Supply of activated carbon air purification device

Activated carbon air purification devices can treat single or mixed exhaust gases, and meet the removal needs of different pollutants by adjusting the type and packing density of activated carbon. Support automation control, equipped with pressure monitoring, adsorption saturation warning, and remote operation functions to reduce manual intervention costs.
Performance characteristics of activated carbon air purification device

Efficient adsorption capacity: Activated carbon has a rich microporous structure, a large specific surface area, strong adsorption capacity for organic compounds such as benzene, toluene, xylene, and acidic and alkaline gases, and good purification effect.

Strong adaptability: It can handle single or mixed exhaust gases, and meet the removal needs of different pollutants by adjusting the type and packing density of activated carbon.

Stable and reliable operation: The equipment has a compact structure, strong corrosion resistance, and can operate stably for a long time in high temperature, high humidity, or dusty environments, with a long maintenance cycle.

Convenient and intelligent operation: supports automated control, equipped with pressure monitoring, adsorption saturation warning, and remote operation functions, reducing manual intervention costs.

Environmental protection and energy conservation: The operation process has no secondary pollution, low energy consumption, and meets the requirements of green production and sustainable development.

Product function

Purifying the air: reducing the concentration of pollutants in exhaust gas to meet national or local emission standards, and reducing air pollution.

Protecting health: removing harmful gases and odors, improving indoor and outdoor air quality, and reducing the risk of respiratory diseases.

Resource recycling: Through desorption regeneration technology, high concentration organic solvents are recovered to achieve resource recycling.

Equipment protection: prevent corrosive gases from damaging production equipment and extend its service life.

Improving environmental quality: Creating fresh and healthy air environments in both commercial and civilian settings to enhance user experience.

Application field

Industrial production: chemical, pharmaceutical, coating, printing and other industries, dealing with VOCs generated from reaction kettle exhaust gas, paint exhaust gas and solvent volatilization.

Commercial places: shopping malls, hotels, office buildings, etc., remove odors, bacteria, and dust from the air, and improve indoor air quality.

In the civilian field, newly renovated houses and new car interiors absorb harmful gases such as formaldehyde and benzene to ensure the health of residents.

Special environments: laboratories, electronic workshops, hospitals, etc., purify the air around precision equipment to prevent corrosive gas damage.

Public facilities: subway stations, airport waiting halls, etc., deal with air pollution in densely populated areas and improve environmental comfort.

Selection and usage precautions

1. Selection based on exhaust gas characteristics: Consider factors such as exhaust gas composition, concentration, air volume, temperature, etc., and choose the appropriate type of activated carbon and equipment specifications.

2. Ensure pre-treatment effect: Organic waste gas containing dust needs to go through pre-treatment equipment (such as water curtain machines, water spray towers) before entering the activated carbon adsorber to avoid clogging the activated carbon layer.

3. Regular monitoring and maintenance: Regularly check the saturation level of activated carbon and replace or regenerate saturated activated carbon in a timely manner. At the same time, clean the pre filter layer to ensure the normal operation of the equipment.

4. Pay attention to safe operation: When replacing activated carbon or performing equipment maintenance, the power should be cut off and necessary safety precautions should be taken to avoid accidents.