Sensing and Super Stretchable Second Skin for Weareables
DUCT DISINFECTION SYSTEM BASED IN THERMAL FOGGING AND NANOSILVER TECHNOLOGY
A smartphone-based dosimeter of the exposure to toxic gases
The project consists of the integration of different technologies (dangerous substance detectors, vision systems, telematics, etc.) Into a single system able to provide an effective tool for preventing terrorist attacks in metro facilities.
To develop a compact/low cost high performance raman spectrometer (enhanced with patented, proprietary, crystal/grating technology) optimised for detection of explosives.
To implement wireless smart fire alarm systems in physically large indoor/outdoor areas, plants, stores, agricultural areas, forests and historical buildings, where no construction activity is possible.
The objective is r&d of a detector of dangerous radionuclides and its implementation into an explosives analyser which was developed under a eureka project. This combination of analysers introduces a unique detection technology.
Development of new flame retardant chemicals capable to functionalise fabrics of different nature, without altering the properties of the textile and just making use of the optimal quantity of that product, and simultaneously reducing the environmental impact.
The main objective of the project is to research and develop a new valorisation technique of the main waste generated in the edible oil refine process, which enables the valorisation of two components of this dangerous waste, the oil and the bleaching earth.
The initiative aims to consolidate multiple lines of research that will be focused on research and ergonomic fireproof undergarments, with improved functional and structural properties compared with those existing currently that behave like a second skin.