D6100
8Pages

Catalog excerpts

Screwdriving Technology Automation Air Motors Air Tools machines unlimited GET Turbine Generator ... the innovation that pays you back! nn high degree of efficiency nn small, compact and robust nn low maintenance nn low investment The unit, consisting of an expansion turbine and generator is the optimal decentralised energy recovery system for power ranges between 1 kW and 120 kW. The small robust and compact turbine generator – not much larger than a shoebox – can be installed decentrally anywhere where small amounts of residual energy have previously been left unused after industrial processing. The innovative technology can be implemented in a variety of applications to convert process gas or utilise waste heat. Green Energy

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your advantage  Best degree of efficiency The turbine unit is designed precisely for your specific processing conditions. The degree of efficiency attained can be up to 80% and is therefore substantially higher than when using standard machines such as reciprocating engines or expanders.  Small, compact and rugged Without the associated recovery unit, the turbine generator is not much bigger than a shoe box.  Maintenance-free The turbine generator operates without any gearing between turbine and generator. The rotor of the generator is positioned directly on the shaft with the turbine...

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technical data turbine generator Power range - open process - closed process compressed air, CO2, water steam, natural gas, refrigerants e.g. R245fa, R1223zd, R134a, NOVEC 649, siloxanes, cyclopentane and others Outlet temperature - dry - free from pollution 120 kW Turbine All our turbines are designed and built according to each application case (medium, pressures, temperatures, mass flow). In order for us to be able to provide a quotation it is therefore necessary for the last page of the questionnaire form to be filled in.

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examples for energy recovery When smelting metals – for example, aluminium or copper – the melting tanks are cooled using compressed air. The compressed air flows through cooling ducts and gathers heat in the process. Then it is normally released unused into the atmosphere. Smelting plants The new turbine generator enables utilisation of the energy absorbed in the heat: With the micro-expansion turbine and the intelligent generator, the unused energy is converted into electric current and fed back into the power network. Example compressed air: Mediums: Compressed air Inlet pressure p1 = 5...

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inquiry form turbine generator Do you need support in selecting a turbine generator system for your application? Tell us your operational conditions and our application engineers will be happy to support you. Fill in the following inquiry and send it to greenenergy@deprag.de or directly on our website: www.deprag.com/en/green-energy/inquiry/ Application / Process description: Medium (type of gas, fluid): Inlet pressure (absolute) Outlet pressure (absolute) Inlet temperature or outlet temperature Mass flow or required electrical power Operating conditions: Duty cycle in hours per year...

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P.O. Box 1352, D-92203 Amberg, Germany Carl-Schulz-Platz 1, D-92224 Amberg Phone (+49) 9621 371-0, Fax (+49) 9621 371-120 www.deprag.com info@deprag.de © DEPRAG. All rights and technical alterations reserved - Fri DEPRAG SCHULZ GMBH u. CO.

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D6100 8Pages

Catalog excerpts

All DEPRAG SCHULZ GMBH u. CO. catalogs and technical brochures

D6100
8Pages