Suchergebnisse
Entwicklung einer kontinuierlichen Wasserstoff-Carbon Nanotubes Demo-Produktionsanlage
Mit der Entwicklung einer kontinuierlichen Wasserstoff-Kohlenstoffnanofasern Produktionsanlage werden wirtschaftlich Kohlenstoff-Nanofasern produziert und gleichzeitig Zugang zu umweltschonend produziertem Wasserstoff geschaffen.
Untersuchung des Stirlingprozesses für eine umweltverträgliche Kälteerzeugung - Systemanalyse
Die negativen Auswirkungen der konventionellen Kälteerzeugung auf die Umwelt (z.B. Ozonabbau, künstlicher Treibhauseffekt) erfordern die Entwicklung umweltverträglicherer Systeme zur Kälteerzeugung.
Ressourceneffizienzsteigerung durch experimentelle Optimierung von Wärmebehandlungsprozessen der metallverarbeitenden Industrie
Die Optimierung des Energieeinsatzes bei der Herstellung von ölschlussvergütetem Draht soll durch experimentelle Untersuchungen der Möglichkeiten der Abwärmenutzung der Öfen und durch bessere Wärmedämmung an den Bädern sowie der Untersuchung von Möglichkeiten Blei aus dem Anthrazit auszuscheiden erfolgen.
Umweltfreundliche Harzimprägnierung elektrischer Maschinen mittels Stromwärme
Die Wicklungen elektrischer Maschinen und Generatoren (z. B. Wind- und Wasserkraftgeneratoren) müssen in eine Harzmatrix eingebettet werden. Dazu soll ein neues Verfahren untersucht werden, welches die Erwärmung durch Widerstandsheizung nutzt. Dieses Verfahren hat einen sehr hohen Wirkungsgrad und führt durch schnelle Harzgelierung zu sehr geringen Emissionen.
Pilotprojekt Biogasbehälter in Fertigteilbauweise
Errichtung eines Biogasbehälters in Fertigteilbauweise und als Erweiterung einer bestehenden Anlage in Bruck an der Leitha in Betrieb genommen. Diese Methode versprach eine Reihe von Vorteilen, warf aber auch mannigfaltige technische Fragen bezüglich Dichtigkeit und Konstruktion auf, die im Rahmen dieses Pilotprojekts überprüft wurden.
Development of miniaturized, ceramic high-temperature fuel-cell-components using resources-perserving mass-production processes
The application of nano scaled powder and powder injection moulding (PIM) for energy efficient co-sintering of miniaturized solid oxid fuel cells which can produce current and heat by using renewable raw materials.
PROMISE - Production with solar energy. Study on the potential of thermal solar energy systems in trade and industry depending on the production processes
Documentation of realized plants for the use of thermal solar energy in trade and industry companies. Identification of production processes and branches, which have a demand for low-temperature heat. Determine the potential of solarthermal systems to provide low-temperature heat. Case studies for branches and processes with the highest mid-term potential for realization of a solar plant.
Raise in efficiency due to optimized waste heat management in heat intensive processes of the metal-working industry
This project drives at optimizing the energy input at the manufacturing process of oil tempered spring steel. This aim is met by investigating different options of waste heat recovery from industrial furnaces and heat insulation of heat treatment bathes. Besides, options of lead removal from anthracite will be listed.
Shutdown factory - Central control and communication system and overall concept for a reduction of energy cost and optimization of resources during the stand-by-mode of industry facilities
Development of solutions to reduce the energy cost during the stand-by-mode of industry facilities. Focus areas: innovative control and communication system for the problem of the shut down and start up, entire concept on energy savings cost during the stand-by-mode, creating awareness concerning the problem in the industry
EasyCell - Design optimization of PEM fuel cells for reducing auxilliaries and simplificating the material-management to facilitate the mass production
EasyCell - A common use of PEM fuel cells is not yet established. It is the aim of this project to optimize the design of PEM fuel cells (minimization of peripheral units, simplified handling of gases and the right design for mass production) to ease a widespread use of PEM fuel cells.
Waste heat utilisation and use of renewable energy sources in a metal-working enterprise
Use of waste heat and covering of the remaining energy demand by the renewable energy sources hydropower and biomass in a metal-processing company.
THECLA
Application of the Stirling cycle for environmentally compatible cooling - systems analysis
Conventional cooling has adverse effects on environment (eg. ozone depletion, global warming). One option for environmentally compatible cooling systems for near ambient temperatures (-10 to -50°C) is the Stirling cooler with environmental friendly process.
Instationarity as a limiting factor for the use of industrial waste heat in heating-networks
Industrial waste heat is predominantly instationary. Thus utilisation of industrial waste heat in district heating systems is constrained. A database and an evaluation methodology were developed to support increased utilisation of this heat source.
Ecologically friendly resin impregnation of rotating machines with the use of the joule effect
Windings of rotating machines or electrical generators (e. g. wind and water power generators) are impregnated with resin. A new technology using the heating effect of current is investigated. The high efficiency of heating with the joule effect results in quick heating of stator leading to fast gelling of the resin, which implies low emission.
De-lacquering as a service
Development of the service of de-lacquering in industrial plants on the basis of pulsed high pressure water with a new, energy efficient high pressure pump. Further possible applications will be searched for and evaluated.
Increasing of the resources-efficiency by experimental optimisation of steam production and by reduction of production residues in a metal-processing factory
The project is based on the results of the currently running project "Use of waste heat and renewable energy sources in a metal-processing factory". In this project it was found, that nearly the half of the consumption of natural gas is needed for steam production. Based on calculations already carried out, it is planned to investigate experimentally the possibilities of increasing the resource-efficiency by lowering the steam temperature and by replacing steam by hot water. Further increasing of resource-efficiency shall be achieved by use of internal residues as an additional fuel in a solid fuel furnace.
Development of a continuous hydrogen-carbon nanofibers production line
With the development of a hydrogen-carbon nanofiber production in a continuous process carbon nanofibers can be produced in an economic way and at the same time access to environmentally friendly hydrogen is enabled.
Sustainable energy supply: Production and import of biomass and bio fuels
The project gives an overview of the supply and demand for biofuels specifically dealing with the situation in Europe and that in threshold and developing countries using case studies as examples. Cases: Sweden and France as importing countries in the EU, and Senegal as a (potential) exporting nation.
Solar thermal cooling system consisting of a parabolic trough collector field and a steam jet ejector chiller
A solar thermal cooling system consisting of a parabolic trough collector field and a steam jet ejector chiller has been developed. The necessary components were built and tested and finally put together to get an operating pilot plant at the test facility.