The objective of this strategic project is to apply new biotechnological tools and agronomic technologies to improve the european forestry sector.
Analysis of the behaviour of different bronze alloys and coatings and corrosion inhibitors as a function of natural and simulated environments. Innovative techniques, tla and ecn, applied for degradation measurements.
The development and evaluation of the possibility of building and the economic viability of a central heat supply burning straw in the form of large-volume bales with the added possibility of burning alternative bio-waste.
Research and recycling of bottom ash from municipal solid waste followed by its utilisation in the building industry and cement production.
The aim is to plan new ways to carry out treatment and immobilization of special waste. The partners intensive studies, coupled with excellent new technology mainly involve the solidification of oil sludges and acid resins.
Determination of the environmental footprint of a vehicle and relation of this to the economic and social costs of maintaining the infrastructure.
Research, development and production of a specified version of the combined chronopotentiometric/voltametric portable analyser for the determination of toxic species in aqueous solutions and biological fluids.
The main aim is to design, produce and test the prototype of a small, enclosed four-wheel drive car equipped with a hybrid drive which is very suitable for individual city transport.
The goal is to monitor and develop diagnostics of the technical condition of serial-designed accumulators and optimize them. These tractive accumulators will then be used to drive locomotives.
Creation of the trademark "sustainable mobility" using new methods in noise reduction of water turbines, improving battery performance for transport; providing services for the feeling of unlimited mobility lifestyle.