06:51

3.1.1 Steam electrolysis - Principles

11:18

3.1.2 Steam electrolysis - Performances

09:51

3.1.3 Steam Electrolysis - CO Electrolysis

09:01

3.1.4 Steam Electrolysis - Technology

05:00

NET Tools Technical Webinar

04:38

NET Tools project Tutorial Flame length correlation and three hazard distances for jet fires

05:35

NET Tools project Tutorial Blast wave from high pressure tank rupture

01:04

2.9 References Bibliography

13:51

2.1 Brief Introduction Basic Properties of Hydrogen

15:32

2.8 Thermal Management of Metal Hydride Tanks During Hydrogen Storage/Release

09:56

2.7 Theoretical numerical Description of Solid State Hydrogen Storage

05:46

2.6 Tank Bed and Geometries

15:15

2.5 Experimental Measurements and Characterization

11:24

2.4 Intermetallic Compounds

19:47

2.3 Solid State Hydrogen Storage; Principles and Thermodynamics

14:30

2.2 Introduction on Hydrogen Storage

08:14

3 1 Molten Carbonate Fuel Cells - Principles

05:24

3.1 Molten Carbonate Fuel Cells - Materials

09:18

3.1 Molten Carbonate Fuel Cells - Fuels

09:34

3.1 Molten Carbonate Fuel Cells - Systems

09:02

3.4 Microbial Fuel Cells - Principles

04:51

3.4 Microbial Fuel Cells - Materials and design

02:31

Introduction to FCH applications and hydrogen safety slides

02:31

Hydrogen properties relevant to safety

02:31

Safety of hydrogen storage

00:17

Jet-fire extinction

00:48

Jet-fire extinction 2

01:41

Jet-fire extinction 3

01:21

Jet-fire extinction 4

09:22

4.1.1 RES - Strenght and Pitfalls

06:08

4.1.3 RES - Power Grids Stability

07:28

4.1.4 RES - Enhanced Stability in Modern Grids

06:02

4.1.5 RES - Storage Parameters

09:22

4.1.6 RES - Storage Technologies

09:43

4.1.7 RES - Power to X_2

09:17

4.1.8 RES - Hydrogen for energy storage

08:59

4.2.4 BIofuels - Overcoming drawbacks

09:43

4.1.7 RES - Power to X

04:33

4.1.2 RES - Renewable Outlook

06:26

4.2.1 Biofuels - Resources

07:10

4.2.2 Biofuels - Processes

06:08

4.2.5 Biofuels - Biofuels pre-processing

06:25

3.4.2 AFC Components

14:05

4.2.6 Biofuels - System layouts

03:28

3.4.3 AFC Operating Conditions

01:35

3.2.9 PEM-FC applications

02:25

3.2.8 PEM-FC Durabillity

06:06

3.2.7 PEM-FC Stacking

08:00

4.2.3 Biofuels - Points of strenght and pitfalls

13:00

3.2.6 PEM-FC Operating Conditions

03:15

3.4.1 Alkaline FC Intoduction

02:36

3.2.5 PEM-FC Gases purity

05:40

3.2.4 PEM-FC Fuel Types

06:19

3.2.3 PEM-FC Components

04:11

3.2.2 PEM-FC Polarization Curve

09:48

2.4 Stacks and Systems

09:14

2.3 Structure of Fuel Cells

13:13

2 2 Efficiency and power output

05:35

2.1 Introduction to Fuel Cells

08:17

3 2 1 PEM fc Principle of operation final