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All images are protected by copyright. Dürr AG is the holder of all rights of use, without exception.
The images may not be modified and may be used exclusively for purposes of editorial reporting but not for commercial purposes such as advertising/marketing and trade. The reference “Image source: Dürr AG” must be added to any publication.
If you have questions about the use of the pictures, please contact → Natascha Brand. If images are desired to be used for purposes other than reporting or if modifications to our images are desired, permission must be obtained in advance.
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The Catalytic filter element concept is a combined technology for dedusting, desulphurisation and denitrification through the use of Catalysed Candle Filter (CF) filter cartridges. These enable the simultaneous cleaning of dusts, heavy metals, sulfur oxides and nitrogen oxides in one system.
The Sorpt.X VOC Concentrator is a continuous adsorption process with downstream thermal or catalytic oxidation stage. With regard to the cost/benefit ratio, it is particularly advantageous for treating large volume flow rates combined with low pollutant burdens that would be uneconomical to treat directly.
Dürr has developed a highly efficient adapter for filling air conditioning systems. Not only does it operate at a much higher filling speed, but it also reduces the amount of refrigerant remaining in the adapter after the filling process by up to 80%. As a result a much smaller amount of hydrocarbon-bearing material needs to be used. This helps to cut material costs - and on top of this reduces emissions to the environment.
Schenck has a solution for every (balancing) challenge - whether in the repair workshop or in mass production facilities. Our balancing systems cover the whole application spectrum from miniature motors weighing just a few grams right through to steam turbine blades weighing 400 tons.
Regenerative thermal oxidizers use less primary energy compared to conventional air pollution control systems. This is achieved through the use of regenerative heat exchangers, which are highly efficient at using the energy contained in the hot exhaust gases to preheat the exhaust air to be treated.
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Natascha Brand
Officer Social Media
Corporate Communications & Investor Relations
- Phone +49 7142 78-5411
- Email natascha.brand@durr.com
Dürr Aktiengesellschaft
Carl-Benz-Str. 34
74321 Bietigheim-Bissingen
Germany
Carl-Benz-Str. 34
74321 Bietigheim-Bissingen
Germany