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Green hydrogen
& ammonia
Renowable hydrogen applications
Production of ammonia
and bio-methane
Industrial processes
Municipal district heating systems
Fuel in transport and agriculture
Hydrogen will strengthen the transformation,
enabling it to achieve
its main goals:
Hydrogen will strengthen the transformation, enabling it to achieve its main goals:
Hydrogen will strengthen the transformation,
enabling it to achieve its main goals:
Hydrogen role in decarbonisation will be profound
Clean energy & Heat generation
Energy Efficiency & Affordability
Circular Economy
Sustainable Mobility
Digitization & automation
Farm to Fork
Sustainable Industry
Ensuring Just Transition for ALL
Polution Elimination
Hydrogen role in decorbonisation will be profound
<1%
~25%
~75%
Renewables
Coal and HFO
Natural gas
and naptha
Ammonia
183 mln
mt/yr
UreaAmmonium nitrate (AN)Diammonium phosphate (DAP)Ammonium sulphate (AS)Monoammonium phosphate (MAP)
Textiles
Refrigeration
Explosives
deNOx
Pharmaceuticals
Direct use:
Martime fuel
Stationary power
Inderect use:
Hydrogen carrier
27.45 mln mt/yr
New uses
Fertilizers
155.55 mlln mt/yr
Other current
uses
27.45 mln mt/yr
New uses
27.45 mln mt/yr
Urea
Ammonium nitrate (AN)
Diammonium phosphate (DAP)
Ammonium sulphate (AS)
Monoammonium phosphate (MAP)
?
?
min. 75%
mln/yr
Natural gas
and naptha
Coal and HFO
Natural gas
and naptha
Ammonia
688 mln
mt/yr
H2 carrier
688 mln mt/yr
Fertilizers
267 mln mt/yr
Other uses
67 mln mt/yr
Maritime fuel
197 mln mt/yr
Fuel for power generation
197 mln mt/yr
Ammonia is an important chemical product 'commodity' with a number of uses
Ammonia is primarily used in fertilizer production, playing an important role in feeding the world
Ammonia is also used across industries such as
pharmaceuticals, refrigeration, electronics and manufacturing
Green ammonia, from renewable hydrogen, is the most efficient hydrogen carrier
Ammonia: basic product needed by mankind
Fuel in transport
Industrial processes:
Production of ammonia and biomethane
Municipal district
Ammonia: basic product needed by mankind
Hydrogen role in decorbonisation will be profound
Hydrogen will strengthen the transformation, enabling it to achieve its main goals:
2.
Ammonia is used primarily
in the production of nitrogen fertilisers.
Therefore it plays an important role in feeding mankind.
4.
Green ammonia, made from renewable hydrogen, is the most efficient green hydrogen carrier.
3.
In addition, ammonia is used in the production of:
pharmaceuticals, refrigeration, mining, electronics, water purification, polymers, furniture, nylon and to reduce nitrogen oxide emissions.
1.
Ammonia is a important chemical product ('commodity') with a number of uses.
Ammonia is the second most widespread chemical productin the world.
Hydrogen will strengthen the transformation,
enabling it to achieve its main goals:
Hydrogen will strengthen the transformation,
enabling it to achieve its main goals:
Ammonia: basic product needed by mankind
Hydrogen will strengthen the transformation,
enabling it to achieve its main goals:
1.
Ammonia is a important chemical product 'commodity'
with a number
of uses.
4.
Green ammonia, from renewable hydrogen, is the most efficient hydrogen carrier.
Ammonia is the second most widely produced chemical globally.
2.
Ammonia is primarily used in fertilizer production, playing an important role in feeding the world.
3.
Ammonia is also used across industries such as pharmaceuticals, refrigeration, electronics, manufacturing
Ammonia
market 2023
2.
Ammonia is primarily used in nitrogen fertilizer production, playing an important role in feeding the world.
1.
Ammonia is a important chemical product ('commodity') with a number of uses.
3.
Ammonia is also used across industries such as pharmaceuticals, refrigeration, electronics, manufacturing, and emission reduction.
4.
Green ammonia, from renewable hydrogen, is the most efficient hydrogen carrier.
Ammonia is the second most widely produced chemical globally.
1.
Ammonia is a important chemical product 'commodity'
with a number
of uses.
Ammonia is the second most widely produced chemical globally.
2.
Ammonia is primarily used in nitrogen fertilizer production, playing an important role in feeding the world.
4.
Green ammonia, from renewable hydrogen, is the most efficient hydrogen carrier.
3.
Ammonia is also used across industries such as pharmaceuticals, refrigeration, electronics, manufacturing, and emission reduction.
4.
Green ammonia, from renewable hydrogen, is the most efficient hydrogen carrier.
3.
Ammonia is also used across industries such as pharmaceuticals, refrigeration, electronics, manufacturing
2.
Ammonia is primarily used in fertilizer production, playing an important role in feeding the world.
1.
Ammonia is a important chemical product 'commodity'
with a number
of uses.
Ammonia is the second most widely produced chemical globally.
The International Renewable Energy Agency (IRENA) estimates that the ammonia market will grow from the current 183 mln mt/yr to 688 mln mt/yr by 2050. That means 400% growth in 30 years.
Production
method
<1%
min. 75% mln mt/yr
Renewables
~25%
?
?
~75%
Coal and HFO
Natural gas
and naptha
2050
2023
Other uses
267 mln
mt/yr
H2 carrier
127 mln
mt/yr
Ferttilizers
197 mln
mt/yr
New uses
<1.83 mln
mt/yr
Maritime fuel
67 mln
mt/yr
Fuel for power generation
30 mln
mt/yr
Other current
uses
27.45 mln
mt/yr
Ferttilizers
155.55 mln
mt/yr
Ammonia
market 2023
183 mln mt/yr
Renewable Ammonia
market 2050
688 mln mt/yr
Production
method
Renewables
Coal and HFO
Natural gas
and naptha
Ferttilizers
New uses
Other current
uses
Ammonia
155.55 mln
mt/yr
27.45 mln
mt/yr
<1.83 mln
mt/yr
Urea
Ammonium nitrate (AN)
Diammonium phosphate (DAP)
Ammonium sulphate (AS)
Monoammonium phosphate (MAP)
Textiles
Refrigeration
Explosives
deNOx
Pharmaceuticals
Direct use:
Martime fuel
Stationary power
Inderect use:
Hydrogen carrier
183
mln mt/yr
<1%
~25%
~75%
2030
Other current
uses
27.45 mln
mt/yr
New uses
New uses
Fertilizers
155.55 mln
mt/yr
Renewables
Coal and HFO
Natural gas
and naptha
~75%
min. 75%
mln/yr
~25%
?
?
<1%
2023
2024
2050
Other uses
67 mln
mt/yr
Fertilizers
267 mln
mt/yr
H2 carrier
688 mln
mt/yr
New uses
27.45 mln
mt/yr
Fuel for power generation
197 mln
mt/yr
Renewables
Natural gas
and naptha
H2 carrier
Other uses
Fertilizers
Ammonia
127 mln
mt/yr
267 mln
mt/yr
67 mln
mt/yr
30 mln
mt/yr
197 mln
mt/yr
Coal and HFO
Maritime fuel
Fuel for power generation
Ammonia
688
mln mt/yr
min. 75%
mln mt/yr
?
?
Renewable Ammonia
market 2050
Hydrogen will strengthen the transformation, enabling it to achieve its main goals:
Hydrogen will strengthen the transformation,
enabling it to achieve its main goals:
Hydrogen will strengthen the transformation,
enabling it to achieve its main goals:
Hydrogen role in decorbonisation will be profound
Hydrogen will strengthen the transformation, enabling it to achieve its main goals:
Clean energy &
Heat generation
Green
hydrogen
Energy Efficiency
& Affardability
Circular
Economy
Sustainable Mobility
Digitization
& automation
Sustainable Industry
Ensuring Just
Transition for ALL
Farm
to Fork
Polution Elimination
Hydrogen will strengthen the transformation, enabling it to achieve its main goals
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