+86 17601640209

Beijing BKC Technology Co., Ltd.

CN EN
智能运行banner(英文)z
  • Denitrification Optimization Operation and Safety Pre-control System
Denitrification Optimization Operation and Safety Pre-control System
Based on the intelligent collaborative regulation concept of AGC load instructions, intelligent combustion systems and environmental protection island, the optimized control is deployed with variable prediction models and outlet concentration feedback.A monitoring module for the inlet flow field of the denitration reactor was constructed to achieve continuous monitoring of the SCR inlet flow field, deviation early warning, and automatic associated combustion adjustment (intelligent ash blowing) forcorrection. A catalyst activity analysis module, a poisoning analysis and diagnosis module, and an intelligent false poisoning handling module have been constructed to achieve continuous monitoring, analysis and diagnosis of catalyst characteristics.The "Matrix scanning Small zone Monitoring Technology" was constructed, enabling precise and continuous monitoring of ammonia escape and NOx distribution in the denitration outlet flue, effectively supporting the accurate integral control of the "feedbackcontrol loop".
  • Product Details

Key Technologies

Big data flow field simulation, combustion N Feedforward, ammonia escape Nox Multi-point feedback coupling analysis. Catalyst activity index, attenuation rate assessment, poisoning assessment, dynamic flow field influence model and adjustment strategy. Based on the variable prediction model and the inlet flow field monitoring module of the denitration reactor; Use cascade+IMC Internal model control, comprehensive feedforward+PI Closed-loop correction+IMC Internal model.

resource/images/e35b0fd0839c44868684aae2e76bbb40_24.jpg

Expected effect

The ammonia injection is reduced 20% The earnings are approximately 500,000 yuan; Effectively prevent the clogging of dust collectors and preheaters, and indirectly contribute to the load rate 10%. Automatically analyze the deterioration of catalyst properties and poisoning, push operation and maintenance strategies, and reduce additional ammonia consumption 10%.

Latest News