Do you need to eliminate volatile organic compounds (VOCs) from exhaust air efficiently while reducing energy costs? Our Recuperative Catalytic Oxidation system is an ideal solution, combining high purification efficiency with energy savings.
How recuperative catalytic oxidation works:
The exhaust air is first preheated to the required oxidation temperature in a heat exchanger. A catalyst allows this temperature to be lower than in conventional thermal oxidation, resulting in substantial energy savings. The catalyst enables efficient oxidation of harmful VOCs even at lower temperatures, converting them into harmless water vapour and carbon dioxide.
Request a solutionKey benefits of our recuperative catalytic oxidation system:
Our system is ideal for:
Recuperative catalytic oxidation is a process in which volatile organic compounds (VOCs) in exhaust air are oxidized in the presence of a catalyst at lower temperatures than in conventional thermal oxidation. A heat exchanger uses heat from the cleaned air to preheat the incoming exhaust air, increasing the system’s energy efficiency.
The catalyst allows VOCs to be oxidized at lower temperatures, saving energy and reducing operating costs. It also improves pollutant removal efficiency and the system’s overall performance.
The system is designed to treat both low and high VOC concentrations efficiently, making it a flexible solution for many types of operation.
It achieves the best results in processes with a defined pollutant composition. Where specific requirements apply or the VOC composition is unknown, we recommend consulting our specialists to identify the optimal solution.
The low reaction temperature and heat recovery provided by the heat exchanger significantly reduce operating costs. The system is highly energy-efficient, delivering long-term savings and a rapid return on investment.
