Energy- and Resource-Efficiency

3D Printing for High Performance Cermics
Individual items, small series and prototypes – evensophisticated geometries in ‘injection moulding quality'

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Tool for Optimising the Energy Consumption in Production
Monitoring and simulation of production facilities and processesfor efficient production management

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Sensor-free magnetic bearings
Increased safety at low cost – new bearing technology, also for high rotational speeds

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Sensorless Control for Synchronous Motors
Increased reliability with lower production and maintenance costs –high energy efficiency – new: silent version also available

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Functionalising of surfaces via machine hammer peening
Increasing efficiency and quality of metal workpieceswith robot-based surface-finishing

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Waste to Value – technology to transform waste streams into valuable products
Production of valuable bio-products from waste streams with organic content

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SEMERGY.net – efficient web-based planning of construction and retrofit projects

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Combination of Power-to-Gas with Biogas Plant
Doubling of biogas production throughthe use of excess electricity for electrolysis and methanation

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Desulphurisation technology for gas-highly efficient, dynamic, compact
Removal of H₂S from biogas and other product gases containingmethane and hydrogen - highly efficient, flexible and compact

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Water quality test
For detecting and determining the origin of faecal contamination

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Contact

For further information about TU Wien at Hannover Messe:

Peter Heimerl
Head of Research Marketing
TU Wien
Karlsplatz 13/ E058-04, 1040 Vienna, Austria
M +43 664 605883320
T +43 1 58801 406110
ReMa@tuwien.ac.at