Why “Green Hydrogen” ?
green hydrogen
It is another approach to help solve the problem. Efforts to remove carbon in the energy and industrial sectors What makes hydrogen cleaner depends on how it’s made.
Most of the hydrogen used today is gray hydrogen. produced using fossil fuels causing carbon dioxide emissions in the production process, while blue hydrogen Hydrogen is produced using natural gas and captures carbon dioxide emissions. Make it a cleaner energy than gray hydrogen.
As for “green hydrogen”, it is carbon-free hydrogen. It is created by using electricity to separate hydrogen molecules from oxygen molecules in water. This makes the by-product after the hydrogen combustion process not use carbon dioxide but water.
Therefore, the key to clean energy from “Green Hydrogen” means that electricity used in the production process has to be cheap. and come from low-carbon energy sources such as wind power or solar power. which is renewable energy that never runs out
Compare green hydrogen to other forms of clean energy.
in the last decade The cost of producing clean energy has dropped dramatically. Both the development of solar energy and wind energy, especially in batteries to store energy. The investment in developing these clean energy projects has grown considerably.
But these energies are still limited. That is, energy that is not suitable for long-distance transport such as trucks, cargo ships and planes.
for example Currently, airplanes use fuel as a power source for propulsion. These fuels are burned as they travel.
The weight of the machine is gradually reduced, which has a positive effect on the drive. while if switching to clean energy from solar or wind energy These energy will be stored in the battery. when used in an airplane The weight of the battery will be an issue for air travel. Because the battery will remain the same weight throughout the journey.
That makes “green hydrogen”
with high energy density. therefore expected to fill this gap But investing in hydrogen has to compete with energy storage batteries. which is a challenge and if you can Green hydrogen will play a significant role in reducing air travel emissions.
Green Hydrogen Can Use Existing Infrastructure
Another reason green hydrogen has gained so much attention is that it already has an infrastructure to support it.
This is because green hydrogen production will not be used in production facilities. But it will require pressure and movement.
whether through the pipe ship transport or transport by truck All of this can be used by existing infrastructure, such as being able to pass through natural gas pipelines. Or even a refinery that uses gray hydrogen to produce chemicals. It can also be used for green hydrogen. and can be used with various industrial machines that are currently
In addition, long-haul truck engines can use hydrogen. Even in the end those engines will have to be replaced by hydrogen fuel cells.
Another benefit of green hydrogen is that it can also be added to natural gas.
The Green Hydrogen Revolution has begun !
There is a goal that Fossil fuel production will have to drop 6% annually from 2020 to 2030 to prevent catastrophic global warming. Countries around the world are making green hydrogen a top priority. for energy needs And a lot of the costs will come from the natural resources of the country.
Chile invests in hydrogen infrastructure due to optimal wind resources
Saudi Arabia It is building the largest green energy and ammonia plant in Neome. which has been dubbed as In addition, ACWA Power, the Saudi energy company. Signed an agreement with Air Products, a US chemical industry company. to build a factory which will use wind and solar power throughout the desert and is expected to drive Saudi Arabia towards a carbon-free future.
The European Union announces its intention to expand its massive $550 billion green hydrogen investment. which is part of the Clean Energy Development Plan as well as the commission Electrolyzers It has announced a hydrogen strategy that calls for $430 billion of green hydrogen investment by 2030.
While Germany has had hydrogen in its energy plans since 2006, the government has allocated substantial funding to the “National Hydrogen Strategy” to develop the hydrogen industry. and support the use of hydrogen in various industries This generated €7 billion for the launch of green hydrogen in Germany and another €2 billion for international partners.
Spain has announced a project to launch four electrolyzers that will meet the 20% green hydrogen target by 2030. Spain has an ideal landscape and climate model for solar hydrogen production. and wind power
Japan One of the world’s largest green hydrogen plants just opened near Fukushima. In the wake of the nuclear disaster following the 2011 earthquake and tsunami, Japan paid a premium for green hydrogen more than conventional hydrogen. and Japan announced a zero emissions target by 2050.
Why “Green Hydrogen”?
green hydrogen It is another approach to help solve the problem. Efforts to remove carbon in the energy and industrial sectors What makes hydrogen cleaner depends on how it’s made.
Most of the hydrogen used today is gray hydrogen. produced using fossil fuels causing carbon dioxide emissions in the production process, while blue hydrogen Hydrogen is produced using natural gas and captures carbon dioxide emissions. Make it a cleaner energy than gray hydrogen.
As for “green hydrogen”, it is carbon-free hydrogen. It is created by using electricity to separate hydrogen molecules from oxygen molecules in water. This makes the by-product after the hydrogen combustion process not use carbon dioxide but water.
Therefore, the key to clean energy from “Green Hydrogen” means that electricity used in the production process has to be cheap. and come from low-carbon energy sources such as wind power or solar power. which is renewable energy that never runs out
Compare green hydrogen to other forms of clean energy.
in the last decade The cost of producing clean energy has dropped dramatically. Both the development of solar energy and wind energy, especially in batteries to store energy. The investment in developing these clean energy projects has grown considerably.
But these energies are still limited. That is, energy that is not suitable for long-distance transport such as trucks, cargo ships and planes.
for example Currently, airplanes use fuel as a power source for propulsion. These fuels are burned as they travel. The weight of the machine is gradually reduced, which has a positive effect on the drive. while if switching to clean energy from solar or wind energy These energy will be stored in the battery. when used in an airplane The weight of the battery will be an issue for air travel. Because the battery will remain the same weight throughout the journey.
That makes “green hydrogen” with high energy density. therefore expected to fill this gap But investing in hydrogen has to compete with energy storage batteries. which is a challenge and if you can Green hydrogen will play a significant role in reducing air travel emissions.
Green Hydrogen Can Use Existing Infrastructure
Another reason green hydrogen has gained so much attention is that it already has an infrastructure to support it.
This is because green hydrogen production will not be used in production facilities. But it will require pressure and movement. whether through the pipe ship transport or transport by truck All of this can be used by existing infrastructure, such as being able to pass through natural gas pipelines. Or even a refinery that uses gray hydrogen to produce chemicals. It can also be used for green hydrogen. and can be used with various industrial machines that are currently
In addition, long-haul truck engines can use hydrogen. Even in the end those engines will have to be replaced by hydrogen fuel cells.
Another benefit of green hydrogen is that it can also be added to natural gas.
The Green Hydrogen Revolution has begun!
There is a goal that Fossil fuel production will have to drop 6% annually from 2020 to 2030 to prevent catastrophic global warming. Countries around the world are making green hydrogen a top priority. for energy needs And a lot of the costs will come from the natural resources of the country.
Chile invests in hydrogen infrastructure due to optimal wind resources
Saudi Arabia It is building the largest green energy and ammonia plant in Neome. which has been dubbed as In addition, ACWA Power, the Saudi energy company. Signed an agreement with Air Products, a US chemical industry company. to build a factory which will use wind and solar power throughout the desert and is expected to drive Saudi Arabia towards a carbon-free future.
The European Union announces its intention to expand its massive $550 billion green hydrogen investment. which is part of the Clean Energy Development Plan as well as the commission Electrolyzers It has announced a hydrogen strategy that calls for $430 billion of green hydrogen investment by 2030.
While Germany has had hydrogen in its energy plans since 2006, the government has allocated substantial funding to the “National Hydrogen Strategy” to develop the hydrogen industry. and support the use of hydrogen in various industries This generated €7 billion for the launch of green hydrogen in Germany and another €2 billion for international partners.
Spain has announced a project to launch four electrolyzers that will meet the 20% green hydrogen target by 2030. Spain has an ideal landscape and climate model for solar hydrogen production. and wind power
Japan One of the world’s largest green hydrogen plants just opened near Fukushima. In the wake of the nuclear disaster following the 2011 earthquake and tsunami, Japan paid a premium for green hydrogen more than conventional hydrogen. and Japan announced a zero emissions target by 2050.
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