A Gas thatis Used in Heavy
Industries such as Oil Refining
Steel Manufacturing & Fertilizers.
6.
BLUE
HYDROGEN
From Fossil Fuel
withCarbon
Capture: Produces
Low Carbon
Emissions.
GREEN
HYDROGEN
From Renewable
Sources Like Wind
and Solar:
Produces No
Carbon Emissions.
GRAY
HYDROGEN
From Fossil Fuel:
Produces High
Carbon Emissions.
NATIONALGRID.COM
eachreferringto how it is produced
Three colors of Hydrogen
7.
Produced Using anElectrolyzer
Powered by Renewable Sources
Like Wind & Solar Power where
it Produces No Carbon Emissions.
10.
A Device thatUses Electricity to
Split the Water Molecule Into
Hydrogen & Oxygen (Electrolysis).
Electricity is Supplied by Clean
Energy such as Wind & Solar.
11.
Government Support& Incentives.
More Stringent Regulations to
Reduce Emissions.
Climate Change Commitments.
Easy to Store & Transport.
Can be Transformed Into Electricity or
Synthetic Gas & Have Many Uses.
In 2021, UNIDOLaunched a Global Program
for Hydrogen in the Industry. In 2019, the
Clean Energy Ministerial Hydrogen Initiative
(CEM H2I) was Launched to Commercialize
Clean Hydrogen Production Coordinated by
the IEA. In 2017, the Hydrogen Council
Initiative was Launched at the World
Economic Forum to Accelerate Global
Clean Hydrogen Deployment.
UNIDO.ORG
UNITED NATIONS
Green Hydrogen
15.
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with your own text.
9.7
6.6
4.1
3.6
17.
IRENA IEA HydrogenCouncil
12 13
22
IRENA.ORG
EXPECTED HYDROGEN SHARE OF GLOBAL ENERGY MIX IN 2050
By ReportingAgency (Percent)
67
30
28
18
14
14
10
10
8
5
5
HyDeal Ambition, Europe
G.Hydrogen, Kazakhstan
Western Hub, Australia
Aman, Mauritania
G. Hydrogen, Oman
Asian Hub, Australia
NortH2, Netherlands
AquaVentus, Germany
HyEnergy , Australia
Murchison, Australia
Beijing Mongolia, China
RECHARGENEWS.COM
LARGEST GLOBAL GREEN HYDROGEN PROJECTS IN 2021
By Electrolyzer Capacity (GW)
