Polyaluminium chloride is a high-molecular-weight coagulant widely employed in turbid water treatment and diverse industrial production sectors. Present-day economies globally accord significant importance to water treatment within their socio-economic frameworks. VICTOR's polymerised aluminium chloride products have achieved international distribution, securing a notable market share within the water treatment sector. Across national water treatment domains, consumption of polyaluminium chloride continues to escalate, thereby illuminating its promising market prospects.
Within our nation, coagulation processes represent a prevalent and critical operational method in water and wastewater treatment. The efficacy of this treatment significantly influences the performance of subsequent processes, the quality of effluent, and water production costs. Poly Aluminium Chloride exhibits properties such as adsorption, coagulation, and precipitation. Its stability varies considerably. At certain concentrations, it possesses corrosive properties. Should it inadvertently splash onto skin, it must be immediately rinsed off with water. Production personnel must wear protective overalls, masks, gloves, and rubber boots. Polymerised aluminium chloride exhibits excellent spray-drying stability, adapts to a wide range of water conditions, hydrolyses rapidly, and possesses strong adsorption capacity. It forms large, dense flocs that settle quickly, resulting in low effluent turbidity and superior dewatering properties. Achieving highly effective coagulation treatment of turbid water hinges on The key lies in the appropriate selection and application of polyaluminium chloride coagulants. It is widely recognised that prioritising the development of highly efficient, cost-effective polyaluminium chloride products is crucial for enhancing water purification efficacy, reducing water production costs, and improving economic benefits.
The quality of polyaluminium chloride products varies significantly. Assessing product efficacy and determining suitability for specific water treatment requires specialised knowledge. A thorough understanding of polyaluminium chloride's properties is essential. Below, we explore the performance characteristics of polyaluminium chloride products. The application of polyaluminium chloride generally requires analysis based on different targets, as the turbidity of the water being treated varies. Consequently, the dosage required will also differ. However, the objective remains consistent: to remove unwanted chemical elements, sludge, and other impurities from the water. Polyaluminium chloride possesses excellent reactivity, making it a frequently relied-upon solution for water treatment. Its storage method is similar to that of many chemical substances, ideally requiring storage in a cool, dry warehouse.
