Set up a communication network to help industry initiate eureka proposals to improve maintenance. Subjects will cover the r & d needed to enable efficient maintenance techniques and strategies to be developed, tested and implemented.
The main purpose is to generate new projects in the field of photovoltaics and to exchange information on market developments, commercial, industrial and legal issues and other aspects related to photovoltaics.
Objective: help catalyse the creation of collaborative r & d projects in the field of surface engineering. This will be done through the operation of a network of people in the participating countries.
Development of an incineration (combustion, gas and liquid treatment) and residue stabilisation by vitrification.
New technical solutions to meet the environment challenge on packaging: collection, sorting, exploitation of used packaging (energy recovery/recycling/re-use) and elimination of final effluents/wastes from used packaging treatment.
Design,analysis,engineering,protobuild,testing of mid class passenger car, aiming at 40% reduction on co2-emission in the car's lifecycle. Main objectives: lightweight body structure and efficient, clean driveline.
To improve pan-european computer networks for researchers by introducing advanced network technologies (at 34 mbit/s and and beyond)/applications; improving the quality of services and establishing an appropriate management environment.
The concept aims to establish guidelines/standards of an informative nature to highlight importance of maintenance as a tool to increase european manufacturing competitiveness & increase european identity/total integrated euromaintenance.
During the production of pvc-slush moulded instrument panels much waste is generated. This research will develop a technology to process pvc waste into new processable slush compounds, thus enabling recycling in the same application.
Will support further development of abatement strategies within europe by providing an improved scientific basis for the quantification of source-receptor relationships for photo-oxidants and acidifying substances.