Project Image Pool
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Terms of use: The pictures on this site originate from the projects in the frame of the programmes City of Tomorrow, Building of Tomorrow and the IEA Research Cooperation. They may be used credited for non-commercial purposes under the Creative Commons License Attribution-NonCommercial (CC BY-NC).
Vacuum-glazing-window in fully-glazed appearance, opening direction to the outside.
This non-conventional window was concepted during the MOTIVE-project. It's attractive architectural appearance is based on a fully-glazed impression. However, the opening direction to the ouside needs to be furtherly worked on, regarding user acceptance, maintenance, and sun protection.
Copyright: Team Projekt MOTIVE (Abt. Bauphysik und Bauökologie, TU Wien & Holzforschung Austria)
Panel discussion on "energetic transformations in urban quarters" - E_PROFIL
Within the final event of the project E_PROFIL at Ars Electronica Deep Space. Left to right: Claudia Dankl (ÖGUT. Moderation), Johannes Pointner (Enerquent), Sonja Pitscheider (City of Innsbruck), Gunter Amesberger (Planning Director, City of Linz).
Copyright: Ars Electronica Futurelab, 2017
Share of multi-flat buildings and multi-storey housing in buildings with flats - Linz central region
Own illustration by SRF/TU Wien, 2017, based on Statistics Austria's "Gebäude- und Wohnungszählung" 2011.
Copyright: Robert Kalasek, TU Wien, 2017
Energetic management of urban quarters - ideal-typical process
more here: http://www.eprofil.at/res/booklet.pdf
Copyright: Ars Electronica Futurelab, 2017
Final event of the project E_PROFIL at Ars Electronica Center
Presentation of the urban quarters Kleinmünchen and Bergern in Linz.
Copyright: Ars Electronica Futurelab, 2017
Setting the moss-plants
After constructing the panels, different moss plants were prepared for setting onto / into the the prepared panels.
Copyright: Team Projekt BeMoFa (Abt. Bauphysik und Bauökologie, TU Wien et al.)
Moss-Growth Studies (Project BeMoFa)
In the project we tried out a number of combination of different moss species, substrates, carrying materials, and humidification techniques.
Copyright: Team Projekt BeMoFa (Abt. Bauphysik und Bauökologie, TU Wien et al.)
Substrates
Different substrate materials were tested within the framework of the project
Copyright: Team Projekt BeMoFa (Abt. Bauphysik und Bauökologie, TU Wien et al.)
Paneel-Construction
In the framework of the project we tested different paneels toward their ability to act as carriers for moss-based greenery.
Copyright: Team Projekt BeMoFa (Abt. Bauphysik und Bauökologie, TU Wien et al.)
Dachgeschoßausbau Ybbsstraße, Wien
Dachgeschoßausbau Ybbsstraße, Wien
Copyright: Schöberl & Pöll GmbH
Dämmung, Dachgeschossausbau Ybbsstraße, Wien
Dämmung, Dachgeschossausbau Ybbsstraße, Wien
Copyright: Schöberl & Pöll GmbH
KLIMUR Analyzer: Screenshot of the map comparison
The figure shows the user interface of the KLIMUR-Analyzer on the right with different drop-down menus and buttons. Two maps are shown in comparison on the right with points of schools and on the left with points of playgrounds (OGD Vienna). This corresponds to only one feature of the KLIMUR-Analyzer. More features on analysis and participatory data collection and evaluation can be found in the project report.
Copyright: KLIMUR
Integrative evaluation of different extension stage for the Zukunftshof
The figure shows the network diagrams of the integrative evaluation for the Zukunftshof. From an integrative point of view, expansion stage 1 is the worst overall, i.e. it has the smallest area. The best variant would be expansion stage 3, although this also has the highest investment costs (therefore only 1 evaluation point). However, a general evaluation based on the sum of the KPIs seems difficult. Either the individual KPIs must be weighted or the conflicting goals must be examined more closely.
Copyright: KLIMUR
Distributed prosumer approach to resource management (energy, water, nutrients)
The figure shows schematically the transformation of a linear producer-consumer relationship to a feedback relationship between producers and consumers who become distributed prosumers.
Copyright: KLIMUR
Schematic representation of the workflow or tools for the creation and evaluation of the scenarios for Rothneusiedl
The figure shows a schematic representation of the workflow and the tools and interfaces used to create and evaluate the scenarios for Rothneusiedl.
Copyright: KLIMUR
Biobased substitution scenario on raw materials
Biobased substitution scenario on raw materials
Copyright: scenario editor e.U.; Hauptquellen für die fossile Seite: Statistik Austria, FVMI, Eurostat, PlasticsEurope, FCIO, cefic und eigene Berechnungen. Hauptquellen für die biobasierte Seite: IfBB, Mullen & Boateng, Mudge et al., Claus et al., Elinor et al. und eigene Berechnungen
Biobased substitution scenario on pre-products
Biobased substitution scenario on pre-products
Copyright: scenario editor e.U.; Hauptquellen für die fossile Seite: Statistik Austria, FVMI, Eurostat, PlasticsEurope, FCIO, cefic und eigene Berechnungen. Hauptquellen für die biobasierte Seite: IfBB, Qian et al., Barnwal & Sharma und eigene Berechnungen
Estimated material use of fossil resources in Austria in 2015
Estimated material use of fossil resources in Austria in 2015
Copyright: Erarbeitet und erstellt von scenario editor und alchemia-nova im Auftrag des BMIMI. Version: Februar 2018
Biobased technology pathways
Screenshot of the interactive relationship diagram
Copyright: alchemia-nova
The network of flexible bioenergy technologies in biomass-related energy conversions
Network of flexible bioenergy technologies and biomass conversion technologies. Four sections are distinguished from left to right along the value chain. Raw materials, intermediate products, energy sources and applications. The raw materials are divided into wet and dry biomass. The intermediate products are subdivided into product gas, biogas and pyrolysis oil. The energy sources are subdivided into liquid fuels, methane and LNG, pellets, biochar, wood chips and stabilized pyrolysis oil. The applications are divided into chemical substances, transportation and mobility, flexible electricity and (stored) heat. An additional arrow indicates that the value chain does not end with the application. CO2 is again a raw material that can be stored or used. CO2 is also produced between the step from intermediate products to energy carriers. Hydrogen from volatile renewables can also be added in this intermediate step. The diagram uses colored arrows to illustrate which supply chains are already established, which are in the demonstration phase, and which are still being developed. Wet biomass via biogas for transportation and electricity is an established chain. So is dry biomass, which is used as pellets or wood chips or through gasification for electricity and heat. Pyrolysis oil, but also liquid fuels from solid biomass for chemical substances or transportation are in the demonstration phase. The use of wet biomass for liquid fuels or for conversion into solid fuels are still underdeveloped supply chains.