Online Green Hydrogen Plant Design Training
We are offering a comprehensive training program focused on Green Hydrogen Plant Design and technology,
specifically designed for working professional engineers seeking to enhance their technical expertise and
practical skills in the rapidly growing green hydrogen sector.
All participants will have a solid understanding of green hydrogen technologies,
the ability to implement best practices in plant operations, and the skills required to contribute to the growing hydrogen economy.
Join our industry-oriented training program designed exclusively for working professional engineers to gain cutting-edge skills in green hydrogen production, storage, and Details Design of plant.
Syllabus: 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