Due to the multidisciplinary activity of EMaS, we can offer a great number of services to industry and/or other research centers/groups:

• Design of electronic, optoelectronic and otpic devices.
• Electronic and optical characteriztion of devices.
• Development of thecnology for micro and nanostructures fabrication.
• Design of new materials: mechanic, electric, magnetic, optic, acoustic.
• Characterization of materials: mechanical, electric, magnetic, optical, spectroscopic, crystallographic and acoustic.
• Structuration of materials: micro and macrometric.
• Development of optic and photonic devices at micro and macrometric scales.
• Prepartion of nanostructured layers of metaalic oxides (nanoparticles, nanowires, nanocolums) by using sol-gel or aerosol or anodization assited CVD techniques.
• Development of gas sensor devices based on nanostrucutred metallic oxides and/or carbon nanowires.
• Development of sensor/pre-concentrator microsystems.
• Characterization (morphologic, compositional, electrical of materials and developed devices.
• Quimiometric techniques for multisensor systems.
• Advanced signal processing to enhace the sensibility and specificity of the multisensor systems.
• Development of applications of gas cesus.
• Aplication of ionic líquids suported in fine chemistry synthesis.
• Catalytic conversion of methanol into light olefins in supercritical conditions.
• Selective conversion of halogeneous organic compounds.
• Development of new catalytic materials to be applied in VOC's sensors.
• Elimination of nitrates / nitrites / ammonium in aqueous phase.
• Epoxidation of gas and liquid state styrene.
• Selective epoxidation of gas-state olefines with air as oxidant agent.
• Selective epoxidation of liquid-state olefines with H2O2 as oxidant agent.
• Catalytic partial hidrogenation and deshidrogenation of poliolefines.
• Hidrogenation of styrene oxide.
• Selective hidrogenation from mono to dinitriles.
• Isomeritzation of terpenes.
• New catalythic materials in fine chemsitry.
• New hydrotalcite-type materials of controled basicity.
• Advanced oxidations processes.
• Synthesis of new catalythic materials from metallic nanoparticles.
• Synthesis of inorganic materials by microwave technology.
• Modelization of environmental flows in lakes, bays and coastlines.
• Numerical simulation of dispersion of marine oil spills.
• Atmospheric dispersion models.
• Optimal localization of industrial chimneys.
• Measurement, modelization and simulation of industrial reactive flows.
• Modelization and simulation of industrial flows.
• Modelization of open channel flows.
• Prediction of electric and thermal fields in printed circuit boards.
• Prediction of the thermal and flow fields in electric and electronic equipment.
• Software Development.
• Data analysis.