A desulfurization limestone powder preparation project in Yichuan, Luoyang, Henan
The project is a 2012 construction project in Henan Province, with a total investment of 5.3 billion RMB. At present, the demand for desulfurization limestone powder of Unit 1 is 400-500 tons per day. The whole production line has reasonable and simple design, coherent and close process, compact equipment arrangement, environmental protection and low-carbon production, energy-saving operation, realizing unmanned, modernized, automated and humanized production environment.
Processing material: limestone
Production capacity: 300,000 tons per year
Fineness of finished product: 325 mesh
A desulfurization limestone powder preparation project in Yichuan, Luoyang, Henan
Site conditions：
After the bulk material is crushed to the required size by the jaw crusher, it is sent to the storage hopper by the elevator, and then the material is continuously fed into the main grinding chamber of 7 MTW175 European version mills by the belt conveyor in a uniform and quantitative manner for grinding. Under the action of the impeller of the separator, the materials that do not meet the fineness requirements fall into the grinding chamber for regrinding, while the qualified materials enter the cyclone collector through the air inclined chute for separation and collection, and are discharged through the discharge device as the finished powder.
Customer evaluation：
From project declaration, project establishment to equipment selection and production, to installation and commissioning, to final commissioning and acceptance, Liming Heavy Industry provides the whole solution of desulfurizer grinding equipment, which saves the heart and energy throughout. Liming's Euromill powder making system has high output, energy-saving and environment-friendly equipment, solid performance, the produced limestone desulfurizer particle size reaches a high level, the powder activity is moderate, the whole system operates intelligently and without obstacles, and the desulfurization efficiency is very high.