All posts by: gkmill

Lithium ore, as one of the important channels of “lithium source”, is really sought-after in ore. The resources are in short supply and the value is soaring.Lithium ore mill production line has attracted much attention following the development and utilization of lithium ore. What are the characteristics of lithium ore grinding equipment? What is the […]

Bauxite grinding equipment, including bauxite Raymond mill and bauxite vertical mill, which can process bauxite to 80-400 mesh, which is the selection of high-efficiency aluminum ore and bauxite powder making equipment in the aluminum smelting industry. The aluminum ore grinding mill is used in the bauxite processing and powder making industry, mainly used in aluminum […]

As a large coal consumption country, China’s atmospheric environment is heavily polluted by sulfur-containing flue gas emitted by coal combustion. The flue gas desulfurization work of thermal power plants, the large coal-burning households, is very important. At present, the desulfurization technology with mature technology can be divided into three types: wet method, dry method and […]

Steel slag is mainly composed of oxides of calcium, iron, silicon, magnesium and a small amount of aluminum, manganese, phosphorus, etc. The main mineral phases are solid solutions formed by tricalcium silicate, dicalcium silicate, calcium magnesium olivine, calcium magnesium rhodoxene, calcium aluminate ferrite, and oxides of silicon, magnesium, iron, manganese, and phosphorus. Contains a small […]

Manganese slag is one of the “three wastes” discharged from the manganese ore industry, that is, waste slag, which is harmful to a certain extent. The comprehensive resource reuse of manganese slag has become an important “hard bone” in the trend of environmental protection. How to rationally reuse manganese slag and turn solid waste into […]

It is reported that a large amount of by-products such as ferrous sulfate will be produced in the production process of titanium dioxide, and ferrous sulfate will further react with monoammonium phosphate to form iron phosphate, which is the precursor material for preparing lithium iron phosphate. Benefiting from this, the market demand for lithium iron […]