Customized water treatment process selection and commissioning based on client's on-site conditions.
Chemical water treatment refers to the systematic process of improving water quality by using chemical agents or chemical reactions, such as coagulation, neutralization, and oxidation, to meet industrial production, domestic use or environmental discharge requirements. As a key technology in water treatment engineering, it plays a crucial role in purifying water bodies, preventing equipment scaling and corrosion, and ensuring the safety and stability of water use systems.
The objects of chemical water treatment cover various water sources, including raw water, industrial circulating water, and wastewater. Common pollutants or problematic components targeted include suspended solids, colloids, heavy metals, harmful organic substances, and excessive acidity or alkalinity. Without effective treatment, these issues will affect water use efficiency and even cause environmental pollution and equipment damage.
Core technologies of chemical water treatment include coagulation-flocculation, neutralization adjustment, chemical oxidation-reduction, and scale and corrosion inhibition. Typical chemical agents used include flocculants, coagulants, neutralizers, and oxidants. In recent years, with the advancement of green chemistry, chemical water treatment has developed towards high efficiency, low toxicity, and environmental friendliness. It is widely applied in power, chemical, and municipal water supply fields. Essentially, it is an important support for promoting rational water resource utilization and industrial green development.
