Bioprocess and Fine Chemicals 5th year specialization curriculumCombine biological, chemical and process expertises for the fine chemistry and bioprocesses
![Parcours chimie fine et bioprocédés](/_object/ametys-internal%253Asites/ensiacet2/ametys-internal%253Acontents/eco-energie-article-9-3-3-2-2-2-2/_attribute/illustration/image/miniature%20parcours%20chimie%20fine%20et%20bioproc%C3%A9d%C3%A9s_max150x150.png?objectId=defaultWebContent://aa7e04b6-111e-41a5-944e-452ce8661e5f)
The engineers are trained to design and develop new cleaner and safer processes or operate any type of chemical or biotechnological industrial process:
- acquire or improve skills in the fields of biotechnology, synthetic chemistry and processes;
- strengthen fundamental knowledge in these 3 areas while expanding the scientific culture and tools necessary to their integration into a multidisciplinary team.
Prerequisites
Knowledge of:
- Organic chemistry,
- Process Engineering Basics,
- Life science.
Skills
- Develop or improve chemistry synthesis process.
- Develop or improve bioprocesses.
- Design and dimension processes.
- Pilot chemical processes or bioprocesses.
- Concept or Develop new products or new process.
- Manage a project.
- Work in a multidisciplinary team.
Teachings
220 hours including courses, tutorial work, pratical work, case studies and seminars, to which are added a 157 h project and the third year common core.
UE mutual with CveBio |
TU1 : Tools in green chemistry and Processes : (3ECTS) |
UE2 : Bioprocesses (3ECTS) |
UE3 : Formulation (3ECTS) |
|
Introduction Chem. Engineering for a sustainable industry Biomass and raw materials Case study |
enzymatic catalysis Bioreators Molecular biology technic Fermentation Lab Work
|
Formulation process Colloïdal state Polymer applications Cosmetic applications Galenic applications Formulation Lab Work |
Specific TU |
UE4 : activation et optimisation of reactions (3 ECTS) |
UE5 : Processes control (3 ECTS) |
UE6 : Separation (3 ECTS) |
|
Total Chemistry Synthesis Activating chemical reactions Activating chemical reactions Lab Work |
Data reconciliation Operation scheduling Mechanical stirring Micro-reactors Multiphasic Reactors Controlling batch and fed-batch reactors |
Solid/Liquid extraction Mise en forme du solide Wasterwater treatment Filtration centrifugation Process Lab work |
Total 220h (18 ECTS)
UE1 : 30 h UE4 : 38 h UE2 : 42 h UE5 : 41h UE3 : 28h UE6 : 41h |
+ Business engineering (1 ECTS) Project : 157h (9 ECTS) |
Prospects
The following sectors are targeted:
- fine chemicals,
- pharmaceuticals,
- cosmetics: separation, synthesis, formulation,
- phytosanitary,
- energy,
- engineering,
- agro-industries,
- ore mining,
- waste treatment,
- chemical industries,
- plastics industry,
- teaching.