Development of comprehensive, real-time, three-dimensional data and use of this in a sophisticated analytical simulation to provide both a plan and capability for the sustainable management of the total water resources in southern mediterranean countries.
Development of an automatic machine to carry out biomedical analyses and a group of specific reagents in order to detect human diseases.
Aims at developing a new process viscometer and rheometer with improved technological characteristics.
Development of a fully automated refractive trial frame based on an electrowetting liquid lens for the assessment of a person's visual acuity.
The project tasks are oriented to developing the algortihms and designing the optics and electronics required for setting up the complete colour measurement sensor and control-processing system for large indoor and outdoor displays.
To collate and harmonise the tribological tests that are usually conducted by the participating centres. The objective is to establish a test service for these centres.
The colour-control system to be developed will have three modules: one or more optical sensors, a data computer to receive and transform colour spectrums and a process master computer.
To develop a complete solution for increasing the performance of offshore oil fields by determining the salinity of produced water in each well flow. The salinity scan will measure the salinity of the water mixed in oil as obtained after separation of the different phases of the fluid.