Securities Code:430215

Based on the type of boiler burner and the actual characteristics of coal types, combined with the actual operation problems, the five major elements of high-temperature corrosion are systematically analyzed, and special improvement plans and intelligent optimization control plans are formulated: high-temperature corrosion analysis, judgment and modeling; High-temperature corrosion control models and solutions; Intelligent control of high-temperature corrosion and combustion Optimal evaluation of high-temperature corrosion and combustion.
◆Collect on-site data and establish a mechanism model for high-temperature corrosion analysis of boilers. ◆Establish a special campaign to address high-temperature corrosion CFD Numerical simulation model to determine the special plan for combustion optimization and high-temperature corrosion control. ◆Build multi-source data coupling for intelligent control of high-temperature corrosion and combustion APC Model; Optimal evaluation of high-temperature corrosion and combustion.
◆Thoroughly solve the problem of high-temperature corrosion of water-cooled walls. Completely solve the problem of coking in boilers; ◆Effectively reduce the furnace outlet NOx about 20% Support precise ammonia injection for denitrification; ◆Effectively enhance the combustion efficiency of the boiler by no less than 0.45%; Fully implement combustion state optimization and intelligent closed-loop control.
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