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Zeolite packed bed in an experimental Sorptive heat Storage

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Zeolite packed bed in an experimental Sorptive heat Storage ( zeolite-packed-bed-an-experimental-sorptive-heat-storage )

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FraunhoFer InstItute For InterFacIal engIneerIng and BIotechnology IgB 1 1 1 Zeolite packed bed in an experimental Sorptive heat Storage reactor. for energy-efficient induStrial proceSSeS An important contribution to the achieve- ment of climate protection targets and the desired changes in energy policies is an im- proved utilization ratio for both fossil and renewable primary energy sources. This is done by secondary usage of energy which was not used during its first application. A case in point is the utilization of waste heat created by combustion engines during the generation of power from (bio)gas: the waste heat produced typically makes up over 50 percent of the energy content of the fuel used. In addition, there are many more commercial, industrial, and electricity gener- ating processes which release large amounts of waste heat. However, this cannot neces- sarily be utilized simultaneously or directly in another application. Considering the fact that approximately 50 percent of the final EU energy requirements1 are needed for heat production, it becomes apparent that there is great potential for optimizing energy use. For the efficient use of heat and waste heat there is a need for compact and flexible storage systems to temporally and, if neces- sary, spatially decouple or compensate the supply and demand for heat. Currently avail- able industrially manufactured thermal stor- age systems regularly only store sensible heat. They usually use water as a storage medium, thus restraining the storage density and limiting the storage temperature level to 100 °C at the most. Latent heat storage units which may achieve slightly better stor- age density values regularly lack the required flexibility due to their defined operating temperature. The disadvantage of both sys- tems is their permanent heat loss to the environment which over time leads to self- discharging, despite insulation. Fraunhofer Institute for Interfacial engineering and Biotechnology IgB Nobelstrasse 12 70569 Stuttgart | Germany Contact Dipl-Ing. Mike Blicker Phone +49 711 970-3539 mike.blicker@igb.fraunhofer.de Timo Langhof M. Sc. Phone +49 711 970-3531 timo.langhof@igb.fraunhofer.de www.igb.fraunhofer.de www.heat-saver.eu 1 EUREC (Europe an Renewable Energy Research Centres) Agency, 2009

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