Hydrogen

Hydrogen engines and trading

About

Vodík jako čisté palivo, se vyrábí z různých zdrojů energie, které mohou být ekologické i méně ekologické ekologické a méně ekologické. Z tohoto důvodu rozlišujeme i barevnost vodíku. Našim cílem je čistá energie – clean energy. Chceme vyrábět vodík z čistých obnovitelných zdrojů a nejčistší vodík je ten, který je vyroben ze samotného vodíku. A to je náš cíl.

Vodík používáme v kogeneračních a trigeneračních jednotkách. Máme motory, které spalují vodík spolu s plynem.

Vyvíjíme motory na kogeneraci a spolupracujeme s mezinárodními společnostmi. Cílem je 100% vodíkový motor

Jsme shareholder ve společnosti, která vyrábí 100% vodíkové motory pro autobusy, letadla, lodě a další.

Vyrábíme vodík a elektřinu

Cogeneration /
Trigeneration

Solar
Energy

Wind
Energy

Water
Energy

Výhody použití vodíku

Šetří životní prostředí

Šetří životní prostředí

Šetří životní prostředí

Cogeneration

Jednou z hlavních oblastí našeho podnikání je výroba energie prostřednictvím kogenerace a trigenerace. Našim cílem do konce roku 2025 je, aby naše kogenerační jednotky měli možnost použít jako palivo 100% podíl vodíku. Tím naše kogenerace vyrobí čístou elektřinu. Při kogeneraci vzniká pára díky které pak vyrobíme další čistý BLUE HYDROGEN.

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Solar Energy

Converting sunlight into hydrogen is a seemingly ideal way to adress the worlds energy challenges. The process does not directly involve fossil fuels or create any greenhouse gas emission. The resulting hydrogen can power fuel-cell systems in vehicles, ships and trains. It can feed into the electrical grid or be used to make a chemicals and steel.

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Wind Energy

Wind is an abundant but variable resource for generating electricity. Wind-generated electricity can power water electrolysis to produce hydrogen, which could be used to fuel vehicles, or stored and then used in fuel cells to generate electricity during times of the day when wind and other renewable resources are low.

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Water Energy

Voda sama o sobě může generovat elektřinu pomocí elektráren. Sama o sobě pak může dále sloužit k výrobě vodíku. Elektřina sama o sobě lze použít k rozdělení vody na vodík a kyslík. Tato technologie…

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Vodík jako palivo

Hydrogen is a clean fuel, that when consumed in a fuel cell, produces only water. Hydrogen can be produced from a variety of domestic resources, such as natural gas, nuclear power plant, biomass, renewable power like solar, wind and water. These qualities make it an attractive fuel option for transportation and electricity generation applications. It can be used in cars, in houses, for portable power and many more applications such as fuel for cogeneration.

Hydrogen is an energy carrier that can be used to store, move and deliver energy produced from other resources.

Today, hydrogen fuel can be produced through several methods. The most common methods today are natural gas reforming (a thermal process), and electrolysis. Other methods include solar-driven and biological processes.

Dělení vodíku podle barev

  • Green Hydrogen

    It is created by a process called electrolysis, where water is broken down into hydrogen and oxygen using renewable energy such as wind, solar, water.
    By this way, there is no direct carbon emissions, ability to "store" surplus electricity from renewable sources. The electricity thus stored can be further transported elsewhere or used as part of a fuel mix into cogeneration units.

  • Yellow Hydrogen

    Process of creation is as above, but using nuclear power instead of renewable energy.
    Almost zero impact. There is very low carbon emissions, ability to "store" surplus electricity. The electricity thus stored can be further transported elsewhere or used as part of a fuel mix into cogeneration units.

  • Brown Hydrogen

    It is created by a process called Gasification where the is coal/biomass/waste is used to heat water and break it down to oxygen and hydrogen. This type of hydrogen is also known as "town gas".
    The main advantage is the price, but there are huge disadvantages. Along with hydrogen and oxygen, during the Gasification process there are produced other harmful elements:
    CO2 - carbon dioxide, CO - carbon monoxide, CH4 - methane, C2H4 - ethylene

  • Grey Hydrogen

    It is created by a process called SMR - Steam Methane Reforming, where methane is used to heat water and break it down to hydrogen and oxygen. Theoreticaly, it can be more ecological than brown.
    Impact is almost same as above, but produces "only" two harmful elements:
    CO2 - carbon dioxide, CH4 - methane,

  • Blue Hydrogen

    To produce blue hydrogen, there are using combination of two methods. SMR as described above and CCUS - carbon capture, use and storage. Impact is also almost same as with grey hydrogen, but thanks to CCUS technology, there is no CO2.

  • Turquoise Hydrogen

    It is created using Molten Metal Pyrolysis, where natural gas is passing through a molten metal that cause releasing hydrogen and solid carbon.
    Solid carbon can be used for industrial applications, so it is seen as a lower carbon option.

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FAQ

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