Magnesium oxide can react with sewage to produce magnesium hydroxide. Powdery magnesium oxide reacts with sewage to produce magnesium hydroxide first. Magnesium oxide reacts with sewage to produce magnesium hydroxide. At the same time, harmful impurities in sewage are treated. Magnesium hydroxide can be used as neutralizer. Magnesium hydroxide is alkaline and adsorbed. It can be used as neutralizer for acid-containing waste gas, wastewater treatment, heavy metal and organic waste liquor treatment, etc. In recent years, it has been widely used in water treatment system.

At present, magnesia manufacturers are classified as follows: sintered magnesia is divided into ordinary magnesia, intermediate magnesia, high-purity magnesia, fused magnesia is divided into ordinary fused magnesia, large crystalline fused magnesia. In addition, there are seawater magnesia and brine magnesia.

Magnesium oxide can react with sewage to produce magnesium hydroxide. Powdery magnesium oxide reacts with sewage to produce magnesium hydroxide first. Magnesium oxide reacts with sewage to produce magnesium hydroxide. At the same time, harmful impurities in sewage are treated. Magnesium hydroxide can be used as neutralizer. Magnesium hydroxide is alkaline and adsorbed. It can be used as neutralizer for acid-containing waste gas, wastewater treatment, heavy metal and organic waste liquor treatment, etc. In recent years, it has been widely used in water treatment system.

At present, magnesia manufacturers are classified as follows: sintered magnesia is divided into ordinary magnesia, intermediate magnesia, high-purity magnesia, fused magnesia is divided into ordinary fused magnesia, large crystalline fused magnesia. In addition, there are seawater magnesia and brine magnesia.