EN
Filtrační technika has many years of experience in extracting air from composite-processing operations and subsequently removing emissions. The manufacture of composites such as glass-fibre-reinforced plastics and carbon-fibre materials releases volatile organic compounds (VOCs), particularly during lamination, curing and resin application. Because high energy consumption places a considerable burden on our customers, we always seek the most efficient solution.
Regenerative Thermal Oxidation (RTO)
RTO is suitable for removing high VOC concentrations generated in composite production. The exhaust air passes through a ceramic heat-storage bed into the oxidation chamber, where VOCs are oxidized at high temperatures. Process heat is recovered and used to preheat the incoming air, substantially reducing fuel consumption and operating costs.
Regenerative Catalytic Oxidation (RCO)
RCO uses a catalyst to oxidize VOCs at lower temperatures, saving energy. It is ideal for operations with a defined pollutant composition and helps reduce the process’s energy demand.
Activated Carbon Adsorber
For large air volumes with low VOC concentrations, an activated carbon adsorber is a cost-effective solution. The activated carbon efficiently captures VOCs and is regenerated by a small stream of hot air, reducing energy consumption and operating costs.
We always seek efficient solutions that minimize energy consumption and reduce operating costs. Drawing on our experience in composite processing, we design tailor-made systems that meet each customer’s specific requirements and deliver high emission-removal efficiency.