Suchergebnisse
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.
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.
Safety and Authorization of Biomass Gasification Plants
Biomass gasification is a success promising technology for the combined heat and power production based on the utilization of domestic biomass. With this project a safety and commissioning guideline for the technology was created for the enhancement of the technology's market introduction.
Feeding Biogas Into The Austrian Natural Gas Grid
Analyses of technological, economic, and legal prerequisites as well as pilot projects within the "energy systems of tomorrow” subprogram
Forschungsforum
2/2006
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
Production and upgrading of fermentation gas at the location Wals-Siezenheim to be feed into the natural gas distribution network
Production and multistage purification process of approx. 150 m³/ h biogas in Wals-Siezenheim. Prove the feasibility of trouble-free feeding of biogas into the natural gas grid of the Salzburg AG within an operation period of 3 years.
Establishing a logistics concept for an efficient collection of biogenous waste as input for energy recovery in biogas plants.
The basic organizational and technical conditions along with possible obstacles and critical success factors are investigated.
Development of agitation systems in biogas plants in order to optimize mixing-behaviour and to reduce energy demand with the help of Computational Fluid Dynamics (CFD) simulation
The purpose of this project is the investigation of the mixing-behaviour and performance of the agitation systems in biogas plants, and to present them through Computational Fluid Dynamics (CFD) simulation. This EDP-tool can model and predict the actual fluid dynamics in a closed system. Thus it may help to plan optimal reactor geometries, position and combination of agitation systems as well as to minimize the energy requirements.
Use of thermal cooling technologies and optimal combination with other heat energy consumers to use during summer the available district heating based on renewable energy sources: example of the municipality of Mureck
Optimal use of heating energy from a biogas CHP in the municipality of Mureck through demand side measures; the multifunctional energy centre Mureck on the way towards thermal air-conditioning: Multi-Mukli