology,2016

2. Entangled standardizing networks: the case of GLOBALGAP and fairtrade in St Vincent’s banana industry;Aasprong,2013

3. The study on the effect of fractional composition and ash particle diameter on the ash collection efficiency at the electrostatic precipitator;Đuric;Chemical Industry & Chemical Engineering Quarterly,2010

4. Deposit Formation of the Low-Pressure Economizer in a Coal-Fired Thermal Power Plant;Chen;Energy & Fuels,2017

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