The Necessity of Reclaimed Water Reuse and Treatment Systems

With the accelerating pace of industrial development, urban water consumption has increased dramatically, and correspondingly, wastewater discharge remains high, exacerbating the gradual depletion of limited water resources. Therefore, while increasing water conservation efforts, we must also actively research and utilize wastewater resources, increasing wastewater reuse rates and achieving sustainable resource utilization. Reclaimed water reuse systems are an effective way to conserve resources in today's increasingly scarce world and will become a major development trend.

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Product Parameters

Process flow chart

core components

1. Scale Inhibitor: Consists of a dosing tank and metering pump, the dosing rate can be set per unit time and continuously added. This prevents scaling on the membrane surface, improves water production and quality, and reduces operating costs.

2. Reducing Agent Dosing Device: Reducing agents are organic synthetic compounds containing a large number of active groups within their molecules. They act as strong flocculants, agglomerating fine particles into larger ones, promoting sedimentation or floating, increasing clarity and decolorization. They are suitable for pre- and post-treatment of industrial water for turbidity and color removal, accelerating sedimentation, and reducing filtration loads.

3.Ultrafiltration (UF) is a membrane separation process that uses screening as the separation principle and pressure as the driving force. The filtration accuracy is within the range of 0.005-0.01MM. In actual use, the SDI value of the effluent can be controlled within 3, which can effectively protect reverse osmosis.

4.The membrane UF+RO technology is used to further treat industrial wastewater that has been treated in other ways to meet discharge standards. It can effectively remove organic matter, color, hardness and most ions in the wastewater, so that it can be reused for production. On the one hand, it reduces wastewater discharge, and on the other hand, it saves water resources and reduces production costs.

5.The core part of the machine, the control cabinet uses a 24V transformer. All control parts are safe voltage, fool-proof operation, and the working status is clear at a glance through indicator lights or touch screen. The overall operation is simple and easy to understand and operate.

6.The electric valve is suitable for controlling sewage and media containing fibrous impurities, which can continuously flush the ultrafiltration membrane, reduce fouling on the membrane surface, and extend the service life. It is widely used in water reuse systems, petroleum, chemical industry, metallurgy, light industry, papermaking, electric drilling, refrigeration and other work fields.

Applications

1. Domestic wastewater and some industrial wastewater from residential communities, residential complexes, hotels, nursing homes, and complexes.

2. Wastewater discharged in compliance with standards from factory production, papermaking, pharmaceuticals, hospitals, breweries, municipal wastewater, chemicals, electroplating, circuit board coating, textiles, and dyeing and printing industries.

3. Wastewater treatment equipment for metal recycling, LCD displays, food processing, electronics and semiconductors, leather processing, power generation, and chemical processing, as well as product wash water recycling.

4. Cleaning water used in various surface treatment processes.

5. Zero-discharge wastewater from anode and cathode electrophoretic coating and other industries.