Benefits of Green Hydrogen

Benefits of Green Hydrogen

Green hydrogen (H2) is a versatile energy carrier that can be applied to decarbonize d wide range of sectors. it can be used directly or"like e-methanol, e-ammonia, or e-fuels to replace fossil fuels, coal or gas.Only around 40% of global carbonin the form of its derivativesdioxide (c02) emissions originate from power generation which can be decarbonized via electrification, The other 60% of co2 emissionsoriginate from industry, mobility, buildings and others, These can be decarbonized via sector coupling, using green hydrogen and itsderivatives to make renewable energy available to those sectors. This is why the production of sustainable hydrogen is such a crucialissue.
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How does PEM Water Electrolysis work?

To limit climate change caused by the global increase in CO2 emissions, we need solutions for generating carbon-neutral and sustainable fuels. The generation of green hydrogen is achieved by electrolysis using renewable energy rather than producing it from natural gas results of CO2 emissions.
For our hydrogen electrolyzer system, we focus on PEM technology taking its name from the proton exchange membrane.
The membrane’s special property is that it is permeable to protons but not to gases such as hydrogen or oxygen.
The membrane takes on, among other things, the function of a separator that prevents the product gases from mixing.
Proton Exchange Membrane Electrolytic Cell

Our Hydrogen Serves Multiple Markets

To limit climate change caused by the global increase in CO2 emissions, we need solutions for generating carbon-neutral and sustainable fuels. The generation of green hydrogen is achieved by electrolysis using renewable energy rather than producing it from natural gas, which results in large amounts of CO2 emissions. For our hydrogen electrolyzer system, we focus on PEM technology taking its name from the proton exchange membrane. The membrane’s special property is that it is permeable to protons.
Ammonia/Ferilizer
Chemica
Transport
Power Generation
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Power Generation
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The FAQ of Hydrogen
What is the energy density of hydrogen compared to conventional fuels?
What is hydrogen?
Is hydrogen a rare element?
At what temperature does hydrogen gas turn liquid?
How can the energy stored in hydrogen be used?
Do we have enough experience in the production and use of hydrogen?
How can hydrogen be produced?
Which processes exist today for producing hydrogen?
How can hydrogen be stored?
Why is the compression or liquefaction of hydrogen needed?
What pressures are common in compressed gas storage?
How can hydrogen be transported?
Is hydrogen toxic or poisonous?
How dangerous is the use of hydrogen?
What is being done to prevent the formation of an explosive hydrogen-air mixture?
Is it true that hydrogen cannot be stored safely?
What are the dangers regarding a hydrogen gas leak?
How does electrolysis work?
What kind of electrolysis systems exist?
What does PEM stand for?
What are the differences between the electrolysis systems?
What are the benefits of PEM electrolysis systems?
How much water is needed for PEM electrolysis?
How much energy is necessary to produce 1kg of hydrogen with electrolysis?
In which sectors is hydrogen used in particular?
What possible industry applications exist for hydrogen today?
How much hydrogen is required to drive 100km with a medium sized car?
How long does it take to refuel a fuel cell electric vehicle?
What are the specific advantages of combining electricity from renewable energies and hydrogen?
Is hydrogen only a temporary solution?
What are the main components of the energy mix for hydrogen production?
What are the so called ‘green’, ‘grey/brown’ and ‘blue’ hydrogens?
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