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HydrogèneEnergie en industrie (ERE)

FISA ERE Semester 9 Energy Efficiency Control Option Machine translation

Hydrogen

Teaching unit Energy in Industry · ERE09MEE_ENIND
4ECTS (EU)
1Coefficient
12:00Hours

Séquencement

C TD C TD C TD C TD C TD

Learning objectives

• Know the context and understand the physico-chemical principles and practices concerning the production, storage, conversion and distribution of hydrogen. • Identify the prospects for change in the light of the energy context

Program

  1. The energy and economic context a. Economic analysis of the energy sector b. Environmental challenges
  2. Overview of the hydrogen pipeline a. Representing the hydrogen chain b. The actors involved c. Production patterns d. Search methods e. Transport and storage issues f. Different types of use
  3. Hydrogen production a. Production methods (green, grey, blue, yellow) b. Production from water c. Production from biomass d. Technology locks, comparison of techniques
  4. Hydrogen storage a. Solid and liquid storage b. Gaseous storage under pressure c. Safety aspects
  5. Hydrogen Conversion: Fuel Cell a. Functioning of the CAP b. Constituent elements of the CAP c. Examples of mobile and stationary applications

Assessment

Table control (1h)

Skills

1
Ref.VerbDescriptionLevel
C7designan energy plant2