SOPHyE team

Separation, Oxidation, and Hybrid Processes for the Environment

Process Engineering and Sustainability Science

At the cross of process engineering and sustainability science, the research work of the team is based on the scientific skills of its members in separation and oxidation processes, environmental assessment and process eco-design, and has the following objectives:

  1. the development of knowledge of local phenomena at interfaces involved in membrane separation, chromatography and ozonation of complex fluids.
  2. the development of separation processes, reactions, hybrid or coupled processes, and processes that meet the environmental and sanitary challenges in the field of water and biomass valorization.
  3. the development of optimization and environmental analysis tools for unit operations, processes, and value chains in the field of water and bioeconomy.

To do this, we use experimental and modelling approaches at the most appropriate scale, to solve scientific problems and thus respond to environmental and societal issues. 

Team leader

Carlos Eduardo Robles Rodriguez

Carlos Eduardo Robles Rodriguez

Fields of application

Circular economy of water

Water-energy nexus

Preservation of water resources

Bioeconomy

The team's topics

National Academics: LGC, LPCNO, CSTB, PROMES, RAPSODEE, LCA, PEGASE, CIRIMAT

International academics: DTU, LIST Luxembourg, UNICAL Italie, Aarhus U, ITC Cambodge, UTM Equateur, USTH Vietnam

Industrials: VEOLIA, GRDF, Polymem, Ovalie Innovation, SAUR, SunWaterLife

The team is a member of GIS EAU, AquaValley, IAR, Agri sud-ouest innovation

  • CHIMANLAL Indira – Design of innovative solar powered vacuum membrane distillation modules and energy efficient systems
  • LIENART Nicolas – Transforming residual biomass into bio-based materials and chemicals towards a sustainable national bioeconomy strategy – building the biomaterial foundation for a life cycle optimization platform
  • LODATO MARTINEZ Lucia – Processes and territories: ecodesign of circular and resilient value chains for biomethane production
  • El Kazzi Rafic – Evaluation of the environmental performance of industrial bio-based technologies and products
  • SANCHEZ Julian – Digitalization tools for up-scaling bioprocesses: A modeling approach coupling metabolism and hydrodynamics
  • ZOUICHE Djazia -Elaboration de supports solides biosourcés pour le Quorum Quenching, outil de contrôle de colmatage dans les bioréacteurs à membrane
  • KHADIGE Ralph – Eco-innovation of polymers production from sugar by-products or CO2
  • KANSO Mohamad – Towards CO2 circularity: feasibility and limits of CO2 capture and utilization/storage
  • PAÎS Bastien – Aviation and planetary boundaries
  • SKAF Abdallah – Solar metallurgy based on decarbonated or bio-sourced reducing agents. Prospective study of processes and their environmental performance.
  • MANULAT Gleeza – Integrating waste-to-nutrition in future bioeconomy markets: environmental and societal impacts of selected market segments, with focus on animal compound feed, growth performance, anti-nutritional compounds and safety
  • PONGPUNPURT Pavinee – Waste recycling in a shopping mall
  • NICOLAS Jean-Lou – Evaluation environnementale de scénarios de recyclage de matériaux issus du démentellement de centrales nucléaires
  • GALINIER Solène – Sorption sur matériaux réactifs de l’azote ammoniacal des eaux usées en vue de sa valorisation
  • VIAU Elise – Bioproduction de composés organiques volatils par Kluyveromyces marxianus : de la modélisation du bioprocédé au dimensionnement d’une filière biotechnologique durable.
  • TAN Dai Yue – Design of microbial membrane structured microreactors and immobilized cells for intensified sustainable bioproduction
  • FIGUEROA CARDONA Sergio – Modeling and Optimization of biopesticides production
  • EPPIC
  • EXBRINER
  • LCA4BIO
  • METASOL
  • SInRGi
  • Houesehold Waste
  • ASECT
  • ALIGNED
  • Cambioscop
  • B-BEST
  • SLAMB

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