The working principle of swimming pool water treatment equipment involves several key processes to ensure the water remains clean and safe for users. 1. **Filtration**: Water from the pool is drawn into the filtration system, where it passes through filters that remove debris, dirt, and other particles. This can include sand filters, cartridge filters, or diatomaceous earth filters. 2. **Disinfection**: After filtration, the water is treated with disinfectants, such as chlorine or bromine, to kill bacteria, viruses, and other harmful microorganisms. Some systems may also use UV light or ozone for disinfection. 3. **pH Balance**: The pH level of the water is monitored and adjusted to maintain a safe and comfortable swimming environment. Proper pH levels help ensure the effectiveness of disinfectants and prevent skin and eye irritation. 4. **Circulation**: The treated water is then circulated back into the pool, ensuring that all areas of the pool receive clean water. This circulation process is essential for maintaining water quality. 5. **Chemical Monitoring**: Regular testing of water chemistry is performed to ensure that the levels of chlorine, pH, alkalinity, and other chemicals are within safe ranges. Automated systems may be used for continuous monitoring and adjustment. Overall, the combination of filtration, disinfection, pH balancing, and circulation works together to keep swimming pool water clean, clear, and safe for swimmers.

The swimming pool water treatment system follows the principle of dynamic balance, achieving thorough purification of the water quality during the circulation process. After the swimming pool water is collected through the overflow channel, it gathers in the balance tank, where it enters the circulation water pipeline along with supplementary water. Driven by the circulation pump, the water flows through a hair collector that filters out hair and larger particles of debris. It then enters the automatic coagulant dosing system; this system uses a precision metering pump to accurately add a coagulant aluminum sulfate solution (10% Al2(SO4)3) in proportion to the circulation water pipeline, causing the colloidal substances in the circulating water to coagulate into larger flocculent particles, which then enter the quartz sand.

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