As the technology in the filed utilizing sintering waste heat, CIE has up to international advanced level to maximize its energy-saving effect. The waste heat of ring cooling machine independently developed by CIE has reduced its energy consumption greatly based on cascade air supply technology, directly connected furnace hood type waste heat boiler generation technology, efficient comprehensive utilization waste heat in sintering process, heat removal from big flue, and other technologies, which have been used many engineering projects at home and abroad. We have seen its good economic and social benefits based on the following data - average annual tons of mineral power generation of over 20 degrees, self-use electricity rate less than 20%, annual standard coal saved over 500,000 ton, and carbon dioxide emissions reduced to one million tons.
◎Directly connected furnace hood type waste heat boiler generation technology (invention patent No.: 2010 1 0151375.x）
◎Directly connected furnace hood type waste heat boiler generation technology（invention patent No.: 2010 1 0151375.x）
◎Technology of ring cooling machine waste heat utilizing cascade air supply (invention patent No.: 2011 1 0454677.9）
◎Superheater front-loading technology
◎Reasonable and efficient waste heat boiler air distribution technology
◎Ring cooling machine sealing modification technology
◎High-efficient sintering machine flue gas (big smoke channel) technology
◎High-efficient waste engine recycling utilization and near-zero emission technology of ring cooling machine waste gas
◎Serial and parallel technology of sintering ring cooling machine utilizing draught fan
◎Technology synchronizing with sintering process to coordinate and stabilize heat source
Baosteel Zhanjiang iron and steel base 2x550 ㎡ sintering waste heat power generation EPC engineering with installed capacity of 30MW.
◎Xiangtansteel 2x360 ㎡ sintering waste heat power generation EPC engineering with installed capacity of 20MW is one of major special projects of energy conservation and emission reduction in Hunan Province winning the second prize of national metallurgical industry (ministry level) excellence EPC and copper key prize of national survey and design industry (national level) excellence EPC.
◎2x500㎡ sintering waste heat power utilization EPC engineering of Phase one of Vietnam Formosa Plastics
Hejing Steel is equipped with two 30+10t/h waste heat boilers and two 30t/h hot-waste heaters to make hot water available. The medium-pressure steam in waste heat boilers is used for delivery, and low-pressure and hot water in waste heat boilers are used for sintering process.
Baosteel Zhanjiang iron and steel base 2x550 ㎡ sintering waste heat power generation EPC engineering
Xiangtansteel 2x360 ㎡ sintering waste heat power generation EPC engineering
2x500 ㎡ sintering waste heat power utilization EPC engineering of Phase one of Vietnam Formosa Plastics
Fangda Special Steel 245㎡ sintering waste heat power generation EPC engineering
Xinsteel 360 ㎡ sintering waste heat power generation EMC engineering
Xingsteel 2x180㎡ sintering waste heat power generation engineering