Projects
There are 30 results.
BIPV-Booster - Game changer for façade-integrated PV systems: Development of proof-free constructions regarding fire protection
The central result of the project will be the development of a catalogue of “proof-free constructions” with regard to fire protection for façade-integrated photovoltaic systems, particularly for the more difficult case of high-rise buildings. These constructions will be defined in the project and tested in fire tests. The fire tests are to be supplemented by electrical and material-related module tests before and after the fire tests.
BROWNFIELD-PV Leoben - Sondierung einer PV-Anlage auf der in Nachsorge befindlichen städtischen Deponie Seegraben (Leoben)
The project develops an innovative multi-benefit approach for urban landfill photovoltaics by integrating methane oxidation, biodiversity-enhancing vegetation, and inclusive citizen participation.
ClimateConcrete Bregenz - Model development of transferable NEB quality processes for climate-resilient urban districts in Bregenz
KlimaKonkret Bregenz is not a traditional planning project; rather, it develops a clear framework for quality and decision-making in future urban development. Its aim is to bring together topics such as climate resilience, mobility, building culture, and social issues in a way that enables policymakers and administrators to make well-informed, sustainable long-term decisions. This results in concrete tools, such as binding quality criteria in accordance with NEBKritQ and—where appropriate—a design guideline derived from these criteria for future projects.
Commercial Quarter Erdberger Mais (EBM) - Transformation of a Business Development Area into a Climate-Resilient Commercial Quarter
The project addresses the urgent need to further develop existing industrial areas in a climate-resilient, resource-efficient, and future-oriented way. The approximately 7.6-hectare commercially used site in Vienna is to be developed as an industrial-commercial area in line with the Wien-Plan (Urban Development Plan 2035).
Densifying without Sealing - Research on the sustainable transformation of existing single-family neighbourhoods
Interdisciplinary research to develop and test a new approach for significantly increasing density in existing single-family neighbourhoods without adding any new sealed land, by strategically extending buildings upwards within their current footprint. The project delivers a practical decision basis to pave the way for a demonstration project supporting climate-resilient urban development.
DiCYCLE - Reconsidering digital deconstruction, reuse and recycle processes using BIM and Blockchain
DiCYCLE aims at identifying, analysing and mapping current End-of-Life processes in the building industry, as well as optimizing those for digitalization, using BIM, Blockchain and Smart Contracts. The goal is to enable sustainable digital planning, construction and deconstruction workflows for reuse and recycling of building materials and components along the life cycle.
ELEMENTS - Development of a procedure for the evaluation of elements of the post-war building stock (1960 - 1979) in Graz, Austria
Investigation of the building stock constructed in Graz between 1960 and 1980 with the aim of creating the basis for developing a potential analysis procedure regarding its preservation and refurbishment. Stakeholders, including those from the fields of planning and building practice, will be involved in the development of the results.
FROSCHBERG 2.0 - Designing existing neighborhood(s) to be renewable and replicable
Exploration of replicable solutions for the socially acceptable transformation of existing neighbourhoods towards climate neutrality using the example of the Froschberg workers' housing estate. The result, the presentation and integration of climate neutrality into the refurbishment roadmap for the Froschberg workers' housing estate, serves as a starting point for implementation in a follow-up project.
Fit4Heat_Rust - Future-proof heating network in Rust
Development of an innovative, sector-coupled heating network concept for the city of Rust that flexibly integrates renewable heat sources and cooling provision and enables third-party access in accordance with RED II.
GRAUfürGRÜN-BLAU - Cross-sectoral use of treated greywater for vital urban green spaces and stable groundwater resources
Exploratory project to analyze the potential of using purified grey water from private collection systems for use in public space (irrigation of green infrastructure and infiltration).
HEATbucket - Urban underground thermal energy storages to enable energy transition
In urban areas, the heat supply and cooling of buildings is one of the key challenges in the course of the energy transition. With HEATbucket, a structural engineering solution is to be investigated for the realisation of underground heat storage in built-up areas. In addition to the technical challenges, the focus is on the general feasibility and the impact on the subsoil and groundwater.
JAKUB & LEVI - Development of an Innovative Climate-Neutral Neighborhood in the Settlement Area
"Jakub & Levi" is a transdisciplinary project developed for underutilized parish and community properties in the center of Unterretzbach. It combines innovative housing and usage concepts with mobility alternatives, sustainable energy supply, and the use of local materials. Established social structures from the village community are adopted and enriched with urban living concepts. The project provides a transferable model for sustainable neighborhood development in rural regions.
KliB40-Climate Compass: Climate-neutral Bregenz 2040, climate compass for the structured participation of stakeholders and the citizens
The "KliB40 Climate Compass" supports Bregenz on its path to climate neutrality by 2040 through transparent development, selection, and monitoring of measures. It facilitates the coordination of climate protection activities and actively involves stakeholders. By evaluating existing software solutions, the project ensures optimal digital support for planning and implementing the city's climate strategy.
LehB:KlimafitDemo2+1 - Living in existing buildings today: climate-friendly renovations in existing buildings within the framework of the common good housing law
The LehB:KlimafitDemo2+1 project examines innovative renovation solutions for the climate-fit modernization of non-profit residential buildings without placing a financial burden on tenants. By implementing a flexible modular system and involving the residents, economic, technical and social aspects of the renovation are optimized. The aim is to make an important contribution to achieving climate neutrality by 2040 through adapted measures and comprehensive monitoring.
LehB:klimafit! Live in existing buildings today: climate fit together
The aim of the project is to explore transferable renovation concepts for the implementation of climate-fit renovations in Vienna. Integrally optimized renovation packages will be developed, which will be optimized in the building ensembles for implementation-probable, climate-friendly overall solutions with the relevant stakeholders.
LoPQ - Local Heat together - Pioneer Quarters for Neighborhood Heat and Colling Supply and Quarter Renovation
LoPQ develops integrated supply and renovation concepts for urban quarters by coupling anergy networks with renewable energy sources. From 20 initial sites, five pilot quarters will be selected for detailed feasibility studies, with one final quarter proposed for a follow-up R&D&I project. The interdisciplinary consortium combines expertise in technology, geosciences, and economics to create inaugural, holistic operating and financing models. Scaling these solutions addresses an investment volume of €1.9 billion and a CO2 reduction potential of approximately 25,600 t per year.
MADOKLI - Mannersdorf climate fit! Using local resources to combat and adapt to climate change for a climate-neutral neighbourhood
Development of a climate-neutral neighbourhood by integrating previously unused heat sources and sinks, such as the underground Mühlbach stream, to supply municipal buildings, to establish use-oriented water management and to develop solutions for climate-friendly outdoor spaces in the centre of Mannersdorf am Leithagebirge.
MARGRET Bioshade - Building Physics-Based Quantification of the Shading and Cooling Performance of Building Greening
The MARGRET Bioshade project investigates the impact of building greening on energy efficiency, climate adaptation, and building assessment. Its focus is on quantifying the shading performance of vertical greening systems, analyzing the water balance and evaporative cooling effects of different greening solutions, and developing standardized parameters for planning, simulation, and technical guidelines.
Mind the gap - Development of a Directional Drilling Method for Shallow Geothermal Energy
The project develops a miniaturised directional drilling method enabling geothermal boreholes to be installed beneath existing buildings, addressing a major gap in densely built urban areas. By drilling from accessible edge zones and keeping all probes on private land, permitting procedures are simplified and public-space interventions minimized. The study assesses technical, regulatory and economic feasibility and forms the basis for subsequent prototype development.
National ‘governance matrix’ for the mapping and display, optimization, and funding of spatial and urban planning across institutions (BW STMX STB)
Development of an interactive governance matrix for the nationwide mapping, registration and optimization of programs and funding tools for spatial planning at every scale. By creating transparency as well as placing existing policies and governance tools in relation to one another, the matrix offers an overview across departments and institutions that allows synergies to be utilized and gaps to be closed.