Lines of action
Development of Materials
Development of Materials
Advanced Materials for Environmental Remediation Applications
Advice and development in new absorbent materials of metals for remediation of heavy metals
Development of new flocculants from waste to treat water.
Advice and development in new absorbent materials that promote dilution for the remediation of crude and refined oil products.
Advice and development in new materials and processes for photo catalytic processes for the decontamination of water and air.
Development of new catalysts (NANO, BIO, PHYTO) for remediation of soil/water/air
Cellulose nanofibers and nanocrystals
Research on manufacturing processes of cellulose nanofibers and cellulose nanocrystals by alternative technologies that minimize energy costs
Functionalisation to improve the properties of dispersion, chemical compatibility and stability
Application of nanofibers in various high added value applications, including health sector, composites and organic electronics among others
Development of Low Environmental Impact Materials
Development of physical and chemical processes for waste treatment for their subsequent recovery as an added value raw material in the development of construction materials.
Development of Bio-polymers from natural substrates.
Extrusion and COMPOUNDING of high performance polymeric materials with low environmental impact using recycled material mixtures.
Development of new concrete and asphalt mixtures with low environmental impact and improved properties from waste.
Reuse of wood by-products to develop new applications with improved properties.
Development of high performance materials
Development of antimicrobial, antifouling and anticorrosive coatings with improved properties for materials subject to harsh environments.
Design and optimisation of materials based on cement, concrete and asphalt mixtures
Development of new thermoplastic and thermostable polymer formulations, biopolymers, nanocomposites and smart materials: bases, loads and additives and the interaction between them.
Development of new surface cleaners and detergents.
Development of new formulations for paints and adhesives.
Physical-chemical characterisation of materials.
Optimisation of manufacturing and material moulding processes (extrusion, injection, cured, etc) and their industrial scaling.
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