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China Activated Carbon Filter System Suppliers - Industrial Water Treatment Solutions from Factory
Equipment Description
The filter material of the activated carbon filter may include activated carbon, quartz sand, and gravel. The primary filter material is typically activated carbon, with quartz sand and gravel serving as cushion layers. Residual chlorine, colloids, and other small particles in water are primarily removed through the adsorption and reduction properties of activated carbon. Larger particles and suspended matter are filtered out via interstitial voids within the media layers.
The equipment can be designed for either manual or automatic control, with the ability to switch between these modes. The automatic control system monitors and regulates all operational and process control points, enabling unattended and fully automated operation. The system employs a combination of air-water backwashing, with backwash wastewater being discharged. In the system design, concentrated water from the reverse osmosis process is utilized for backwashing, thereby enhancing water utilization efficiency.
Backwashing of the filter can be initiated automatically based on either the backwashing time interval set by the central control system or the differential pressure setting at the filter inlet and outlet.
The operational modes of the filter include water production, water backwashing, air backwashing, and forward washing. All operational modes are executed automatically according to pre-set programs.
Equipment Features
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Effectively removes suspended solids and organic substances such as algae from raw water, reducing turbidity.
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Efficiently eliminates colloids and oxides from raw water.
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Incorporates a unique uniform water distribution system to maximize filtration efficiency, ensuring long-term compliance with downstream equipment turbidity requirements.
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Equipped with an air-scrubbing backwashing device, offering high capacity, short cycle times, and low water consumption.
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Utilizes high-quality ABS or stainless steel water caps and premium filter materials to ensure excellent filtration performance without layer mixing during backwashing.
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Features inlet and outlet differential pressure switches that enable automatic backwashing based on preset operating differential pressure values.
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System design incorporates concentrated water from downstream devices for backwashing, improving overall water utilization.
Conditions of Use
COD
5-15 mg/L
Suspended Solids
< 20 mg/L
Hardness
0.3 mg/L
Scope of Application
Primarily applied in the pretreatment stages of drinking water and industrial water containing trace amounts of iron, manganese, suspended solids, and residual chlorine.
Frequently Asked Questions
What are the primary filter materials inside the activated carbon filter?
The primary filter material is activated carbon, with quartz sand and gravel serving as cushion layers underneath.
How does the filter remove impurities from raw water?
Residual chlorine, colloids, and small particles are removed through the adsorption and reduction properties of activated carbon. Larger particles and suspended matter are filtered out via the interstitial voids within the media layers.
Does this equipment support automatic operation?
Yes, the equipment can be designed for either manual or automatic control. The automatic control system monitors and regulates all operational and process control points, enabling unattended operation.
How is the backwashing cycle initiated?
Backwashing can be initiated automatically based on either the backwashing time interval set by the central control system or the differential pressure settings at the filter inlet and outlet.
What are the operational modes of the activated carbon filter?
The operational modes include water production, water backwashing, air backwashing, and forward washing. All modes are executed automatically according to pre-set programs.
How does the system improve water utilization efficiency during backwashing?
The design utilizes concentrated water from the downstream reverse osmosis process for backwashing, which effectively enhances overall water utilization.