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The research group SORPTION, led by Dr Mirko Kleingries, researches and develops technical sorption processes for energetic applications to increase the energy efficiency of a system as a whole and to enable the use of renewable energies.
A property of sorption materials is to take in or bind other substances. They can be used to dehumidify or clean gases, for example the ambient air.
Sorption storage systems can store heat and cold indirectly and almost without loss for an arbitrary amount of time. Moreover, these storage systems have much higher energy densities than conventional storage systems.
Sorption materials can take in or bind other substances. During this process heat is released that can be used. For example in the application of sorption materials in heat pumps.
The ability of sorption materials to take in or bind specific substances can be used in different ways for cooling applications.
Die leichte Gülle aus der Mikrowelle (Only in German)
(588.6 KB) .PDF
Sorption als Tausendsassa (Only in German)
(301.5 KB) .PDF
Technische Sorptionsprozesse für energetische Anwendungen (TSEA)
softcool 2.0
