The QS Series Full-Process Comprehensive Water Treatment System is a new-generation integrated water treatment equipment developed to address common issues in industrial and civil water systems, such as scaling, corrosion, algae growth, water quality pollution, and excessive heavy metal content. The system utilizes a comprehensive filtering and adsorption system that integrates a digital radio frequency effect field, an active filtration layer, and a mechanical variable diameter barrier layer, enabling a single unit to provide comprehensive water quality optimization. This results in the prevention and removal of scale, sterilization and algae control, rust inhibition, and ultra-pure filtration to purify water quality. It features an integrated mechanical and electrical design, high flow rate, purely physical treatment, no need for chemical additives, simple operation, easy maintenance, and a service life of over 20 years.

The Full-Process Integrated Water Treatment System is composed of several parts, including a radio frequency generator, an active filter, a radio frequency converter, and a transducer. The radio frequency generator consists of a power supply, an imported MOTO integrated module from the United States, and a radiator.

1. Scale and Sediment Removal: Under actual operating conditions, the scale formed in all water systems is a composite scale (a mixture of hardness scale and sediment). The design principle of the full-process comprehensive water treatment unit is to address the issue of composite scale by controlling both "hardness scale and sediment." Firstly, it achieves this by an integrated filter comprising an active filtration layer, a mechanical variable diameter barrier layer, and a radio frequency effect field, which together adsorb and concentrate impurities in the water that are prone to scale formation, thereby reducing their concentration and controlling sediment and most hardness scale. Furthermore, through a radio frequency transducer, the unit converts electrical energy of a specific frequency into the internal energy of the treated water molecules, significantly enhancing water activity, penetration, and carrying capacity, thereby achieving descaling and scale prevention. The full-process comprehensive water treatment unit can complete scale prevention, descaling, decolorization, and control of secondary pollution while the system is operating normally, providing a comprehensive optimization treatment for the adsorption, concentration, and effluent of impurities in the water.

2. Sterilization and Algae Elimination: The comprehensive water treatment system, an integrated approach featuring an active filtration layer, a mechanical variable pore diameter barrier layer, and a radio frequency effect field, effectively filters out the vast majority of impurities in water, significantly enhancing its purity, thereby disrupting the environment for the survival and reproduction of bacteria and algae. The high-frequency electromagnetic field's high-frequency electromagnetic waves, microcurrents in the electric field, and electrons in the active water molecules possess strong lethality against bacteria and algae, rupturing their cell walls and directly damaging the enzyme systems they rely on for survival, preventing their absorption of glucose, halting their metabolism, and achieving the goal of sterilization and removal. Consequently, the comprehensive water treatment system can perform sterilization, algae elimination, decolorization, control of secondary pollution, and comprehensive optimization treatment, including吸附浓缩 and effluent discharge, while the system is operating normally.

3. Corrosion Control and Ultra-Pure Water Treatment: The working principle of the comprehensive water treatment system is to weaken and suppress the microbattery effect. First, it utilizes a specific frequency conversion to form a dynamic negative charge-rich layer on the inner wall of the water pipes according to the "adhesion effect" principle, gradually weakening and inhibiting electrochemical corrosion. It converts the corrosion product Fe2O3 into a stable Fe3O4, achieving the effect of rust controlling rust. Second, it employs an integrated filtration system consisting of an active filter, a mechanical variable diameter barrier layer, and a radio frequency effect field to adsorb, concentrate, and remove impurities such as Fe2+, Ca2+, suspended particles, and precipitates from the water, reducing water turbidity and color, and aiming to lower the conductivity of the electrolyte, the primary condition for reducing electrochemical corrosion. This significantly reduces the corrosion rate. Therefore, the comprehensive water treatment system can complete corrosion prevention, rust removal, decolorization, and control of secondary pollution, as well as the integrated optimization treatment of adsorption, concentration, and effluent of impurities in the water, under the normal operation of the system.