Reclaimed Water Recycling Treatment Equipment
Flow rate Q：Customizable
Advantages：High recovery, low energy consumption, low failure rate
Filtering area：Professionally designed according to water quality
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Detail
Reclaimed water treatment equipment converts sewage into reusable resources via integrated filtration, precipitation, biodegradation and membrane separation, effectively removing impurities, contaminants and heavy metals. The treated water is colorless, odorless and meets/exceeds non-potable standards. Adaptable for urban irrigation, road cleaning and industrial，it saves water, reduces discharge and promotes environmental sustainability.
1.High desalination rate: With large water permeability and high desalination rate, it can filter out more than 98% of inorganic salts and heavy metals in water.
2.Excellent water quality: Reverse osmosis has a high interception and removal effect on organic matter, colloids, particles, bacteria, heat sources, etc., so the produced water quality is significantly superior to other methods.
3.Stable quality: It mitigates changes in produced water quality caused by fluctuations in raw water quality, thus contributing to stable water quality in production, which plays a positive role in maintaining consistent water quality.
4.Small footprint: Features high water utilization rate, low wastewater/concentrated water discharge, low operating pressure, and saves water and electricity.
5.Long service life: Greatly reduces the burden on subsequent treatment equipment, thereby extending their service life.
1.Wastewater Reuse in Power Plants:
Circulating blowdown water treatment in power plants, wastewater treatment in power plant chemical water workshops, reuse of power plant RO concentrated water, coal washing wastewater treatment;
2.Wastewater Reuse in Electronics Industry:
Wastewater reuse in polysilicon production, wafer production, chip production, semiconductor production, circuit board production, liquid crystal display (LCD) production;
3.Wastewater Reuse in Chemical Industry:
Antibiotic production wastewater, synthetic drug production wastewater, traditional Chinese medicine production wastewater, pharmaceutical preparation production wastewater, coal chemical wastewater, pharmaceutical chemical wastewater, fine chemical wastewater;
4.Wastewater Reuse in Active Pharmaceutical Ingredients (API):
Antibiotics, enzyme preparations, nucleosides, food additives, partial chemical products, etc.;
5.Wastewater Reuse in Biological Fermentation:
Deep processing wastewater from grain, xylitol production wastewater, amino acid wastewater, sugar production wastewater, monosodium glutamate wastewater, brewing wastewater, starch wastewater, polypeptide production wastewater;
6.Wastewater Reuse in Chemical Fiber Industry:
Viscose fiber wastewater treatment, chemical fiber wastewater treatment, man-made fiber wastewater treatment, textile printing and dyeing wastewater treatment.
Senior engineer