Development and manufacture of an automated optical waste separation plant built in containers. The market lies in the separation of household, hospital and industrial waste. it should be much more competitive than existing systems.
The aim of the project is to research and develop novel biomolecules for use in the diagnosis of cancer and cardiovascular disorders and the therapy of cancer.
A biotechnological bacterial product to produce beneficial gut flora in poultry to protect against human pathogens such as salmonella.
Development of a new base carrier and attachments thus producing a forest machine capable of chipping wood at the stump and passing it out as fuel chip.
Independent human integrated production system (hips) for assembly/disassembly to assist companies in meeting future demands. Integration of purchasing/product design/production on open total assembly system to meet customer needs.
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.
Provide the domain of real-time systems development with specifications, verification proof, automatic code generation and simulation capacities using the power of synchronous technology based on a common standard format.
The aim is to develop and introduce the sophisticated, phased construction process; programming, integrated design including life cycle estimating,an open construction process based on the use of the product model technology.
Development and testing of heat exchanger for one and two- phase applications, particularly refrigeration. evaporator/condenser for ammoniac and comparison with freons.
The objective of codip is to develop better de-inking and processing technology for coated papers containing high amounts of de-inking fibres.