Materials, computation, design, manufacturing and logistics consortium for research, development and exploitation of e/sdc's structural composite systems.
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.
Objective: help catalyse the creation of collaborative r & d projects in the field of adhesives and adhesive joining technology. This will be done through the operation of a network of people in the participating countries.
Aim: launch projects to improve productivity/competitiveness and support the change process of industrial enterprises. projects will develop global methodical approach with integrating modelling from design to implementation level.
Development of biotechnological systems to reduce activity of anti-nutritive factors. As a result nutritional value of feed and food will increase, market competition will be improved and excretion of nutrients into environment reduced
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.
Time tool addresses the markets of medium/large companies wanting to adapt their organisations to face new competitors or markets. This computerised tool will permit an overall methodical approach including i.T./Processes/decisions.
Develop, prove and commercialise an environmentally and user-friendly process to eliminate/reduce disposal of waste salt cake and recover chemical values from bayer process waste salts (salt cake).
Industrialisation of riche results for provision of an open, adaptable hospital information system at affordable price, enabling gradual inclusion of existing components and/or migration of solutions to eurhis-conforming applications.
The project aims to develop a commercially viable, volume manufacturing process for the mass production of high reliability microvias, using a combination of either plasma or laser technology and new materials.