ECO WATER TREATMENT

WATER RESOURCE RECYCLING

When treating industrial or municipal wastewater, the water contains a large amount of sediment, fibers, grease, and particulate matter. Automatic backwashing filters or multi-media filters are used to intercept large-diameter impurities before the water flows into subsequent advanced treatment units. This prevents pipe blockage, significantly reduces water turbidity, and alleviates the burden on subsequent treatment processes.

Eco Water Treatment

Typical Applications

In the field of environmentally friendly water treatment, the application of industrial filters is heavily influenced by policy drivers, resource constraints, and industrial upgrading. It has evolved from simply being an "end-of-pipe treatment device" to becoming a "core productive force" in enterprises' green transformation.

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Amine liquid desulfurization project
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Cooling water, boiler feedwater, and condensate
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circulating water, and wastewater in the paper industry
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Seawater utilization/desalination and lake water utilization
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Oily wastewater and ammonia water

End-of-pipe emission compliance direction (reducing emissions to meet standards)

Application Logic: Deep filtration is applied to the effluent from the secondary sedimentation tank after biochemical treatment. Although the biochemical system treats organic matter, the effluent often contains tiny biological suspended solids.

Function Description: Using sand filtration, multi-media filtration, or drum filters, the suspended solids (SS) and turbidity are significantly reduced.

Core Value: Ensures that the discharged water quality consistently meets national and local standards (such as the pollutant discharge standards for urban wastewater treatment plants), preventing discharge violations caused by occasional biochemical fluctuations.

End-of-pipe emission compliance direction (reducing emissions to meet standards)

Specialized wastewater treatment for oil removal and solid-liquid separation (targeted treatment)

Application Logic: Processing oily wastewater (such as from machining or oil extraction) or wastewater containing high-value metal particles.

Function Description: Using coalescing separation filters to remove emulsified oil from water, or using high-efficiency pressure filtration and membrane filters to recover metal oxides or rare metals from wastewater.

Core Value: Solving the problem of oily/viscous pollution that is difficult to handle with conventional treatment methods, while simultaneously recovering valuable substances from the wastewater.

Specialized wastewater treatment for oil removal and solid-liquid separation (targeted treatment)

Circulating cooling water and heat exchange systems (energy saving and efficiency improvement)

Application Logic: Implement "Side-stream Filtration" in the cooling tower circulation pipeline.

Function Description: Continuously filter out airborne dust absorbed by the circulating water in the cooling tower, algae debris, and rust particles from the pipe network.

Core Value: Maintain the thermal efficiency of the heat exchanger, prevent equipment scaling and corrosion, significantly reduce the frequency of cooling system shutdowns for cleaning, and save on electricity and chemical consumption.

Circulating cooling water and heat exchange systems (energy saving and efficiency improvement)

Success Stories

Satisfied Customers Worldwide

Unite Co., Ltd.

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