Honeycomb activated carbon

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Classification Introduction

Honeycomb Activated Carbon is a block of rigid monolithic adsorbent with parallel channels for vapor / gas phase and designed specifically to optimally combine the large geometric surface area of a honeycomb hexagonal cell with the required low pressure drop. Product is made by extruding activated carbon powder with suitable binders to give ligs suitably displaced in a horizontally parallellogram. Used when air is predominent in flow through the media and is used for maximal adsorption of VOC,odours andile and other airborne contaminants. Rigid honeycomb design can be used for direct fitment into air handling units or exhaust systems as no chances of channeling or fluidization. The best air engineered form for continuous treatment where very low energy consumption and high performance are key requirements.

Product Advantages and Characteristics

Why Choose Us

Production

Production we ensure high quality products, with uniform cell density, good adsorption capacity and consistent mechanical strength, through extrusion and controlled activation techniques.

Sales

Sale we produce and hold stock of honeycomb blocks of standard and custom sizes at highly competitive prices.

Service

Service we provide back-up technical assistance in all system areas, including design, set-up and performance maximization.

Relevant Application Scenarios

Air / Gas Treatment

Description:Honeycomb activated carbon is particularly suited for gas-phase treatment with low pressure drop, used specifically in air purification reactors. Continuous Air Purification.

Industrial waste gas treatment

Removes VOCs, solvents, and toxic gases from manufacturing waste streams with high efficiency and low energy consumption.

Air purifying

Purifies indoor air in commercial buildings, hospitals, and public spaces by continuously removing airborne contaminants and odors.

Bio odor control

Effectively neutralizes organic odors from wastewater treatment plants, agricultural facilities, and food processing operations.

Biogas

Purifies biogas by removing siloxanes and sulfur compounds, protecting engines and upgrading gas quality for energy recovery

Chemical

Classification Description: The structure offers good average performance for chemical processing operations that require a uniform flow stream and good removal of impurities.

Desulfurization

It removes sulfur compounds from gases and liquids, reducing corrosion and emissions.

DeNOx

GAC adsorbs nitrogen oxides from exhaust streams, aiding in air pollution control.

Mercury Removal

It captures mercury from flue gases and wastewater, mitigating environmental hazards.

Catalytic

GAC serves as a catalyst support in chemical reactions, enhancing process rates and selectivity.

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