The flocculation scale inhibition and sterilization three-pump three-barrel circulating water system dosing device is a device specially used for circulating water treatment. It integrates flocculation, scale inhibition and sterilization functions. Through precise dosing, it effectively improves the water quality of circulating water, extends the service life of the equipment, and improves the system efficiency. The flocculation scale inhibition and sterilization three-pump three-barrel circulating water system dosing device is an integrated dosing system, which uses three different agents for flocculation, scale inhibition and sterilization treatment. The device consists of three independent agent storage barrels, three dosing pumps, a control system and monitoring equipment. It can accurately control the dosage of agents according to changes in water quality to ensure that the water quality reaches the best state. The device is particularly suitable for systems that require long-term circulation of water, and can effectively prevent scaling, bacterial growth and water quality deterioration.
The equipment is equipped with a three-pump three-barrel system, which is used for accurate dosing of flocculants, scale inhibitors and bactericides to avoid agent conflicts. The built-in intelligent control system can automatically adjust the dosage of the agent according to the real-time water quality to ensure stable water quality. By using flocculants and scale inhibitors together, impurities in the water can be effectively removed and scale formation can be prevented, thus improving equipment efficiency. At the same time, bactericides can inhibit microorganisms in the water to ensure water quality safety. The equipment uses corrosion-resistant materials to adapt to harsh environments and extend its service life. It is also reasonably designed and easy to maintain, ensuring long-term and efficient operation.
The equipment is widely used in industrial circulating water treatment, building air conditioning systems, water treatment, energy saving and consumption reduction, and other fields. In the circulating cooling water systems of chemical, electric power, steel and other industries, it prevents scale, dirt and microbial contamination to ensure efficient operation of equipment; regulates water quality in buildings and air conditioning systems to prevent corrosion and scaling; improves water quality in sewage treatment or water reuse systems to ensure environmental protection emission standards; and reduces energy consumption, improves heat exchange efficiency and reduces operating costs through water quality regulation. At the same time, it is suitable for occasions where water quality needs to be strictly controlled in industries such as electronics, electroplating, and papermaking to ensure stable water quality and prevent pollution.