Syllabus of Online Green Hydrogen plant Design Training

AEDEI: Syllabus of Online Green Hydrogen plant Design Training

Chapter 1 - Hydrogen application

  • The Use of Hydrogen in Industries
  • Hydrogen Safety
  • Oil Refineries
  • Petrochemicals
  • The Use of Hydrogen in the Chemicals Industry
  • Mobility

Chapter - 2 Methodology of lower cost Hydrogen production& source of power supply

  • Methodology of lower cost Hydrogen production& source of power supply
  • Production from Solar power plant energy
  • Production from wind energy
  • Selection of back up power source

Chapter- 3 Implementation of hydrogen plant

  • Introduction
  • Calculation of renewable energy ( solar , wind ) requirement
  • Calculation of hydrogen production equipment load
  • Sizing of solar/wind power plant capacity to meet hydrogen load demand
  • Selection of site to fulfill demand of energy for hydrogen production
  • Selection of hydrogen plant location
  • Identification of electrical network
  • Energy storage system

Chapter 4 - selection & sizing electrolyzers ..

  • Type of electrolyzers and capacity and sizing
  • Difference between polymer electrolyte or proton exchange membrane (PEM) electrolyzers
  • Sizing and selection membrane for hydrogen production
  • Selection of alkaline electrolysis cells and PEM electrolysiss
  • Selection Solid oxide electrolysis cells
  • Key selection parameters of electrolysis : current density ,work pressure , operating temperature, hydrogen purity , Export component and Volume and weight.
  • Working of hydrogen separator and oxygen separator
  • Selection of water quality for hydrogen production

Chapter 5 - selection & sizing hydrogen tank

  • Specification of hydrogen tank
  • Calculate capacity of hydrogen tank
  • Selection of storage hydrogen tank
  • Key parameters of hydrogen tank selection : max pressure withstand , temperature, storage capacity, type of material,Design Temperature
  • Protection from leakage of storage tank

Chapter 6 -: Selection & Detailing of compressors for Hydrogen Plant

  • Architecture of Piping Arrangement
  • Selection of Compressors
  • Pressure Valve ,Pressure indicators, Gas Outlet & Inlets Valves
  • Tank Placement and Size

Chapter 7 - The Mass shipping of hydrogen and storage .

  • Cost of Ships and Shipping
  • Transport of Hydrogen as an Intermediate - Ammonia and hydrocarbons

Chapter 8 -hydrogen production plant infrastructure design

  • Selection switchgear of hydrogen equipment
  • Sizing of cabling for electrical equipment’s
  • Illumination system design
  • Earthing design of hydrogen plant
  • Selection and sizing auxiliary supply and main supply system

Chapter 9- Case study

  • Preparation of electrical power distribution scheme
  • Preparation of electrical power distribution scheme
  • Preparation of one line diagram of hydrogen plant
  • Preparation of lay outing of hydrogen plant