Views: 1966 Author: Site Editor Publish Time: 2020-06-10 Origin: Site
I. Project overview
Project address: Shanxi
Date of signing: 2020-06
Processing materials: hazardous waste
Production scale: 100 tons per day
Equipment configuration: hazardous waste incineration rotary kiln, secondary combustion chamber
II. Production site introduction
[Project highlights] : Harmlessness, reduction and resource utilization
[Project background] : In response to the "13th Five-Year Plan construction", a company in Shanxi carried out harmless and resource-based treatment of hazardous waste. After multiple investigations and comparisons, it finally signed a hazardous waste incineration project with our company to treat 100 tons per day.
This project is a comprehensive hazardous waste disposal center, which uses high-temperature incineration to dispose hazardous waste, and removes dioxins after secondary combustion in the secondary combustion chamber, so as to achieve purification. The rotary kiln incineration technology is mature, the equipment is simple, the operation is stable, and the design adopts a multi-purpose design, which greatly improves the scope of application of the kiln.
III. Strength of the company in solid (dangerous) waste industry
In terms of environmental protection, our company is committed to the process technology research and complete sets of process equipment research and development of sludge and other solid (dangerous) waste treatment, so that sludge and other solid (dangerous) waste treatment can achieve the four goals of reduction, harmless, resource utilization and stabilization. From the overall project planning of solid (hazardous) waste treatment such as sludge to detailed feasibility reports, environmental assessment technical support, process formulation, process parameters, process design, equipment design and manufacturing, engineering installation, commissioning, technical training and after-sales service to provide a complete whole industry chain services, with a complete sludge treatment system solution.