Sciences, Ingénierie et Technologies

MASTER GREEN CHEMISTRY AND PROCESSES FOR RENEWABLE FEEDSTOCKS

Ingénierie des systèmes complexes
  • Niveau d'étude visé

    BAC +5

  • Diplôme

    Master (LMD)

  • Domaine(s) d'étude

    Génie biochimique, Génie de l'environnement, Génie des procédés

  • Accessible en

    Formation continue, Formation initiale, VAE

  • Établissements

    INP - ENSIACET

Présentation

 

Mentored projects and experimental project are performed in one of the three laboratory partnership of the master, or in a laboratory of a partnership institution (INSA).
Projects and internships are in the fields of green chemistry and processes, or biotechnology / bioprocesses

  • Internship of first year: between 8 weeks and 2 months
  • Graduation internship (master Thesis): between 5 and 6 months, in Industry or in a R&D center.

Objectifs

The Master Green CAP represents a specialization dedicated to the development of safe and sustainable processes from renewable raw materials, for industrial applications.
The program focuses on the area of the conversion of renewable resources by chemical or biochemical reactions or by physical processes; the courses deal with the knowledge of vegetable raw materials, the set up of the chemical reaction and its catalysis, the operation of the biological reaction (enzymatic or fermentation) and the separation processes that result. The approach integrates practices in green chemistry and clean processes involving innovating technologies, which take into account environmental impacts, from the starting materials to the end products.

Savoir faire et compétences

• Implementing clean technologies in catalysis, biotechnology and green chemistry,
•Designing chemical production processes, biochemical, pharmaceutical, cosmetic, in a strategy of sustainable development and energy management.
• Monitoring and optimizing the efficiency of the process in terms of specifications (productivity, economy, energy efficiency, environmental impact, hygiene regulations, health and environment).
• Evaluating the impacts / environmental gains associated with transformation (bio) chemical,
• Mastering the conversion route of biomass, with an approach of Biorefinery,
• Developping bio-products and fine chemical products, functional, innovative and safe, with an ecodesign methodologies,
• Up-dating of a technological and regulatory information to incorporate new processes and materials, and to anticipate new standards,
• Writing test reports, manufacturing protocols, briefing notes,
• Dissemination of knowledge (writing reports or articles, oral presentations, etc.).
• Managing projects and work in a multidisciplinary team.

Admission

Conditions d'accès

Required level : Bachelor of Science / Engineering degree / 4 years of education , in the fields of chemical engineering, Chemistry, bioprocesses.

Programme

Sélectionnez un programme

MASTER GREEN CHEMISTRY AND PROCESSES FOR RENEWABLE FEEDSTOCKS M1

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  • M1 Green Cap Moyenne Générale

    • M1 Green Cap Moyenne 1er Semestre

      30 crédits
      • UE1 Communication & Recherche

        9 crédits
      • UE2 Opérations Unitaires pour les Procédés Industriels

        8 crédits
      • UE3 Phénomènes de Transfert de Masse

        5 crédits
      • UE4 Enseignement Optionnel : Chimie Verte

        8 crédits
    • M1 Green Cap Moyenne 2ème Semestre

      30 crédits
      • UE1 Tools for green Chemistry

        8 crédits
        • 2A2S CH-M1 Green Cap Concepts de la chimie verte

        • 2A2S CH-M1Green Cap Analyse de cycle de vie et bilan carbone

        • M1 Green Cap Intro Green chemistry

        • M1 Green Cap Biochemistry

          • M1 Green Cap Biochemistry ECRIT

          • M1 Green Cap Biochemistry ORAL

        • M1 Green Cap Chemistry for the environment

        • M1 Green Cap Ch. et Génie Ch. pour une industrie durable

          • 2A2S Fise/Fisa GC/GP - M1 Green Cap Indus Dura. Part I

      • UE2 Sustainable process

        10 crédits
        • 2A2S CH-Green Cap Procédés de séparation (Opé. unitaires)

        • 2A2S CH-M1 Green Cap TP Pilotes Gpe 10

        • 2A2S CH-GC-Fisa GC-M1 Green Cap Micro et milli réacteurs

        • 2A2S CH-M1 Green Cap Biochimie, TP Biotechnologie

        • 2A2S GC-M1 Green Cap Catalyse pour le développement durable

        • 2A2S Fisa GC-M1 Green Cap TP Micro et milli - réacteurs

        • M1 Green Cap Industrial chemistry

      • UE3 Polymer Sciences

        4 crédits
        • M1 Green Cap Chemistry of polymers

        • M1 Green Cap Physico-chemistry of polymers

      • UE4 Professionalization

        8 crédits
        • M1 Green Cap French langage (FLE)

        • M1 Green Cap Experimental Project

        • M1 Green Cap Internship

MASTER GREEN CHEMISTRY AND PROCESSES FOR RENEWABLE FEEDS M2

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  • M2 Green Cap Moyenne Générale

    • M2 Green Cap Moyenne 2ème Semestre

      30 crédits
      • TU Internship : 5 to 6 months

        30 crédits
        • Internship

    • M2 Green Cap Moyenne 1er Semestre

      30 crédits
      • TU1 Tools in green chemistry and processes

        4 crédits
        • 3A CVeBio-CFiBio-Green Cap Ch&Gén Ch pour une industrie dur.

        • 3A CFiBio-CVeBio-Green Cap Cours introductif

        • 3A CVeBio-Green Cap Mat Prem Végétales & Etude de Cas

          • 3A CVeBio-CFiBio-Green Cap Mat prem végé : prop et carac.

          • 3A CVeBio-Green Cap Etude de cas

      • TU2 Bioprocesses

        4 crédits
        • 3A CVeBio-CFiBio-Green Cap Catalyse enzymatique

        • 3A CVeBio-CFiBio-Green Cap Bioréacteurs

        • 3A CVeBio-Green Cap TP Fermentation

      • TU3 Formulation

        4 crédits
        • 3A CVeBio-CFiBio-Green Cap Méthodes de formulation

        • 3A CVeBio-CFiBio-Green Cap Etat Colloïdal

        • 3A CVeBio-CFiBio-Green Cap Applications polymères

        • 3A CVeBio-CFiBio-Green Cap Applications cosmétique

        • 3A CVeBio-CFiBio-Green Cap Applications galénique

        • 3A CVeBio-Green Cap TP Formulation

      • TU4 Conception of Bioproducts

        4 crédits
        • 3A CVeBio-Green Cap TP Chimie Verte

          • 3A CVeBio-Green Cap TP Chimie verte et biosourcée

          • 3A CVeBio TP Chimie verte et catalyse

        • Oral TU4 Conception of Bioproducts

          • 3A CVeBio-Green Cap-CDen Ecoconcept & recyclage produits

          • 3A CVeBio-Green Cap Séminaire Ecoconception

          • 3A CVeBio-Green Cap-CDen Bioraffinerie: fillères agro-ind.

          • 3A CVeBio-Green Cap Transport & réac en millieux poreux

          • 3A CVeBio-Green Cap-CDen Dév. de bioproduits fonctionnels

          • 3A CVeBio-Green Cap Dév. d'agromatériaux et bioplastiques

      • TU5 Catalysis for alternative energies

        4 crédits
        • 3A CVeBio écrit QCM Catalyse et Energie UE5

          • 3A CVeBio-CHV-Green Cap Introduction / énergies alternatives

          • 3A CVeBio-CHV-Green Cap Photovoltaïque

          • 3A CVeBio-CHV-Green Cap Piles à combust (électrocatalyse)

          • 3A CVeBio-CHV-Green Cap L'hydrogène (synth, stock & valor)

          • 3A CVeBio-Green Cap-CDen Energies Biosourcées

          • 3A CVeBio-Green Cap Cata pour la biomasse

          • 3A CVeBio-CHV-Green Cap Activation catalyt et stock du CO2

      • TU6 Experimental Project

        10 crédits
        • Experimental Project

Et après...

Insertion professionnelle

The placement opportunities are mainly in the areas of research and development, production, engineering, consulting or environmental assessment for international companies.

corresponding to the following jobs : R&D engineer, production engineer, (bio)process engineer, product formulation engineer, project manager, innovation supervisor...