Activated Carbon Filter Tank

The activated carbon filter is mainly used in water supply and drainage treatment systems to remove organic matter, colority and residual chlorine from water. Filling with activated carbon of different properties can achieve different treatment purposes. When applied as a pretreatment system for ion exchange, it can effectively prolong the service life of ion exchange resins, improve effluent water quality, and prevent resin poisoning and contamination that may affect normal operation.

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Why Choose Our Activated Carbon Filter Tank

Adsorption of Organic Matter

Activated carbon has a well-developed pore structure and can effectively adsorb organic compounds in water, such as chlorine, pesticides, odor-causing substances and other contaminants.

Odor Removal

Thanks to its excellent adsorption performance, activated carbon can effectively remove abnormal color and peculiar odors from water and improve the taste of water quality.

Water Purification

In addition to adsorbing organic substances, activated carbon can also remove part of heavy metal ions (such as mercury, chromium, etc.) and dissolved small-molecule organic compounds, further purifying water quality.

Air Purification

In the field of air purification, activated carbon also plays an important role. It can adsorb harmful substances such as volatile organic compounds (VOCs), formaldehyde and benzene in the air, so as to improve air quality.

Core Modules & Advantages

Filtration State

When raw water flows downward through the filter media, suspended solids in the water are intercepted on the surface of the filter layer through adsorption and mechanical interception. As the water flows into the middle of the filter layer, the sand particles in the filter media are arranged more densely, giving fine particles in the water more chances to collide with the sand grains. Flocs and suspended matters in the water adhere to the surface of sand particles, and impurities are trapped in the filter media layer, thus obtaining clarified water quality. The suspended solid content of the filtered effluent can be controlled below 5 mg/L.

Quick Selection Guide

According to the turbidity and organic matter content of raw water, determine the filling amount and particle size of quartz sand and activated carbon. Generally, if the raw water turbidity is high, the particle size of quartz sand can be appropriately smaller; if the organic matter content is high, the filling amount of activated carbon shall be increased.

Select the appropriate filter specification according to the treated water flow and filtration velocity, with the conventional filtration velocity ranging from 10 to 15 m/h.

Determine whether it is necessary to add auxiliary equipment such as disinfection devices based on water quality requirements and subsequent treatment processes.

Select the appropriate filter type and material in combination with on-site installation conditions and maintenance requirements.

Activated Carbon Filter Tank Parameters

MODEL	Tank Specifications	Inlet & Outlet Specifications	Maximum Flow Rate t/h	Pressure kg	Material/Q235
QLQ-600	Φ600*1550	DN50	20	10	Q235
QLQ-800	Φ800*1650	DN80	40	10	Q235
QLQ-1000	Φ1000*1750	DN80	50	10	Q235
QLQ-1200	Φ1200*1950	DN100	60	10	Q235
QLQ-1400	Φ1400*2150	DN100	70	10	Q235
QLQ-1600	Φ1600*2200	DN100	100	10	Q235
QLQ-1800	Φ1800*2250	DN150	120	10	Q235
QLQ-2000	Φ2000*2300	DN150	150	10	Q235
QLQ-2200	Φ2000*2300	DN150	200	10	Q235
QLQ-2400	Φ2400*2300	DN150	230	10	Q235

Activated Carbon Filter Tank Application

1.Applicable to industrial water, domestic water and municipal water supply systems that require effluent turbidity ≤ 5mg/L and meet drinking water quality standards;

2.Used for the removal of suspended solids and solid substances in industrial wastewater;

3.It can be used as pretreatment equipment in ion exchange softening and desalination systems, as coarse filtration equipment for industrial water supply with low water quality requirements, and also applied in swimming pool circulation treatment systems, cooling circulating water purification systems, etc.