New industrial products and technologies as well as craft skills for conservation and restoration work. Establishment of technical standards and outlines for examination and treatment of objects and monuments.
The aim of the project is to develop, design and construct a thermic destructor in which hazardous substances of type pcdd, pcdf and pcb will be destroyed.
Development of welding processes and robotic work cell aiding the application of wear-resistant materials.
Use the proposed wastes with specific sorption properties in process stabilisation of dangerous waste elements. processing/optimising of waste stabilisation methodology using the encapsulation process and chemical sorption.
Development of a rail mine locomotive for hazardous environments with methane explosion risks. Optimization of some segment parameters so final emissions achieve a 50% maximum of permitted limits.
Develop a system to make welders certicates more effective and improve distribution and access to the certificates through the internet. Also including information about the european welding federation education scheme.
Development of and clinical tests on a new generation of prophylactic shoes for diabetics.
Utilisation of new steel qualities and technologies will be applied for thin-walled high strength tube production. Trip effect assisted steels combined with bake hardening treatment will be utilised to achieve extraordinary properties.
Development of an intelligent system for controlling light to decrease electricity consumption and waste and to protect eyesight.
Development of a hot filter for energogas made by gasification of refused derived fuel (rdf). This hot filter will clean the energogas from high molecular pyrolysis products, sulphur, chlorine and fluorine compounds.