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Research and technology development in Austria energy innovation austria 4/2023

Herausgeber: BMK in cooperation with the Climate and Energy Fund
Englisch, 12 Seiten

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Innovative technologies and concepts for sustainable heating and cooling energy innovation austria 3/2022

Herausgeber: BMK in cooperation with the Climate and Energy Fund
Englisch, 12 Seiten

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• energy innovation austria 3/2022 (pdf, 1.01 MB)

Energy supply based on renewable resources. energy innovation austria 4/2019

Herausgeber: BMVIT und Klima- und Energiefonds
Englisch, 12 Seiten

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This publication is the Excutive Summary of a report jointly prepared for IEA Bioenergy by the Energy Research Centre of the Netherlands (ECN), E4tech, Chalmers University of Technology and the Copernicus Institute of the University of Utrecht. Englisch

Summary and Conclusions from the IEA Bioenergy ExCo63 Workshop Englisch

The energy required for the space heating of factory buildings and warehouses can be a major percentageof the energy consumption of a company. While in some cases, waste heat from other processesin the company is available and is the most cost effective way to heat a factory building, aninteresting option is to use solar energy to cover the heat demand of an industrial building. Englisch

Experts in the joint work of the IEA Solar Heating and Cooling Programme and the IEA Energy Conservation in Buildings and Community Systems, SHC Task 28/ECBCS Annex 38: Sustainable Solar Housing, collaborated to research how better to build very low energy, solar housing. Englisch

The goal of this report, developed in the framework of the Task33/IV - Solar Heat for Industrial Processes (SHIP) of theInternational Energy Agency, is to give an overview of the toolswhich have been developed within this IEA Task 33/IV. Englisch

Bioenergy is increasingly utilised to reduce emissions of greenhouse gases (GHG). Various options exist for trading bioenergy and bioenergy services between countries. Englisch

Englisch

The land use and bioenergy sectors from an integrated system. This system has features that are likely to require approaches distinct from those suitable for other sectors. Thus, although a general framework for NAMAs has been developed, requirements appropriate to specific sectors are needed. Mehrsprachig

Newsletter of the IEA Solar Heating and Cooling Programme, Topics: Renovating houses to meet high energy standards, Solar Forecasting to Support District Heating in Austria, country spotlight - solar thermal in france, Solar + Heat Pumps, Harmonization of Testing Standards and Certification Requirements Englisch

Englisch

Of the available biomass conversion technologies for production of more usable energy forms, fast pyrolysis is the least developed, but offers the benefits of a liquid fuel with concomitant advantages of easy storage and transport as well as higher power generation efficiencies than fossil fuelled systems at the smaller scales of operation that are likely to be realised from bioenergy systems. Englisch

Bio-waste Digestion Markgrafneusiedl: The example of a successful bio-waste fermentation plant described in this contribution is operated by Bio-waste Digestion "Markgrafneusiedl". The plant with an annual capacity of 15,000 tonnes went into operation in 2006. It can process a variety of bio-waste material such as waste from the meat processing industry, separately collected bio-waste from households and even food waste contained in steel barrels of up to 200 litres. Englisch

Proceedings of a workshop organised at the 18th of March 2005 in Graz. A summary of the meeting is available for download. The full proceedings are published as a separate book. IEA Implementing Agreement "Bioenergy". Englisch

This publication provides the summary and conclusions from the workshop Bioenergy - The Impact of Indirect Land Use Change, held in conjunction with the meeting of the Executive Committee of IEA Bioenergy in Rotterdam, the Netherlands, on 12 May 2009. Englisch

The solar thermal collector capacity in operation worldwide equaled 107.8 GWth corresponding to 154 million square meters at the end of the year 2005. Of this, 90.7 GWth were accounted for by flat-plate and evacuated tube collectors and 16.2 GWth for unglazed plastic collectors. Air collector capacity was installed to an extent of 0.9 GWth. Englisch

Status Report 2009 on Research, Development and Market Deployment of Solar Thermal Technologies in Austria. Presented to the IEA Solar Heating and Cooling Programme in July 2009

Approximately 128 GWth, the equivalent of 183 million square meters, of solar thermal collectorswere installed by the year 2006 worldwide (Weiss et al., 2008). Until now, the widespread use of solarthermal applications has focused almost exclusively on swimming pools and residential domestichot water preparation and space heating. Englisch