Suchergebnisse für "Factsheet: Energietechnologien gestalten, die für alle sinnvoll und nutzbar sind"
GREEN BIOREFINERY - Technical, economic and ecological optimisation of value chains by the introduction and efficient use of sustainable raw materials (SUSPRISE Joint Call)
Green Biorefinery stands for the sustainable and highly integrated processing of green biomass into multiple products. The project deals with the assessment and development of required technology for selected feedstock and evaluates market potential for out-products as well as the implementation potential for introduced processes.
Bioenergy Technology of Tomorrow
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Pioneering R&D Findings from Austria
energy innovation austria
1/2012
Herausgeber: BMVIT & Klima- und Energiefonds
Englisch, 8 Seiten
Downloads zur Publikation
Sustainable construction of objects as a product service
Project of a Carinthian plant construction and manufacturing company. They plan to establish a new business division "sustainable construction of premises". This division shall offer a service package for housing, stores, and industrial production sites. This service shall be developed using the approach of RISP.
Apple & pear cascade: more value added in the Mostviertel region through bio-cascading
Creating a concept for the bio-cascading of apple and pear pomace in the Mostviertel region for an increased value added through innovative local products. Development of strategies for the implementation of a pilot plant.
Development of low emission cleaning processes for metal surfaces considering manufacturing processes within the automotive industry
Development of technological optimisation of cleaning processes within the automotive industry which guarantee defined cleaning requirements and fulfil the criteria of a sustainable process design with near zero emissions.
Creating a concept for the development of a "lubrication service" to maximize plant life on the basis of ionic liquids as special lubricants.
Creating a concept of a "lubrication service" to maximize plant life and reduce their resources consumption - a combination of development service, production and lubricating service.
Development of a method and an innovative machine for the industrial application of environmentally friendly, mineral oil free lubricants in deep drawing processes
Eliminating the usage of mineral oil based lubricants in deep drawing processes by an innovative machine for clean application of environmentally friendly wax-based forming emulsions.
Development of a starch based thermoplastic Biopolymer as substitution of standard polymers in niche applications
Developement of a businessnetwork for the market implementation of biodegradable products made out of renewable substances.
Watersorption - Water absorption of Wood Plastic Composites
Analysis of the water absorption in Wood Plastic Composites (WPC) in order to develop solutions to decrease and stop water absorption. This enables a big variety of new applications made of WPC and brings economical and ecological advantages for the polymer processing industries.
Pilot machine for the production of lightweight sandwich-elements in batch mode consisting only of one polymer component.
Further development of a new technology for the production of lightweight sandwich-elements consisting only of one polymer component (for example polypropylene). This pilot machine is the basis to get all the necessary figures and experience for the development of the production machine and to produce the first parts of the car bodies for the zero series.
EASEY Venture Capital Transfer
Sensitizing and capacity building for networking of venture capital and developers of sustainability technologies was performed to develop options for establishing a financing platform which regards sustainability requirements.
Bio-Minimum-Lubrication
Development of a Minimum quantity lubrication system employed in metal working industry using an oil-in-water emulsion based on renewable primary products.
CPC-lightweight construction collector
On the basis of our relieable CPC-collector SOLARFOCUS S1 we develop the CPC-lightweight construction collector to get more material efficiency and maximum output of solar hightemperature energy.
Knowledge based determination of plant species
Pollen for medical applications can be sorted by special machines. An integrated database and a spectrometric calibration allow a precise separation of the species with an identification of the plant species.
Living Lab Vorarlberg
The methodology of living labs centers the requirements of the user into the development process. The original approach of the MIT should be adapted to the sustainable discrete production in the region of Vorarlberg as a living lab.
Company communication strategies for sustainability
Based on a representative empirical study among ultimate consumers (1000 interviews) and an empirical survey among 200 model companies in regard to sustainable management, communication strategies and concepts are developed.
NATHPRO: Development of NATural fiber High performance pultrusion PROfiles (SUSPRISE Joint Call)
Development of strong, light, weather and heat resistant natural fiber profiles by combining the the advantages of a pultrusion technology with the advantages of natural fibers.
SERECARB - SElective REcovery of Calcium CARBonate in paper sludge (SUSPRISE Joint Call)
Developing a new process based on selective recovery of calcium carbonate from paper mill effluents and sludge, purification, conversion into precipitated calcium carbonate (PCC) and reuse as filler in paper making.
Sustainability Balanced Scorecard
The method Balanced Scorecard was used to build a company-wide management-system which facilitates an easy communication and a focused and controllable implementation of the defined strategies (strategies for the company, business segments and defined areas of knowledge). The aspect of sustainability was strongly emphasized.
Analysis of the sealing water costs in the paper- and pulp industry
From all information should be made a tool for soul-searching, which allows all operators of pumps to calculate the possible reduction of costs (energy, cost of operaton, amount of fresh water, ...).