首页|风冷式干除渣系统在1×330MW机组中的应用与优化改造

风冷式干除渣系统在1×330MW机组中的应用与优化改造

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东海热电 330 MW机组采用传统的水力除渣方式,存在水资源浪费、能耗高、安全性差、维护费用高等问题.对电厂生产过程中炉渣的排放方式及提高炉渣的综合率方面进行研究论证,将水力除渣系统改造成风冷式干除渣系统,改造后简化了排渣系统,提高了能源利用率及锅炉的效率.风冷式干除渣系统灰渣燃烧充分、含碳量低,保留了炉渣的活性,利于灰渣综合的利用,提高了社会效益及经济效益,对提高整个电厂的经济运行水平具有非常重要的意义.
Application and Optimization of Air-Cooled Dry Slag Removal System in 1×330MW Unit
The 330 MW unit of Donghai Thermal Power adopts the traditional hydraulic slag removal method,which has many problems such as water resource waste,high energy consumption,poor safety,and high maintenance costs.Research and demonstration were conducted on the discharge method of slag in the production process of power plants and the improvement of the comprehensive rate of slag.The hydraulic slag removal system was transformed into an air-cooled dry slag removal system,which simplified the slag removal system and improved energy utilization and boiler efficiency.The air-cooled dry slag removal system has sufficient ash combustion,low carbon content,and retains the activity of the slag,which is conducive to the comprehensive utilization of ash and improves social and economic benefits.It is of great significance for improving the economic operation level of the entire power plant.

coal fired boilerair-cooled dry slag removal systemthermal power plant

范圣奎、姜伟、王萍、赵美翠、刁鹏飞、刘志强

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山东南山铝业股份有限公司,山东烟台 265713

烟台市南山职业技术学校,山东烟台 265713

烟台南山学院,山东烟台 265713

山东裕龙石化有限公司,山东烟台 265715

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燃煤锅炉 风冷式干除渣系统 火电厂

2023南山集团科技项目

2023-3-1

2024

自动化应用
重庆西南信息有限公司

自动化应用

影响因子:0.156
ISSN:1674-778X
年,卷(期):2024.65(8)
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