Zhengzhou Waste Incineration Power Generation Furnace Slag Treatment System Case

Zhengzhou Xinzheng Waste Incineration Power Generation Zero Emission Project is one of the key construction projects of Luoyang Longzhong Heavy Industry in the second half of this year. After more than a month of customized equipment production, site planning, installation and commissioning, the project has been successfully completed and put into use. Although the project was successfully completed, it reflected a lot of problems in the process of construction. In this article, Longzhong made a simple summary of the problems arising from the project.

Introduction to basic information of the project

Zhengzhou Xinzheng Waste Incineration Power Generation Zero Emissions Project users are engaged in a new environmental protection industry for waste incineration power generation. The planning of this zero emission system is mainly to ensure that the company will not cause secondary pollution during the garbage disposal process, and help to achieve tail water purification and reuse. , solid waste dry row secondary use.

Processing materials of Slag Treatment System

Material type: Domestic waste incineration recovery

Material 1. Solid particulate matter in the material after the jig treatment (treatment requirements – recycling dry row, water volume less than 40m3 / h).

Material 2, drum screen under the sieve (treatment requirements – washing dewatering treatment, sieve material size <5mm, water volume 400m3 / h).

Material 3, tail water treatment after dry discharge (treatment requirements – tail water purification, sludge dry discharge, water volume 400m3 / h, tail water solid content about 7%).

LZZG’s waste incineration system has made a great contribution to the development of electricity. Waste incineration power generation not only realizes waste reduction and harmless treatment, but also generates new energy for power generation, which makes up for the disadvantages of many domestic waste incineration plants due to low automation level and long-term manual operation, which improves the efficiency of garbage disposal. Solved the drawbacks of incomplete combustion