i) Funded by public institutions:
- Development of a process for styrene purification by means of pervaporation.
- Optimal design of a hybrid separation process for organic compound mixtures. Application to the separation of methanol-MTBE.
- Mass transfer in separation processes with selective membranes: development of mathematical models and experimental validation.
- Dehydration of cyclohexane by means of pervaporation.
- Thematic network on selective membranes.
- Determination of persistent organic pollutants in marine sediments.
- Network intercommunities of the cycle of persistent organic pollutants (Phytosanitary compounds)-COPINTER.
- Technical and economic viability of the valuation of exhausted rubber by means of chlorination.
- Sustainable Production based on the Intensification and Integration of Processes (PROSOS).
- Treatment and reuse of waste waters for sustainable management (TRAGUA).
- Study of
environmental risk assessment of storage hydrocarbons through
characterization of the presence of typical contaminants in soil and
transport to receiving media.
- Membrane gas
separation processes for energy recovery from tail gas streams in the
process industry: hydrogen and carbon monoxide recovery
- Innovative water treatment technologies for the removal of perfluorinated compounds.
- Proton Exchange Membrane Fuel Cell SUDOE Network (PEMFC-SUDOE)
- Atlantic Network for renewable generation and supply of hydrogen to promote high energy efficiency (HYLANTIC)
- Selective composite membranes and their incorporation into microfluidic devices
- Selective functionalized membranes with hollow fiber configuration for fluid phase molecular separations
- Solvent recovery and purification by pervaporation in the pharmaceutical industry
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ii) Collaborative projects with companies:
- Technical viability of a pervaporation process
- Reutilización
industrial de aguas residuales como herramienta en la gestión
integral de los recursos hídricos, RIND-AGUA
- Study of alternatives for improvement in the design of burners for gas hobs
- Separation of ammonia from industrial liquid streams by means of membrane technologies
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Link to Portal del Investigador (UC) |
Link to Advanced Separation
Processes (PAS) Group website |