Poly aluminium chloride is a commonly used water treatment agent that plays an important role in purifying water, removing contaminants and improving water quality. Recently, a national research institute has made an important breakthrough in the preparation of aluminium chloride, which will help to improve water treatment and reduce the environmental impact.

The team’s in-depth research into the preparation of aluminium chloride has led to the discovery of a new method of preparation that reduces production costs, improves product quality and reduces environmental pollution. While the traditional method of preparing aluminium chloride involves high temperature reactions and large amounts of chemicals, this new method uses a natural inorganic salt as a catalyst, which not only reduces energy consumption and waste emissions, but also improves the effectiveness of poly aluminium chloride.

After a series of experiments and validation, this new preparation method of poly aluminium chloride has been widely used in the field of water treatment. By using this preparation method, the aluminium chloride can effectively remove particulate matter, suspended matter, heavy metal ions and organic pollutants from water, thus improving water quality and purifying water sources.

This new preparation method has several advantages compared to traditional poly aluminium chloride. Firstly, it enables a significant reduction in production costs and increases preparation efficiency. Secondly, the use of natural inorganic salt catalysts reduces the amount of chemicals used and reduces waste emissions. In addition, this new preparation method is excellent in terms of the effectiveness of the poly aluminium chloride, resulting in better water treatment.

This groundbreaking scientific research will bring great changes and development to the water treatment industry. It will not only improve the water treatment effect and reduce water pollution, but also provide a cleaner and safer water environment for industrial production and residential life. In the future, we can foresee that this new polymeric aluminium chloride preparation technology will be widely used around the world and make a greater contribution to the protection of water resources and environmental protection.