The Dürr Megtec Vocsidizer is a unique, single-bed, flameless regenerative thermal oxidizer (RTO) in a compact, modular design with low running costs. The system combines high VOC destruction, simple design, reliability, and superior energy efficiency.
Dürr Megtec designs, builds and installs distillation equipment to separate water and solvents, and solvents from each other. Depending on the purity levels required, our adsorption systems and solvent distillation equipment can be used in continuous or batch processes, as well as vacuum, atmospheric or pressure.
Dürr Megtec pulse jet fabric filters help reduce the cost of particulate control. Our innovative technologies provide some of the lowest emission fabric filters in the world for a variety of industries, including steel, cement, incineration and process steam generation.
The CleanSwitch regenerative thermal oxidizer (RTO) from Dürr Megtec delivers simplicity and cost-effectiveness. The two-chamber, single-vessel system delivers 99+% VOC destruction and thermal efficiencies up to 97%. When it comes to VOC abatement and managing hazardous air pollutants (HAPs), the CleanSwitch RTO provides exceptional operating ...
Dürr Megtec’s solvent recovery systems are based on today’s most advanced and reliable adsorption and distillation technologies. They are site-specific and add long-term value to your manufacturing operation allowing you to produce high quality solvent-based products.
The Epsilon RTO from Dürr Megtec is a modularized multi-canister oxidizer offering a highly flexible design that makes it appropriate for many applications where volatile organic compounds (VOCs) and hazardous air pollutants (HAPs) must be managed, and odor control requirements must be met.
Carbon adsorption systems from Dürr Megtec are used in a wide range of industrial applications. Both regenerative and non-regenerative systems are used to capture vapor-phase emissions of volatile organic compound (VOC) solvents from industrial processes and prevent their emission to the atmosphere.