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Green hydrogen
Revolutionizing Energy with Green Hydrogen
Green hydrogen has the potential to be a powerful alternative to fossil fuels in the most challenging sectors to decarbonize, significantly advancing efforts to fight climate change
Hydrogen is the planet's most abundant chemical element
However, it is never found alone; it typically combines with other elements like oxygen to form water or with carbon to create organic compounds.
Humanity has long utilized hydrogen as a raw material in the chemical industry and metallurgy, as well as a fuel. However, since it cannot be sourced in its pure form from nature, it must be produced through various methods. The process used to produce hydrogen ultimately determines whether it serves as a clean and sustainable fuel.
When we refer to green hydrogen, we mean hydrogen produced without emitting pollutants, making it a sustainable fuel. It is increasingly recognized as a crucial energy source for achieving global decarbonization goals and meeting 2050 climate commitments.
Below, we will explore why green hydrogen is crucial for reducing greenhouse gases, how it is produced, and the challenges it must address to become the fuel of the future
Humanity has long utilized hydrogen as a raw material in the chemical industry and metallurgy, as well as a fuel. However, since it cannot be sourced in its pure form from nature, it must be produced through various methods. The process used to produce hydrogen ultimately determines whether it serves as a clean and sustainable fuel.
When we refer to green hydrogen, we mean hydrogen produced without emitting pollutants, making it a sustainable fuel. It is increasingly recognized as a crucial energy source for achieving global decarbonization goals and meeting 2050 climate commitments.
Below, we will explore why green hydrogen is crucial for reducing greenhouse gases, how it is produced, and the challenges it must address to become the fuel of the future
It makes up 75% of the universe's composition
OUR TEHNOLOGY
Hydrogen is the simplest chemical element, the first in the periodic table with atomic number 1. It is lightweight, storable, and does not produce pollutant emissions on its own
Given these characteristics, hydrogen is an ideal candidate for a fuel.
However, it is not a primary energy source but an energy carrier, meaning it needs a chemical process to be produced.
You may have heard that hydrogen is a renewable fuel, but this is not always the case. Hydrogen is only considered renewable if the extraction process itself is renewable. Let’s explore the different methods of hydrogen production
However, it is not a primary energy source but an energy carrier, meaning it needs a chemical process to be produced.
You may have heard that hydrogen is a renewable fuel, but this is not always the case. Hydrogen is only considered renewable if the extraction process itself is renewable. Let’s explore the different methods of hydrogen production
WHY HYDROGEN
At CMMZE, we are focused on transforming the energy sector by using green hydrogen, a clean and renewable resource that has the potential to significantly change the way we power our world.
With our advanced technology and strong dedication to environmental conservation, we are set to make a major impact on reducing global emissions and lead the way toward a greener, more sustainable planet
With our advanced technology and strong dedication to environmental conservation, we are set to make a major impact on reducing global emissions and lead the way toward a greener, more sustainable planet
CMMZE, a pioneering leader in green hydrogen and zero emissions solutions
At CMMZE, we are focused on transforming the energy sector by using green hydrogen, a clean and renewable resource that has the potential to significantly change the way we power our world.
With our advanced technology and strong dedication to environmental conservation, we are set to make a major impact on reducing global emissions and lead the way toward a greener, more sustainable planet
ABOUT CMMZE
19 years+
experience in the market
50+
projects completed on time and within budget
96%
projects for private and public customers
7
years of expertise in the technology industry
There are several types of hydrogen, including grey, blue, and green hydrogen, each distinguished by the method of production and the environmental impact associated with it
TYPES OF HYDROGEN
Grey hydrogen is produced from natural gas using steam methane reforming (SMR) without capturing the carbon dioxide emissions. This process releases significant amounts of CO2 into the atmosphere, making grey hydrogen the least sustainable and environmentally friendly form of hydrogen
grey hydrogen
green hydrogen
Blue hydrogen is produced from natural gas through a process called steam methane reforming (SMR). During production, carbon dioxide emissions are captured and stored, or utilized in other processes, which reduces its environmental impact
blue hydrogen
Also known as renewable hydrogen, green hydrogen is produced through the electrolysis of water. The key factor is that this process relies entirely on renewable energy sources, resulting in zero pollutant emissions and making it the cleanest and most sustainable form of hydrogen
green hydrogen
blue hydrogen
Also known as renewable hydrogen, green hydrogen is produced through the electrolysis of water. The key factor is that this process relies entirely on renewable energy sources, resulting in zero pollutant emissions and making it the cleanest and most sustainable form of hydrogen
grey hydrogen
Blue hydrogen is produced from natural gas through a process called steam methane reforming (SMR). During production, carbon dioxide emissions are captured and stored, or utilized in other processes, which reduces its environmental impact
Grey hydrogen is produced from natural gas using steam methane reforming (SMR) without capturing the carbon dioxide emissions. This process releases significant amounts of CO2 into the atmosphere, making grey hydrogen the least sustainable and environmentally friendly form of hydrogen
IN WHICH SECTORS WILL GREEN HYDROGEN BE KEY?
Green Hydrogen for Energy Storage
Green hydrogen offers a promising solution for energy storage. Its ability to store large amounts of energy over extended periods makes it comparable to strategic reserves of oil or natural gas, providing a stable and reliable energy supply
Green Hydrogen for Domestic Use
Green Hydrogen as a Clean, Renewable Fuel
Green hydrogen has potential applications in domestic settings, such as for home heating and power generation. Its efficiency and storage capabilities make it a viable alternative to traditional energy sources in residential environments
Green hydrogen stands out as a clean and renewable fuel. Its production using renewable energy sources and its zero-emission profile make it an ideal candidate for reducing carbon footprints across various sectors
Green Hydrogen in Heavy Industry
Green hydrogen can play a crucial role in heavy industry by serving as a versatile energy source. Its high energy density and longevity make it a valuable alternative to traditional fossil fuels for processes like steelmaking and cement production
Green Hydrogen for Energy Storage
Green hydrogen offers a promising solution for energy storage. Its ability to store large amounts of energy over extended periods makes it comparable to strategic reserves of oil or natural gas, providing a stable and reliable energy supply
Green Hydrogen in Heavy Industry
Green hydrogen can play a crucial role in heavy industry by serving as a versatile energy source. Its high energy density and longevity make it a valuable alternative to traditional fossil fuels for processes like steelmaking and cement production
Green Hydrogen for Domestic Use
Green Hydrogen as a Clean, Renewable Fuel
Green hydrogen stands out as a clean and renewable fuel. Its production using renewable energy sources and its zero-emission profile make it an ideal candidate for reducing carbon footprints across various sectors
Green hydrogen has potential applications in domestic settings, such as for home heating and power generation. Its efficiency and storage capabilities make it a viable alternative to traditional energy sources in residential environments
To achieve this, eliminating emissions in areas that are currently hard to electrify will be crucial. Green hydrogen is particularly promising in these sectors due to its numerous inherent benefits:
Green hydrogen will play a pivotal role in the forthcoming energy transition, essential for global economies striving to achieve carbon neutrality and address climate change
BENEFITS OF USING GREEN HYDROGEN AS A FUEL
The only byproduct it generates is water
It Is a Clean Energy Source
It relies on natural resources that are always available
It Is a Renewable Energy Source
Green hydrogen can be compressed and stored in specialized tanks for extended periods
It Is Storable
As a lightweight element, compressed hydrogen tanks are easier to handle and transport compared to lithium batteries, thanks to their reduced weight
It Is Transportable
As a lightweight element, compressed hydrogen tanks are easier to handle and transport compared to lithium batteries, thanks to their reduced weight
It Is Transportable
It relies on natural resources that are always available
It Is a Renewable Energy Source
The only byproduct it generates is water
It Is a Clean Energy Source
It Is Storable
Green hydrogen can be compressed and stored in specialized tanks for extended periods
As a lightweight element, compressed hydrogen tanks are easier to handle and transport compared to lithium batteries, thanks to their reduced weight
It Is Transportable
It relies on natural resources that are always available
It Is a Renewable Energy Source
The only byproduct it generates is water
It Is a Clean Energy Source
It Is Storable
Green hydrogen can be compressed and stored in specialized tanks for extended periods
There is growing agreement that green hydrogen could be applied across nearly every sector currently reliant on fossil fuels and challenging to decarbonize
This is why advancing green hydrogen is essential for fulfilling the Paris Agreement's climate commitments and meeting the zero-emission targets needed to address the climate emergency
Initiatives across the hydrogen value chain are already underway in Europe, including the development of more efficient electrolysers, the creation of a transport infrastructure, and the implementation of hydrogen refueling stations for road transport
According to a report by the International Renewable Energy Agency (IRENA), the cost of hydrogen installations could drop by 40% to 80% in the long term. Combined with decreasing renewable energy prices, this indicates that green hydrogen could become economically viable by 2030
GREEN H2 FOR ENERGY TRANSITION