2: Introduction to Hydrogen technology

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2: Introduction to Hydrogen technology

What about?

Color

weight

structure

2H₂ + O₂ =>2H₂O

Just explain in a storytelling way as an preparation for further slides

Where can you find Hydrogen?

1. Space
2. Water
3. Trees
4. Air

But first we need to find it!

Why should we all love Hydrogen?

General question that makes them think.

3: Hydrogen, an energy carrier of the future

The gap is the difference in CO2 emission between the current policies (how we produce now) and what we should produce in a fossil free way

sustainable development goals 

Is a mega solarpark in Tunisia the answer for our electricity demand?

measuring 400 by 400 km (160,000 km2) would be sufficient to meet global energy demand.

But you can't store electricity!

So: Hydrogen can be stored in tanks or underground,

• for a short or longer period of time,

• in very large quantities and

• with a very long system lifespan.

Electricity can be stored in batteries,

• for a short period of time ('weeks'),

• in limited quantities and

• with a limited lifespan of the system.

But is H2 the answer to all our demands?

Technically  yes but is it grey, blue or green?

Answer questions 7,9 and 10 in your reader

4 Applications of Hydrogen Technology

This pictures shows both energychains and its clear that the one on the left is shorter....

It also provides a glance of the installation inside the car

So yes, it indeed is an electric vehicle that is charged by Hydrogen using a fuelcell.

FCEV

What is the function of a fuel cell?

Name the advantages and disadvantages of hydrogen compared to a battery in mobility?

What is the reason that hydrogen in a combustion engine is hardly further developed?

How can hydrogen be used in industry or build environment?

TATA steel

TATA Steel : GREEN, CLEAN AND CIRCULAR STEEL!

Steel that is made to shape the future. Steel that is used, among other things, for solar farms, wind turbines, and batteries for electric cars.

• It’s steel without any CO2 emissions. By 2030, we will produce steel with 40% less CO2 emissions. And by 2045, we will be a CO2-neutral steel producer

6 Methods for 

producing, storing 

and transporting 

hydrogen

produce green hydrogen with the use of electrolysers

fuel your car in 3 minutes with 5 kg H2 at 700 bar pressure

Does it really work?