Suchergebnisse
Aufbereitung von Biogas zur Einspeisung in das Salzburger Erdgasnetz
Entwicklung einer kostengünstigen und abfallfreien Reinigungseinheit zur Aufbereitung von Biogas auf Erdgasqualität. Schaffung der Grundlage für ein Demonstrationsprojekt einer Biogaseinspeisung in das Salzburger Erdgasnetz.
Einbindung von dezentraler Energie aus erneuerbaren Energieträgern in bestehende Fernwärmenetze
Einbindung von dezentraler Energie aus erneuerbaren Energieträgern in bestehende FernwärmenetzeUntersuchung von Potenzialen sowie technischen/wirtschaftlichen und organisatorischen Lösungsmöglichkeiten zur Einbindung von dezentral erzeugter Wärmeenergie aus erneuerbaren Energieträger in bestehende, überwiegend mit fossilen Energieträgern betriebene Fernwärmenetze.
Optimierung der Beschaffungs- und Distributionslogistik bei großen Biogasanlagen
Technische und ökonomische Analyse sowie Darstellung von Verbesserungsmöglichkeiten für verschiedene Systeme der Bereitstellungs- und Entsorgungslogistik bei Biogasanlagen.
Erstellung eines Logistikkonzepts zur effizienten Sammlung von biogenen Abfällen als Input für eine energetische Nutzung in Biogasanlagen
Dabei werden technische und organisatorische Rahmenbedingungen samt Hemmnissen und Erfolgsfaktoren bei der Einführung untersucht.
Erzeugung und Aufbereitung von Biogas am Standort Wals mit anschließender Einspeisung in das Erdgasnetz
Erzeugung und mehrstufige Aufbereitung von ca. 150 m³/h Biogas in Wals-Siezenheim. Einspeisung in das Erdgasnetz der Salzburg AG. Machbarkeitsnachweis der risikofreien Einspeisung in einem 3 jährigen Betrieb.
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
Agricultural Resources for Biogas Production
Genotypes of energy plants adapted to the location will be identified and specialist crop rotation adapted to the location will be developed. The fermentation process will be optimised and the methane energy model will be advanced. The efficiency of the biogas production will be enhanced.
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.
(BIO)-Gas fuel station in isolated network
Integration of gas processing and fuel station in isolated network into an existing biogas plant
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.
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.
IEA Bioenergy Task "Biogas"
Evolution and circulation of the biogas extraction of organic materials through Austrian attendance and collaboration in an international net as well as management of task-emphases
Technology, logistics and economy of large-scale fermentation gas facilities on the basis of biogenous waste
Examination of the logistic, technological and economic feasibility of large-scale fermentation gas facilities. Development of solutions for substrate procurement, plant technology, utilization of the organic remainders of the facilities and poly generation in combination with industrial plants.
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.