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BioShip - Potentials of Inland Waterways in Securing the Supply of the Austrian Bio-based Energy Industry
BioShip analyses the potentials to optimise and secure the supply chains of the austrian bio-energy plants (forest fuel, biofuel and biogas) with inland water navigation as an environmental friendly way of transport
Biomass-Logistic-Centers
By establishing regionally best situated logistic centers it shall be guaranteed that in all of Styria transport and processing costs will be reduced and that a continual supply of biomass firewood of constant quality is ensured.
Energy centre for the thermal conversion of biogenous raw materials and residues of a region to produce heat, electricity, SNG and liquid biofuels II
Production of synthesis gas from biological fuels and residues using steam blown gasification. This synthesis gas will be used for polygeneration especially for heat, power, gaseous and/or liquid fuels.
FT-Biofuels in Austria
Development of a realistic concept for the production of Fischer-Tropsch-fuels from biomass in a size of about 200.000 to/a in Austria. Comprehensive evaluation of this concept with respect to available biomass resources, and economical and ecological benefits.
Field test of a virtual power Plant comprising 30 pellet-boiler fired micro-CHP modules
A virtual biomass plant comprising 30 micro-CHP-Modules, each of them integrated into an existing pellets-boiler in the Austrian region of eastern Styria is to be tested. The goal of this project is to gain experience and to introduce a new sustainable technology.
Guideline for logistic systems and resource management for renewable resources in Burgenland
The project on hand is applied in the Austrian federal state Burgenland. It investigates possibilities to cover the future biomass demand of the county with resources from the county.
IEA Bioenergy Task "GHG Balances"
Participation in the investigation net of the IEA Bioenergy to greenhouse gas balance of biomass and bioenergetics systems as well as coordination of the Austrian participation in IEA Bioenergy.
Open up Austria's biomass potential till 2050
Development of an optimal strategy to open up Austria's biomass potential until the year 2050. The optimal strategy maximizes the reduction of GHG emissions. Provision of an action plan for a temporal dynamic implementation of this strategy.
Production of bioethanol in addition with heat, power and valuable byproducts
The production of bioethanol in Bruck/Leitha in addition to the production of heat, power and valuable by-products from biomass will be optimized by a new process simulation tool under the target of maximum usage of waste and low temperature heat and optimal source and product usage.
Technological as well as economical optimized Biomass CHP systems with regard to state-of-the-art technologies.
Analysis and presentation of representative biomass CHP systems with an electric power output of less than 2 MW. Variation of parameters and identification of potential optimized interactions between specific units. Identification of the economically and thermodynamically most optimized interconnection based on state-of-the-art technologies.
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.
Valuation models for future energy clusters considering market, technology and policy uncertainty - Case Study Biomass
Market liberalization, technological change and increasing complexity of international policy processes (e .g. climate negotiations) necessitate new approaches to evaluating investments in an uncertainty and risk-augmented framework. This project developed valuation methods from financial theory - such as real options valuation and portfolio optimization - to quantify the relative competitiveness of bioenergy chains and total energy systems.