Develop a thermally-insulated sliding glass roof which can be opened, designed for the scandinavian climate and meeting european thermal insulation requirements.The design is self- supporting and based on an existing bentech patent.
Development of a multi-colour-process for traceability and decoration on glass, metal and ceramics by a laser sintering process. This process will be based on ink jet, gluing and laser sintering technologies.
To develop an internal wireless network which estimates, controls and presents the electricity consumption of a household or a sme. Blue watt is based on watteco technology and the great experience of connectblue in using the bluetooth technology.
The main objective of the adasy project is to develop a commercial lighting system based on daylight, which is dimmable and mainly designed for office applications.
The project mission is to build a system of intelligent wireless electrical installations. The system will comply with current standards and will form a 'superstructure' for previously made applications.
Gett fuel cells international ab has identified a player who through its competence and strength has the capacity to reach a cost level that makes commercialisation of the gett fuel cell membranes possible, thus reaching big markets.
In cooperation airec and bekaert develop and introduce to an international oem-market a system with hex and burner for gas fired instantaneous water heaters with large advantages as: higher condensing efficiency, quicker heating process, low nox, reduced co2-emissions and a compact design.
Wetren aims to research, develop and validate the waste energy driven air conditioning system (wedacs)-technology. This add-on technology for gasoline engines reduces co2 emissions and fuel consumption up to 15% by eliminating the conventional alternator and offering air conditioning support.
To develop an efficient technology and equipment which is suitable to small farms for economical production of bio-ethanol fuel for own need including production of electrical energy and for sales of surplus to local/regional distributors, industries, farmers, etc.
Three r&d performing smes will collaborate in a highly innovative r&d project to share the technological and financial risk involved in making the technology for fiber optic solar lighting available to the global market. Unique technical and commercial synergies will be the result of this project.