Industrial Applications: Gas & Liquid Phase Treatment
Each application has its own operating conditions — and the conditions determine the material. Start from your pollutant or contaminant and process, and the material follows.
Gas treatment applications
NOx Reduction
SCR DeNOx catalysts — plate-type for high-dust flue gas, honeycomb for compact low-dust layouts.
CO Removal
Catalytic CO oxidation for sintering machines, incinerators and furnaces — with documented field test results.
VOC Adsorption
Solvent vapors and organic pollutants in coating, printing and chemical exhaust — treated with activated carbon or zeolite adsorption, alone or combined with oxidation.
Industrial Waste Gas Treatment
Multi-component industrial exhaust including NOx, CO and VOC — treated with catalysts matched to the gas composition and temperature window.
Odor Control
Low-concentration odor streams from wastewater facilities and industrial processes — adsorption with activated carbon or fiber, selected by flow and concentration.
Gas Purification
Trace contaminant polishing and purification duties in industrial gas streams — adsorption materials and molecular sieves matched to the impurity.
Liquid-phase applications
Water Treatment
Drinking water, wastewater polishing and industrial process water — granular beds as a standing barrier, powdered carbon for spike response.
Decolorization
Color-body removal from sugar syrup, food and beverage liquids, and chemical process streams — powder contact process or granular bed.
Gold Recovery
Carbon-in-pulp, carbon-in-leach and heap-leach circuits — coconut-shell carbon graded on hardness and attrition resistance.
Industries we serve
The same material logic applies across industries — from power and steel to coating and pharmaceutical. Industry-specific conditions and material requirements are documented per industry.
Power & Steel
SCR DeNOx for NOx, CO oxidation for sintering machine exhaust, flue gas treatment.
Application → material logic
The application sets the target; the conditions set the material. A VOC stream at low concentration and ambient temperature points to adsorption; the same stream at 300°C points to catalytic oxidation. NOx in high-dust flue gas points to plate SCR; NOx with tight space constraints points to honeycomb. We document this logic per industry and per solution — and our engineers apply it to your actual operating data.
Tell us your application, we propose the material
Pollutant, flow, concentration, temperature, humidity — the five numbers that start every selection.