One solution for VOC abatement that optimises the energy efficiency of the process and limits costs is the Regenerative Afterburner. Polluted air is cleaned and purified through the oxidation of VOCs at high temperatures (750-800°C and above) to convert them into CO₂ and water vapour. The regenerative system achieves high thermal efficiency (over 95%) thanks to the presence of ceramic masses to recover and transfer heat. The Regenerative Post-Combustion System consists of a horizontal combustion chamber, a modulating burner, a multi-chamber regenerative exchanger, an electro/pneumatic reversing valve unit and a process air extraction system. The structure is supported by a base made of profiles for uniform and correct distribution of the load on the ground. The system is managed by an electrical control panel with PLC.
