What role does a reverse osmosis system play in industrial wastewater reuse equipment? Ultrafiltration and RO permeate from each stage flow into a recycled water tank. After water quality monitoring confirms compliance, recycled water is pumped to various water usage points within the plant area. Typical reuse scenarios: Production process makeup water Circulating cooling water system makeup water Boiler feedwater (can be subsequently softened/demineralized) Miscellaneous water used for plant landscaping, road cleaning, equipment flushing, etc. This achieves water resource recycling, significantly reducing fresh water consumption and wastewater discharge fees, resulting in both economic and environmental benefits.
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● Edi Water Treatment is worth it for continuous high-purity water. ● EDI usually works after RO, not directly from raw water. ● EDI reduces acid and caustic resin regeneration. ● DI may suit small or intermittent water demand. ● EDI supports stable conductivity under proper feed conditions. ● Initial EDI cost is higher, but lifecycle cost may be lower. ● Feedwater quality strongly affects EDI module life. ● RO design is critical before Edi Water Treatment. ● The final decision depends on flow rate, quality target, and operating hours.
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● DI water is produced by ion exchange resin. ● EDI water is produced by continuous electrodeionization. ● Edi Water Treatment usually works after RO. ● DI needs regeneration or resin replacement. ● EDI reduces acid and caustic regeneration. ● DI suits small or intermittent demand. ● EDI suits continuous high-purity production. ● Final selection depends on feedwater and water quality targets.
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