With the increasingly stringent environmental protection requirements, industrial exhaust gas treatment has become a key link in the green development of enterprises.

The large-pore resin AB113 adsorbent material, with its excellent physicochemical properties, demonstrates significant advantages in the field of exhaust gas treatment, providing an efficient and safe solution for the treatment of high-concentration organic waste gases.

A certain chemical company faced high concentrations and complex compositions of organic waste gas emissions during production, which led to insufficient adsorption efficiency of traditional activated carbon and safety hazards. After introducing a macroporous resin adsorption system, the removal rate of VOCs in the waste gas increased to over 99%, operational costs decreased by 30%, and compliant emissions were successfully achieved. 

Technical Advantages: Comprehensive Performance Upgrade

(1) Large pore resin is a hydrophobic adsorbent material with a high specific surface area (1000-1300 m²/g). Its unique multi-level pore structure (cooperative action of macropores, mesopores, and micropores) provides it with adsorption capabilities far exceeding those of traditional materials;

(2) High adsorption capacity: The BET adsorption ratio reaches 100-120%, making it particularly suitable for high-concentration waste gas environments;

(3) Superior selectivity: The hydrophobic characteristics make it less affected by humidity, and it has no ash content or activation centers, avoiding risks of catalytic polymerization or combustion;

(4) High regeneration efficiency: Short desorption time, minimal residue, with steam consumption only 50% of that of activated carbon, reducing secondary pollution;

(5) Long lifespan: High mechanical strength, resistant to acid and alkali, resistant to high temperatures, reusable for over 5 years, with extremely low wear rate.

Comparison with traditional materials: Six major breakthroughs of AB113 resin

1. Morphology Science: Regular spherical particles, low wind resistance, and more economical energy consumption;

2. Pure and safe: Free of metallic impurities, eliminating combustion risks from the source;

3. Precise structure: Artificially synthesized pore channels can be adjusted, achieving a stable removal rate of over 99%;

4. Convenient operation: Hydrophobic properties eliminate the need for pre-drying, reducing the risk of heat adsorption;

5. Cost optimization: High regeneration efficiency and low discharge of steam condensate;

6. Strong adaptability: Offers various shapes (such as low wind resistance economical type) to match different operational requirements.