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WEIZconnected - crossbuilding energy exchange
The subject of this project is the design, development and demonstration / test operation of a total system of energy exchange (electricity) across buildings and building-integrated energy production for different types of buildings (residential, office, laboratory buildings).
What does sustainability mean for a cluster in industry?
Inquiry of requirements, implementation of qualification schemes and coaching in the design of sustainability reports for selected companies of the styrian automobile cluster with special emphasis on environmental and social costs.
WHISCERS. Whole House In-Situ Carbon & Emission Reduction Solution
Whiscers is a system for installing internal wall insulation with minimal mess, whilst the resident remains in the property. It involves measuring the walls in the property using a laser device that enables fast and highly accurate measurement. Information is then sent electronically to a computer controlled off-site cutting machine that is rapid, precise and mess-free.
win wi[e]n: block development ground floor zone: Optimization of the Viennese block renewal programm as a tool for a sustainable development of street level and open (public) spaces of urban fabric
Development of the Viennese Block Renewal Program with a special focus on the ground floor zone of historical urban fabric (on the basis of the case study Block Renewal Area Ilgplatz, Vienna): sustainable restructuring and reusing of the blocks at ground level, including courtyards and street spaces- as a comprehensive planning approach.
WohnMOBIL - Innovative living and transport options in areas with high settlement pressure
The objective of the WohnMOBIL project is the promotion of a land-, cost- and traffic saving settlement development and a change of transport priorities (priority of eco-mobility). This shall be reached by the transfer of innovative living concepts like "transitory living", until now mainly used in urban areas, to suburban-rural areas and the interrelation with needs-oriented multimodal mobility concepts.
Wood Plastic Composite - Direct extrusion
Development of a wood composite direct dosing system
Wood Plastic Composites
Wood Plastic Composites - Development of an extrusion tool
Development of a new generation extrusion tool for a wood plastic composite. This material will be developed in a second project an should show a fiber content of 60 - 85%. Important is a high profile quality as well as a high output to ensure an economical production.
Wood Plastic Composites - New property profile by refiner fibres
The mechanical properties and thus the application area of wood plastic composites with a wood content > 60 % shall be explicit increased by means of long wood fibres. The realization of a technological direct feeding system in extrusion process will enable an innovation jump of this wood like material.
Wood-processing employing a superimposition of ultrasonic vibrations
Development of wood-processing techniques employing high-frequency ultrasonic vibrations in terms of applications in the woodworking industry.
ZERIA 3 (Zero Emissions Research in Application)
Elaboration of the principles for zero emission enterprises. The results show that this approach can be realistic and economically advantageous in many cases.
ZERMEG - Zero Emission Retrofitting Of Existing Galvanizing Plants
Method to optimize existing galvanizing plants consequently with the goal of zero emission and zero waste enterprises, to minimize operating cost including benchmarks and three case studies
ZERMEG II - Zero emission retrofitting method for existing galvanising plants
ZERMEG II is the follow up project of ZERMEG, which was commissioned after the first call of the Austrian Factory of the Future program in 2001. The project developed a method to revamp existing galvanising plants in order to operate them with a maximum reduction of the use of chemicals and maximum recycling.
ZERMEG III - Decision guidance for the visualisation of the achievements of sustainable corporate strategies
ZERMEG III creates a virtual factory of the future from the combination of the research results of different projects. This model will be used to generate real experience for managers in experimenting taking organisational and technical decisions with regard to a sustainable development.
ZERMET - Zero Emission Retrofitting For Existing Textile Plants
Minimisation of the consumption of water, chemicals and energy in the textile industry. Further development of the ZERMEG approach in the form of a questionnaire and application in the textile industry.
Zero Carbon Buildings International - Evaluation and Analysis
Analysis of the performance of a demonstration building on the Philippines and potential for transferability to other developing and newly industrialising countries.
Zero Carbon Village - energy autarcic settlement
Development and demonstration of a totally CO2 neutral and energy self sufficient residential area, produced in prefabricated straw bale constructions. The focus of the research is put on industrialized modular mass production of "Zero Carbon Houses", energy self sufficiency and the use of energy efficient and sustainable materials like straw.
ÖKO-OPT-AKTIV - Optimised control and operating behaviour of thermally activated buildings in future urban districts
Development and simulation of scalable, distributed control strategies for the use of the storage effect of thermally activated components in buildings of future city districts for their energy supply by an energy centre.
ÖKO-OPT-QUART - Economically optimized control and operating mode of complex energy networks of future city districts
In the project ÖKO-OPT-QUART energy-based, economic and control-orientated models will be developed in order to simulate the operating mode of complex, sustainable energy networks in city districts. For an exemplary configuration these models will be combined to an overall model which allows a realistic economic comparison of different control strategies. The final goal of the project is the development of a method for the systematic design of cost-optimized, predictive control strategies for complex energy networks in city districts.