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HYDROGEN IS THE FUEL OF THE FUTURE
WHY HYDROGEN?
Hydrogen is the most abundant chemical in the universe. It is literally everywhere. A virtually inexhaustible supply and the ability to be extracted from a wide range of substances make hydrogen an ideal source of energy.
It is easy to store and transport hydrogen using renewable energy sources in full force.
Most importantly, there are zero CO2 emissions. When you convert hydrogen into electricity the only byproduct of the reaction will be water.
It is easy to store and transport hydrogen using renewable energy sources in full force.
Most importantly, there are zero CO2 emissions. When you convert hydrogen into electricity the only byproduct of the reaction will be water.
Almost all of the hydrogen on Earth is in the form of compounds, so first you need to extract it. One of the greatest advantages of hydrogen is that it can be obtained from a huge number of substances including oil, gas and water.
The three methods of hydrogen production are most often used: steam reforming, coal gasification, and electrolysis.
In our developments in the field of hydrogen production and equipment for refueling hydrogen transport, we use electrolysis.
The three methods of hydrogen production are most often used: steam reforming, coal gasification, and electrolysis.
In our developments in the field of hydrogen production and equipment for refueling hydrogen transport, we use electrolysis.
Electricity is difficult to store. Besides, long-distance transportation requires powerful infrastructure of power plants and networks of wires.
On the contrary, hydrogen produced with the use of electricity can be stored and transported over any distance. This approach provides for the most efficient use of resources including renewable sources such as wind and solar energy, which often depend on season and location.
On the contrary, hydrogen produced with the use of electricity can be stored and transported over any distance. This approach provides for the most efficient use of resources including renewable sources such as wind and solar energy, which often depend on season and location.
When hydrogen is converted into electricity, whether it is a car or a home power plant, carbon dioxide is not formed. Using renewable energy sources for hydrogen production reduces all emissions to zero. This approach makes hydrogen an ideal form of «green» energy thanks to which we can all breathe a cleaner air.
One of the many advantages of hydrogen is that it allows you to create an infrastructure for local energy production. It means that regions can not only produce energy independently fully supporting themselves, but also supply excess to neighboring regions or a common network. Therefore, our children will not have to worry about energy resources for many generations.
Hydrogen energy will allow us to use «green» energy sources – wind energy, sunlight, hydropower, geothermal, wave energy, etc. – more widely. This will result in greater energy stability.
We are already creating a future in which many «green» energy sources support each other. The future that cares about the environment.
The future where our children will live in 100, 200 years. The future of hydrogen technology.
We are already creating a future in which many «green» energy sources support each other. The future that cares about the environment.
The future where our children will live in 100, 200 years. The future of hydrogen technology.