What you'll learn
Those who plan to work on Renewable Hydrogen systems
Process designers
Project developers
Thos who want to develop general awareness
Requirements
No experience in Renewable Energy systems require
Description
There is growing interest in the hydrogen economy and businesses that deploy hydrogen worldwide. The desire to tackle the adverse effects of climate change, achieve a green transition and deep decarbonisation, ambitious future net-zero targets of numerous countries, increasing pressure for energy security, and being energy self-reliant are reasons behind this interest. However, hydrogen is not a new phenomenon. Nowadays, many people ask if the hydrogen economy has a future. The answer is not straightforward as the hydrogen economy has numerous different application area. Green hydrogen is a developing as bright opportunity for engineering and construction. Thirty countries have prepared strategic vision for developing green hydrogen as a n alternative to fossil fuel. Many companies in differing countries have setup demonstration projects. Every other day new Green Hydrogen projects are being announced all over the world. In fact, now there a quite a few projects actively being developed by EPC contractors.This course has been designed to provide a kickstart to the students who are interested in taking up a career in this field. The instructor has been involved in the construction, commissioning and operation of ALKALINE ELECTROLYSIS. The course contents are as below:IntroductionProperty of hydrogen and its safety implicationWater ElectrolysisAlkaline Water Electrolysis PEM Electrolysis
Overview
Section 1: Introduction
Lecture 1 Why Renewable Hydrogen?
Lecture 2 Hydrogen Demand
Lecture 3 Hydrogen energy process chain
Lecture 4 Hydrogen - A Source of Energy
Lecture 5 What is Hydrogen
Lecture 6 Hydrogen- Global Uses
Lecture 7 Hydrogen as an Energy Carrier
Lecture 8 Classification of Hydrogen Energy Source
Lecture 9 Hydrogen from Natural Gas
Lecture 10 Methane Pyrolysis
Lecture 11 Partial Oxidation
Lecture 12 Electrolysis Pathways
Lecture 13 Hydrogen - Physical Properties
Lecture 14 Hydrogen Transport Cost
Section 2: Property of Hydrogen and its impact on safety
Lecture 15 Hydrogen property and its safety implications-1
Lecture 16 Hydrogen property and its safety implications-2
Lecture 17 Hydrogen property and its safety implications-3
Lecture 18 Hydrogen property and its safety implications-4
Lecture 19 Hydrogen property and its safety implications-6
Lecture 20 Hydrogen property and its safety implications-5
Lecture 21 Hydrogen property and its safety implications-7
Lecture 22 Hydrogen property and its safety implications-8
Lecture 23 Hydrogen property and its safety implications-9
Lecture 24 Hydrogen property and its safety implications-10
Section 3: Water Electrolysis
Lecture 25 Factors affecting Water Electrolysis
Lecture 26 Water Electrolysis
Lecture 27 Generally Characteristics of electrolysis
Lecture 28 Efficiency of water splitting cell
Lecture 29 Sources of Energy Dissipation
Lecture 30 Levels. Of Conventional Electrolysis
Lecture 31 Different Electrolyser Technologies
Section 4: Alkaline Water Electrolysis
Lecture 32 Alkaline water electrolysis advantages
Lecture 33 Alkaline electrolysis reaction
Lecture 34 Alkaline electrolysis details
Lecture 35 General Cell Design
Lecture 36 General Stack Design
Lecture 37 Process Scheme for the AEL electrolysis
Section 5: Polymer Electrolyte Membrane
Lecture 38 Advantages and Disadvantages of PEM
Lecture 39 General Principle
Lecture 40 Main Cell Components of PEM electrolysis
Lecture 41 Process Layout of PEM Cell
Section 6: Hydrogen Economics
Lecture 42 Introduction and advantages and disadvantage of Alkaline, AEM, PEM & Solid Oxide
Lecture 43 Cost Drivers of Electrolyser
Lecture 44 Technology Readiness of Electrolysers
Lecture 45 Comparison between the Alkaline and PEM Electrolysers
Those who intend to work on renewable hydrogen system


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