Technological Centre

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Advanced Materials

Research on

 

lignocellulosic materials

polymeric materials & coatings

sustainable building materials

Advanced Materials Projects

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R & D in new lignocellulosic materials
Valorization, extraction, physical-chemical modification and conditioning of wood derivatives: lignin, cellulose.
Chemical modification
Synthesis of cellulose micro and nanoparticles.
Development of high added value and eco-sustainable materials from lignocellulosic derivatives: polymers, binders, coatings, additives, paper, …
R & D in new polymeric materials & coatings
New thermoplastic and thermoset polymeric formulations featuring improved properties: recycled, biodegradable and nanocomposite materials
High performance technical polymers
Molecularly printed polymers (MIPs) and ionically printed polymers (IIPs) for their application environmental remediation
Methodologies of molding and optimization of polymeric formulations (injection, extrusion, infusion, 3D printing…)
Coatings: Development of eco-sustainable coatings superhydrophobic, hylophobic, anti-corrosion / abrasion, antimicrobial, reinforced, … and their application methodologies in different substrates.
R & D in new sustainable building materials
Cements, mortars and concretes optimized on demand: improved properties through additives, fillers and new generation fibers.
Development of geopolymeric materials from aluminosilicate waste as eco-sustainable substitutes of Portland cement, with improved properties and greater added value for specific applications.
Molding methodologies (3D printing, among others). Optimization of formulations for the methodology of application and molding (rheological modifications, ..)
Design, improvement and optimization of paving materials: sustainable binders, modified emulsions, soil stabilizers, aggregates, filler …
Use, conditioning / functionalization and reuse of all types of inorganic waste (mining waste, fly ash, blast furnace slag, etc.) in construction materials.
Waste, conditioning / functionalization and reuse of all types of inorganic waste (waste from mining, fly ash, blast-furnace slag, etc.) in construction materials
Advanced Materials Projects