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Top-Loading, Bottom-Discharge Granular Activated Carbon Adsorption Bed (ADS)

Tenzon ADS activated carbon adsorption equipment addresses the pain points of manufacturing plants in the VOCs treatment sector by leveraging its core advantages of “high efficiency and cost-effectiveness + long-term compliance.” The innovative ADS system, featuring top-loading and bottom-unloading of granular activated carbon, improves loading and unloading efficiency by 60% and reduces operational and maintenance costs by 30% compared to traditional honeycomb carbon equipment. With over 800 iodine value and sufficient filling, it ensures adsorption efficiency that exceeds general standards by 30%, meeting the latest environmental protection policy requirements. The modular filter structure made of 304 stainless steel achieves a service life five times longer than that of ordinary carbon steel equipment, and its easy-to-clean design further reduces total lifecycle costs.

Category:

Activated Carbon Adsorption Equipment


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Features and Advantages

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High Adsorption Efficiency

With a large specific surface area, it can adsorb a wide range of pollutants and adapt to various operating conditions;

The top-loading, bottom-unloading design ensures uniform fluid flow through the carbon bed and allows parameters to be adjusted as needed.

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Easy Replacement

Once the activated carbon is saturated, simply unload the old carbon from the bottom and load new carbon from the top for a quick and easy replacement;

The specialized design ensures uniform fluid distribution, guaranteeing stable adsorption and treatment performance.

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Long Service Life

Optimal airflow distribution and packing ensure full utilization of the activated carbon;

The 304 stainless steel containment basket allows for in-situ cleaning.

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Low Maintenance Costs

The unit features a simple structure with no complex or vulnerable components;

Routine maintenance consists primarily of periodic inspections and carbon replacement, keeping costs low.

Application Field
Semiconductor Manufacturing
Treatment of exhaust air from photoresist and etching processes;
Electronic Component Production
Treatment of exhaust air generated during capacitor production;
Printed Circuit Board Manufacturing
Treatment of exhaust air generated during coating and printing processes;
Electronic Equipment Assembly
Treatment of exhaust air from spray painting and adhesive volatilization;
Metal Processing and Coating
Heat treatment and spray painting;
Coating in Furniture Manufacturing
Exhaust air treatment from wood varnish spraying and surface finishing;
Extrusion, Pelletizing, and Injection Molding
Exhaust air treatment from rubber mixing and plastic open-mill and closed-mill processes.