The amount of renewable electricity in the grid is constantly increasing. Innovative approaches are needed to utilise this effectively and efficiently in industrial processes to replace fossil fuels. New hot and cold plasma processes are used to convert materials efficiently and sustainably. In our plasma technology centre at the OST, we contribute to this and put the technology into practice for environmental & energy applications.
In a plasma, atoms and molecules are exposed to highly concentrated electrical energy, which generates process conditions similar to those found on the sun. This type of stimulation opens up completely new opportunities:
In the environmental sector, pollutant molecules such as VOCs, PFAS and odour-active substances can be broken down into non-critical components. They can then be removed by means of a plasma and emission values can be adhered to. Meanwhile, in the energy sector, plasma technology can be even used to produce sustainable energy sources and fuels that can be easily integrated into industrial processes. And all that without any hydrogen!
Plasma technology offers a unique potential in industrial applications. The AMP plasma R&D team develops and supports various projects and activities: From feasibility studies, individual development projects and prototypes to industrial plants with several 10’000 m3/h. Our team offers expertise in the fields of energy & environment as well as comprehensive experiences in chemistry, sensor technology, automation, electronics, and process engineering to foster your sustainable future.
Prof. Dr. Andre Heel
Fachbereichsleiter Advanced Materials & Processes