Suchergebnisse
Technology and Innovation Roadmap "BioHeating and Cooling"
The Roadmap links with the energy research strategy of the Austrian Council for Research. It was developped together with national stakeholders from industry to deduct recommendations for policy makers. It includes clear suggestions for research topics until 2020 and provides an outlook on the contribution of biomass to the heating sector of a decarbonised energy system in 2050.
IEA Bioenergy Task 37: Energy from Biogas and Landfill Gas (Working Period 2010 - 2012)
Key issues for realisation and dissemination of extraction of biogas from byproducts, waste and bioenergy crops were modulated by international experts.
IEA Bioenergy Task 33: Thermal Gasification of Biomass (Working Period 2010 - 2012)
Obtaining, processing and dissemination of information about international development in the field of thermal gasification of biomass as well as leadership of several key aspects of the task.
IEA Bioenergy Task 39: Commercialization of Conventional and Advanced Liquid Biofuels from Biomass (Working Period 2016 - 2018)
IEA Bioenergy Task 39 deals with the commercialization of conventional and advanced biofuels, including innovative raw materials such as micro-algae, their economic, environmental and social assessment and the investigation of relevant policies. Findings from countries with a committed biofuels policy are made accessible to Austria, and success stories of Austrian industry, research and policy are promoted internationally.
Model region Güssing
Self-sufficient energy supply based on regionally available renewable resourcesand sustainable regional development
Forschungsforum
1/2007
Herausgeber: BMVIT
Englisch, 6 Seiten
Downloads zur Publikation
Distributed power generation and intelligent networks
Research inputs for energy systems of tomorrow
Forschungsforum
5/2006
Herausgeber: BMVIT
Englisch, 6 Seiten
Downloads zur Publikation
Sustainable Bioenergy 2050
Specific needs for technological research and development in the sector bioenergy to reach the climate goals.
Schriftenreihe
53/2013
Herausgeber: BMVIT
Deutsch, 162 Seiten
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Direct Supply with Cold, Heat, Electricity and further Added Values Using Renewable Fuel for Stationary Fuel Cells
Fuel cells can use local resources and provide regional energy support if optimized. BIO-VISION leads to a demo-project.
Optimization of methane production - the Methane Energy Value Model
The biogas production from energy crops will be analyzed and optimized. Energy crops are grown in an environmentally friendly and sustainable crop rotation system. The project provides a secure basis of data for the biogas production and utilisation. Farmers will invest more into the biogas technology.
Best Biogas Practice
Compilation of guidelines and benchmarks for "best biogas practice" to ensure efficient biogas production. Constitution of an Austrian network including all partners in the biogas production cycle.
Efficient biogas processing with membrane technique
Production of natural gas substitute with a newly developed gas permeation technology. Optimization of the process with biogas from energy crops fermentation. Screening of new methods of online product gas quality control.
Upgrading of biogas for the gas distribution system of Salzburg
Development of a cost-effective cleaning unit, free of waste-products, for the upgrading of biogas to natural gas quality. Elaboration of the basis for a demonstration project injecting biogas into the gas distribution system of Salzburg.
Biogas as Vehicle Fuel - Economic Feasibility in Austria
The main objectives of this project are to discuss the economic feasibility of the production and distribution of biogas used as transportation fuel and to identify those types of local distribution systems that are already economically feasible under the present economic conditions in Austria.
Further enhancement of biogas production in Vorarlberg and its use over the natural gas grid
Further enhancement of biogas production in Vorarlberg with the possible use over the natural gas grid; analysis of the potential availability of fermentation substrates; scenarios for the increase of production capacities in combination with existing plants; technical blueprint of realistic scenarios; economic feasibility of the described scenarios.
Energy center for the production of heat, power, substitute natural gas and liquid biofuels
The project deals with the production of synthesis gas from biological fuels and biological residues using steam blown gasification. This synthesis gas will be used for polygeneration especially for heat, power, gaseous (substitute natural gas, SNG) and/or liquid fuel production.
Polygeneration of bioethanol, biogas, electricity and heat through operating community Sun Power Plant Project GesbR.
Analysis of the economic feasibility of fuel-bioethanol production in the region Harmansdorf/Rückersdorf (NÖ), partner of Leaderregion "10 vor Wien", incorporating innovative combinations with biogas and process heat supplying plants considering also lignocellulosic material as feedstock for bioethanol- and biogas production.
Transfer of technology and know-how for the initiation of fermentation gas net feed-in pilot projects.
Target group communication of the technical possibilities of fermentation gas net feed-in. Information preparation and reduction in planning complexity. Support and networking of potential future plant operators. Establishing a service office as contact point.
Voltage stabilization by central reactive power control of biogas power plants (Virtual Biogas Power Plant)
A virtual power plant, combining 20 agricultural biogas plants is planned in the south-eastern part of the State of Styria (A). The aim of the project is to realize a central reactive power control system of the biogas plants. Active power of this biogas plants ranges between 1 and 3 MW. Specific goals of the project are increasing grid stability, decreasing long distance reactive power transmission, decreasing energy losses, and decreasing utility costs.
Virtual Biogas - Biogas-Upgrading and Grid-Injection
Production of natural gas substitute from biogas and grid-injection to the public natural gas grid on an industrial scale using the two-staged membrane separation process gaspermeation. Design and erection of the upgrading plant at the biogas plant Bruck/Leitha as well as monitoring and optimisation of the operational characteristics.
Virtual power plants for self-sustaining regions
Geographic methods for the combination of renewable energy sources to create "virtual power plants" and development of self-sustaining regions in terms of energy-balance and the Kyoto target.