Fundamental Concepts of Green Hydrogen Technologies

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OSS Academy

2:24:26

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1 - Introduction to Green Hydrogen

1 - Introduction to Hydrogen.mp4

02:58

2 - Introduction to Storage and Transportation of Hydrogen.mp4

01:44

3 - Use of Hydrogen in Vehicles.mp4

00:58

4 - Use of Hydrogen in industrial process.mp4

00:39

5 - Why to Choose Green Hydrogen.mp4

03:54

6 - Green Hydrogen.mp4

01:30

2 - Types of Hydrogen

7 - Colour Coding of Hydrogen.mp4

04:50

8 - Comparison between Grey Blue and Green Hydrogen.mp4

01:09

9 - Production model for Green Hydrogen.mp4

02:00

10 - Costs for hydrogen transport as a function of distance by selected transport.mp4

03:21

11 - Grey Hydrogen.mp4

02:03

12 - Blue Hydrogen.mp4

01:51

13 - Turquoise Hydrogen.mp4

01:57

14 - Green Hydrogen.mp4

03:02

15 - Yellow Purple hydrogen.mp4

00:57

3 - Global Context of Green Hydrogen

16 - Global Context of Green Hydrogen Part 1.mp4

03:51

17 - Global Context of Green Hydrogen Part 2.mp4

03:20

18 - Global Context of Green Hydrogen Part 3.mp4

02:43

4 - Production process technologies for green hydrogen

19 - Production process technologies for green hydrogen.mp4

00:46

20 - Alkaline electrolysis process.mp4

01:58

21 - Working of Alkaline electrolysis process Part 1.mp4

01:29

22 - Working of Alkaline electrolysis process Part 2.mp4

02:42

23 - The advantages of the alkaline electrolysis process.mp4

01:16

24 - Solid Oxide Electrolyser Process.mp4

05:08

25 - Working Solid Oxide Electrolyser Process.mp4

02:20

26 - Polymer Electrolyte Membrane Electrolyzers.mp4

02:56

27 - Water consumption for green hydrogen.mp4

04:06

5 - Drivers for present interest for green hydrogen

28 - Drivers for present interest for green hydrogen.mp4

02:32

29 - Low Renewable Energy Electricity Cost.mp4

01:50

30 - Technologies ready to scale up.mp4

01:16

31 - Benefits for the power system.mp4

02:20

32 - Government objectives of Net zero Emission System.mp4

01:01

33 - Broader use of Hydrogen.mp4

01:21

34 - Interest of Multiple Stakeholders.mp4

00:58

6 - Barriers for green hydrogen

35 - Barriers for green hydrogen.mp4

01:04

36 - High Production Cost.mp4

01:55

37 - Lack of Dedicated Infrastructure.mp4

02:26

38 - Energy losses.mp4

01:46

39 - Lack of Value recognition.mp4

01:25

40 - Need to ensure sustainability.mp4

01:07

7 - Key cost components for green hydrogen

41 - Key cost components for green hydrogen Part 1.mp4

02:07

42 - Key cost components for green hydrogen Part 2.mp4

02:05

43 - Key cost components for green hydrogen Part 3.mp4

02:35

8 - Photovoltaic and Windelectrolysis systems

44 - Photovoltaicelectrolysis systems.mp4

03:21

45 - Key points about photovoltaicelectrolysis systems.mp4

01:10

46 - Windelectrolysis systems.mp4

02:34

9 - Compression and liquefaction of Green Hydrogen

47 - Compression of Green Hydrogen.mp4

03:25

48 - Liquefaction of Green Hydrogen.mp4

02:35

10 - Advanced storage materials for hydrogen

49 - Metal Hydrides.mp4

01:14

50 - Carbon Based Materials.mp4

01:07

51 - Chemical Hydrides.mp4

01:36

52 - Porous Materials.mp4

00:51

11 - Transportation of Hydrogen

53 - Gaseous Hydrogen Transport.mp4

01:41

54 - Liquid Hydrogen Transport.mp4

01:04

55 - Hydrogen Carrier.mp4

01:31

56 - Hydrogen Shipping.mp4

00:41

12 - Applications and EndUses for green hydrogen

57 - Applications and EndUses for green hydrogen.mp4

05:48

13 - Economic and Policy Considerations for green hydrogen

58 - Economic Considerations.mp4

03:10

59 - Policy Considerations.mp4

03:37

14 - Life Cycle Assessment LCA of Green Hydrogen

60 - Life Cycle Assessment LCA of Green Hydrogen Part 1.mp4

01:53

61 - Life Cycle Assessment LCA of Green Hydrogen Part 2.mp4

01:10

62 - Life Cycle Assessment LCA of Green Hydrogen Part 3.mp4

01:56

63 - Life Cycle Assessment LCA of Green Hydrogen Part 4.mp4

01:56

15 - Contribution of green hydrogen to Sustainable Development Goals

64 - Contribution of green hydrogen to Sustainable Development Goals.mp4

05:05

16 - Successful green hydrogen projects

65 - Successful green hydrogen projects.mp4

03:45

Description

OSS Academy Guide to your sustainable learnings

What You'll Learn?

Introduction to Hydrogen
Introduction to Storage and Transportation of Hydrogen
Use of Hydrogen in Vehicles
Use of Hydrogen in industrial process
Why to Choose Green Hydrogen
Green Hydrogen
Types of Hydrogen
Colour Coding of Hydrogen
Comparison between Grey, Blue and Green Hydrogen
Production model for Green Hydrogen
Costs for hydrogen transport as a function of distance by selected transport
Grey Hydrogen
Blue Hydrogen
Turquoise Hydrogen
Green Hydrogen
Yellow (Purple) hydrogen
Global Context of Green Hydrogen
Production process technologies for green hydrogen
Alkaline electrolysis process
Working of Alkaline electrolysis process
The advantages of the alkaline electrolysis process
Solid Oxide Electrolyser Process
Working Solid Oxide Electrolyser Process
Polymer Electrolyte Membrane Electrolyzers
Water consumption for green hydrogen
Drivers for present interest for green hydrogen
Low Renewable Energy Electricity Cost
Technologies ready to scale up
Benefits for the power system
Government objectives of Net zero Emission System
Broader use of Hydrogen
Interest of Multiple Stakeholders
Barriers for green hydrogen
High Production Cost
Lack of Dedicated Infrastructure
Energy losses
Lack of Value recognition
Need to ensure sustainability
Key cost components for green hydrogen
Photovoltaic-electrolysis systems
Key points about photovoltaic-electrolysis systems
Wind-electrolysis systems
Compression of Green Hydrogen
Liquefaction of Green Hydrogen
Advanced storage materials for hydrogen
Metal Hydrides
Carbon Based Materials
Chemical Hydrides
Porous Materials
Transportation of Hydrogen
Gaseous Hydrogen Transport
Liquid Hydrogen Transport
Hydrogen Carrier
Hydrogen Shipping
Applications and End-Uses for green hydrogen
Economic and Policy Considerations for green hydrogen
Life Cycle Assessment (LCA) of Green Hydrogen
Contribution of green hydrogen to Sustainable Development Goals
Successful green hydrogen projects

Who is this for?

Energy Engineering Students

Green Hydrogen Industries

Energy enthusiast

Energy Auditors

Energy Managers

What You Need to Know?

No Prior Experience is needed. You will learn everything about Green Hydrogen in this course.

More details

Description
In this course you will learn the following points in details:
Introduction to Hydrogen
Introduction to Storage and Transportation of Hydrogen
Use of Hydrogen in Vehicles
Use of Hydrogen in industrial process
Why to Choose Green Hydrogen
Green Hydrogen
Types of Hydrogen
Colour Coding of Hydrogen
Comparison between Grey, Blue and Green Hydrogen
Production model for Green Hydrogen
Costs for hydrogen transport as a function of distance by selected transport
Grey Hydrogen
Blue Hydrogen
Turquoise Hydrogen
Green Hydrogen
Yellow (Purple) hydrogen
Global Context of Green Hydrogen
Production process technologies for green hydrogen
Alkaline electrolysis process
Working ofÂ Alkaline electrolysis process
The advantages of the alkaline electrolysis process
Solid Oxide Electrolyser Process
Working Solid Oxide Electrolyser Process
Polymer Electrolyte Membrane Electrolyzers
Water consumption for green hydrogen
Drivers for present interest for green hydrogen
Low Renewable Energy Electricity Cost
Technologies ready to scale up
Benefits for the power system
Government objectives of Net zero Emission System
Broader use of Hydrogen
Interest of Multiple Stakeholders
Barriers for green hydrogen
High Production Cost
Lack of Dedicated Infrastructure
Energy losses
Lack of Value recognition
Need to ensure sustainability
Key cost components for green hydrogen
Photovoltaic-electrolysis systems
Key points about photovoltaic-electrolysis systems
Wind-electrolysis systems
Compression of Green Hydrogen
Liquefaction of Green Hydrogen
Advanced storage materials for hydrogen
Metal Hydrides
Carbon Based Materials
Chemical Hydrides
Porous Materials
Transportation of Hydrogen
Gaseous Hydrogen Transport
Liquid Hydrogen Transport
Hydrogen Carrier
Hydrogen Shipping
Applications and End-Uses for green hydrogen
Economic and Policy Considerations for green hydrogen
Life Cycle Assessment (LCA) of Green Hydrogen
Contribution of green hydrogen to Sustainable Development Goals
Successful green hydrogen projects

Who this course is for:
Energy Engineering Students
Green Hydrogen Industries
Energy enthusiast
Energy Auditors
Energy Managers

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