Custom development of a drying equipment or spray-dryer tailored to the client’s needs to allow 1.5 h/L solvent evaporation from different seaweed aqueous samples and consequently reducing the intermediate processes from the seaweed crop to the isolated and dry final product obtention.
Development of a novel efficient and cost-competitive wave energy conversion device for the generation of high-quality renewable electricity.
Development of a robotic system consisting of an autonomous buoy powered by solar panels able to take water samples at different levels and analyze microbiological parameters in situ and in real time.
Design and construction of a cogeneration demonstration plant for the production of thermal energy from forest residues biobales.
"POWER: Atmospheric plasma treatment for enhancement of textiles surfaces for more efficient treatment processes"
Development of a more sustainable and cost- effective manufacturing process based on the use of atmospheric plasma technology in key points of the textile production chain.