VOC Removal Catalysts
Emissions of volatile organic compounds (VOC) are a harmful by-product of a wide range of industrial processes. Shell Catalysts & Technologies’ VOC and carbon monoxide (CO) removal technology allows for the removal of these compounds via catalytic oxidation. Catalytic oxidation converts VOCs into gas containing commonly occurring carbon dioxide (CO2) and water.
VOC and CO removal – Benefits of catalytic oxidation versus thermal oxidation for lower-carbon and cleaner products
Through Shell Catalysts & Technologies’ revolutionary catalytic reduction process, businesses can produce lower-carbon and cleaner products. The use of our catalysts in the oxidation process and in the Lateral Flow Reactor (LFR) module configuration allows this reaction to take place at lower temperatures than thermal oxidation, saving fuel and operating costs.
Industries and applications benefiting from VOC oxidation catalysts and VOC removal catalysts
Ovens/Coatings
Pharmaceuticals
Soil Remediation
Food: Bakeries/Coffee Roasting
Refineries
Petrochemicals
CO₂ sequestration/capture
Boilers/turbines/furnaces
With the proper design and implementation, VOC conversions can be as high as 99.9%, well exceeding current US EPA requirements and other regulations worldwide.
Discover all the benefits and applications of our VOC removal technology by reading the Environmental Catalysts and Systems brochure
Meet regulatory specifications without losing profitability.
Through our catalytic reduction process, businesses can continue to produce the goods we need while reducing air pollution and helping create safer and cleaner environments. Shell Catalysts & Technologies’ VOC removal technology offers a simple and cost-effective solution that saves more fuel and operating costs than thermal oxidation and helps reduce harmful emissions.
Environmental catalysts, including:
- Tertiary N20 decomposition
- VOC and methane abatement
- SDS: DeNOx
- Carbon dioxide purification
- Dioxin destruction
Petrochemicals catalysts, including:
- Ethylene oxide
- Aromatics
- Ethylene cracker hydrogenation
- Aromatic saturation
- Guard beds and adsorbents
- Custom catalysts
Refining catalysts, including:
- Renewables
- Distillate hydrotreating
- Hydrocracking
- Residue upgrading
- Lubricant base oils
- Tail-gas treating
Services
- Process modelling
- Process licensing
- Joint catalyst development
- Catalyst scaleup and manufacturing
- Reactor internals design
