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.
This project is aimed at the formulation of different essential oils extracted from local medicinal plants for use in household hygienic products. The acaricidal activity of the pure extracts and the processed products will be tested.
To investigate a biometry-based method for creating prototypes for use in the field of electronic services for identity and information security processes.
To develop a commercial prototype of a vehicle exhaust gas biosorbent filter (biosoex). Filter will use the biosorbent which distinguishes by high sorption capacity and filtration efficiency.
Project is focused on the leather technology development using less hazardous salts: sulfides and chromium. The project aims to meet the demands of increasing market for new environmental technologies and high quality products.
European modular system (ems) is a concept, allowing combinations of existing standardised loading units (modules) into longer vehicle combinations for the road network for better fuel economy and emissions. This project defines the essential vehicle functions for truck- and trailer combinations.
A. Development of modular real time traffic surveillance & management solutions based on the situation awareness, cognitive recognition & monitoring technologies. B. Web system that includes a dedicated hardware-based, gis/gps command and control tool for emergency forces.
To investigate, with scientific knowledge, the manufacture of a healthier product with higher nutritional quality from its origin: a butter that contain more unsaturated fat (more than 42%), more omega 3 (more than 1.5%) and more conjugated linoleic acid (cla).
The strategic aim is to increase european manufacturing competitiveness by providing an application-oriented, bottom-up, collaborative r&d support mechanism primarily focused on 'new added value products and related services'&'innovative production processes and systems'.
The overall optimus project aim is to do extensive analysis and research into novel polymer-based and cementitious-based composites in order to overcome some barriers that makes difficult to broaden their application in non-explored fields, such as in solar trackers.