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Membrane technology can be the next step in Hydrogen production since its temperature and pressure characteristics make it an competing process, though the membrane price is a serious obstacle for its development. Computer analysis through MATLAB modelling has been the heart of this research. Mathematical models have indeed to be developed in order to obtain membrane reactor performances, leading to a physical development of the process. Multiple parameters have effects on the system, and different models can be developed. This thesis has been written as a fulfillment for my Master of Science degree, in Chemical Engineering.…mehr

Produktbeschreibung
Membrane technology can be the next step in Hydrogen production since its temperature and pressure characteristics make it an competing process, though the membrane price is a serious obstacle for its development. Computer analysis through MATLAB modelling has been the heart of this research. Mathematical models have indeed to be developed in order to obtain membrane reactor performances, leading to a physical development of the process. Multiple parameters have effects on the system, and different models can be developed. This thesis has been written as a fulfillment for my Master of Science degree, in Chemical Engineering.
Autorenporträt
1985: Born in Nantes, France.2003: Baccalaureat obtained after high-school at the Loquidy.2006: Accepted at the ENSIC, Nancy, after 3 years at St Stanislas and Clemenceau, Preparative Schools for Competitive Exams.2009: Accepted at the WPI, MA, USA, in fulfillment of my Master degree.2011: MS from WPI and ENSIC obtained. Work at Technip, CA.