Experimental and theoretical determination of the distribution of primary and secondary air pollutants in order to understand and predict their chemical transformation and their transport over europe.
Objective: the aim is to generate new eureka projects in the field of the food industry and basic related sectors.
Introduce/put into practice new, quality-oriented approaches to welding engineering via new technologies on welding engineering with novel technologies/organisation. Key areas: production automation/process control/environmental aspects.
The aim is to achieve a stable fed-batch or continuous production of la on a large scale. Emphasis will be put on selecting strains producing l(+) la and the efficient integration of the bioprocess with downstream processing.
Polymers are already applied in the tanning industry to improve aesthetic characteristics. By utilizing different polymers (technopolymers) we intend to obtain new composite leather products with higher mechanical performances.
In order to better recycle scraps and depuration sludges generated in the tanning industry, free-chrome compounds will be utilised in the industrial process.
The objective of this strategic project is to apply new biotechnological tools and agronomic technologies to improve the european forestry sector.
During this project, the treatment and re-utilization of tanning industry by-products will be studied so that large quantities of solid waste can be exploited. The aim is to reduce disposal costs and produce re-usable products.
The aim is to develop a distributed infrastructure and services system (ikf framework) with appropriate toolkits and techniques, for knowledge discovery/fusion and presentation in different application areas.
The aim is to overcome current technical and technological deficits by advanced process and production automation technologies in metal surface processing and net-shaping for repair welding and recovery services.