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Utilization of waste heat and waste energy

At present, the promotion rate of waste heat retrofit technologies in China remains relatively low. According to the statistics in the National Recommended Catalogue of Industrial Energy - saving Technologies and Equipment in 2024, the utilization rate of recovered waste heat in the domestic market is less than 20%, while in Europe and the United States, it reaches 50%. There is significant room for improvement in the proportion of waste heat resource utilization. Waste heat resources are mainly distributed in high - energy - consuming industries such as iron and steel, chemical engineering, and power generation. With the proposal of the goals of "carbon peak" and "carbon neutrality", the goal of "dual control of energy consumption" has become increasingly important. Currently, except for the urgent need for low - pressure - driven heat pump technology in power plants (with a utilization rate of less than 5%), the remaining utilization rate is around 70% for other applications, indicating huge potential for improvement.

Service advantages
Waste steam and flue gas
residual energy recovery
Smelting valve gas
Flue gas recovery from non - ferrous metal smelting
Chemical waste heat recovery
Wastewater waste heat recovery

Recovery of high - temperature wastewater in the chemical industry
Recovery of blast furnace slag water
Recovery of high - temperature wastewater from thermal power plants and non - ferrous metals industry
Power Energy Conservation

Permanent magnet motor retrofit
Systematic solutions for steam power generation
Power capacity expansion and retrofit
Sewage Treatment

Sewage treatment in chemical plants
Sewage treatment in steel mills
Sewage treatment in coking plants
Project Cases
Flue Gas Waste Heat Recovery Project for Coke Ovens No.1 and No.2 of Shoushan Coking Co., Ltd., Pingdingshan Coal Group
Flue Gas Waste Heat Recovery Project for Coke Ovens No.1 and No.2 of Shoushan Coking Co., Ltd., Pingdingshan Coal Group
Phase I of the Waste Heat Recovery Project for Ascending Pipes of Shoushan Coking, Pingdingshan Coal Group
Phase I of the Waste Heat Recovery Project for Ascending Pipes of Shoushan Coking, Pingdingshan Coal Group
Waste Heat Recovery Project of Slag - flushing Water for the 1250m³ Blast Furnace of Xintiangang United Steel
Waste Heat Recovery Project of Slag - flushing Water for the 1250m³ Blast Furnace of Xintiangang United Steel
Waste Heat Recovery Project of Blast Furnace Slag - flushing Water of Shandong Fulun Iron and Steel
Waste Heat Recovery Project of Blast Furnace Slag - flushing Water of Shandong Fulun Iron and Steel
3×150t/h Circulating Fluidized Bed Desulfurization Slurry Recovery Project of Sinomach Energy & Environment Ningdong Thermal Power
3×150t/h Circulating Fluidized Bed Desulfurization Slurry Recovery Project of Sinomach Energy & Environment Ningdong Thermal Power
Flue Gas Waste Heat Recovery and Utilization Project for the Smelting Process of Qinghai Copper Industry
Flue Gas Waste Heat Recovery and Utilization Project for the Smelting Process of Qinghai Copper Industry
Xianghe Flue Gas Waste Heat Recovery and Steam Power Generation Project
Xianghe Flue Gas Waste Heat Recovery and Steam Power Generation Project
Xiyu Oxygen - making Station in Qinghai
Xiyu Oxygen - making Station in Qinghai
Permanent magnet retrofit of integrated circulating water pumps in Jinghai
Permanent magnet retrofit of integrated circulating water pumps in Jinghai
Hunan Huaxin Waste Heat Power Generation Project
Hunan Huaxin Waste Heat Power Generation Project
湖南银星反射炉余热回收项目
湖南银星反射炉余热回收项目