Many industrial activities, such as chlor-alkali production, electronics manufacturing, and mining, produce wastewater containing mercury. Mercury is a highly toxic heavy metal that can cause great harm to the environment and human health even in trace amounts. Traditional mercury removal technologies, such as activated carbon adsorption, have limited effects on wastewater treatment with complex components and high mercury concentrations.

Jiangsu Kingshan New Materials' BMTN performs well. It has a strong exchange capacity and can react quickly and efficiently with mercury ions in wastewater to separate mercury from wastewater. This efficient reaction performance greatly shortens wastewater treatment time and improves production efficiency.

At the same time, BMTN has a long service life and can be repeatedly recycled. This means that companies do not need to frequently replace treatment materials, significantly reducing long-term use costs. In addition, BMTN has stable physical and chemical properties and can maintain good mercury removal effects in different wastewater environments, such as different pH and temperature conditions, and has a wide range of applications.

With its high reaction efficiency, low cost, and strong stability, BMTN has been successfully applied in the wastewater mercury removal process of many companies, helping companies achieve standard discharge of mercury-containing wastewater, and has been highly recognized by domestic and foreign customers.