Clarifying the Distinction between Blue and Green Hydrogen

Blue and Green Hydrogen

Almost every intellectual individual is well-known for the fact that #Hydrogen is widely acknowledged as the most plentiful substance found in the universe. Moreover, it has also earned the title of being the most profuse element that exists in the modern world.?

Ever since this naturally occurring gas has come into the big picture, the prime matter of concern always remains the same. Does it potent enough to dodge severe climatic conditions? Does it hold the ability to revolutionize global needs and eliminate #CarbonEmissions entirely??

Let's clarify its potential and the further distinction between Blue and Green Hydrogen. When Hydrogen undergoes combustion, heat energy becomes the end result in addition to water formed as a byproduct. This extraction is what enables this myriad gas to act as an environmentally friendly natural resource. Thus, in the whole combustion process, adverse climatic concerns, including ozone layer depletion, #GlobalWarming, and others, are not all promoted since it does not emit carbon dioxide into the air. Being considered one of the best chemical elements, this sustainable source of energy is an indirect product of greenhouse gas and is capable of generating three times more energy per unit weight of fuel compared to petrol and almost seven times more energy than #coal, which claims it to be a highly efficient alternative to #FossilFuels.?

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One of Hydrogen's boons is its flexibility: either it can be stored or liquefied, or its transportation through pipelines, trucks, and ships to its final destination is no big deal.?Secondly, its chemical properties enable it to act as a most substantial element, encompassed when transferring heat energy from renewable sources.??

Concept of Hydrogen

Similarly, the concept of Hydrogen came into existence and was even adopted by some market players in the automobile industry when the government authorities of several nations sparked a movement to go green and maintain cleanliness, which led to the introduction of hydrogen-based vehicles as a new ideology. Apart from this, out of the long list of beneficial aspects of Hydrogen, one of them is its prowess to be incorporated into #FuelCells in an effort to give rise to electricity for transportation, power production, as well as home heating purpose.

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What is Green Hydrogen?

This is the most commonly used method for extracting Hydrogen, which is also termed electrolysis. This involves passing electricity through a substance to generate a chemical reaction. By using this approach, we can segregate water (#H2O) into its two components - Hydrogen and #oxygen. The ultimate power that fuels the electrolysis process is derived from various sources of renewable energy, including wind, water, and solar, which is then acknowledged as #GreenHydrogen. Moreover, the high cost incurred during the underperformance of the activity is hindering its production, which is a significant bane. Apparently, the standard cost incurred on the production ranges from 5.5-6 #USD per kilogram.

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What is Blue Hydrogen?

Another major byproduct of the abundant element, which is known as #BlueHydrogen, is formed while mixing natural gas with steam and a catalyst through a process known as steam methane reforming. Hydrogen and carbon monoxide are generated using this approach, and water is a definite requirement for the conversion to produce more Hydrogen by experimenting with #CarbonMonoxide. In this manner, when carbon dioxide emissions are trapped and stored underground, the methodology is deemed carbon-neutral, and the Hydrogen that is formed as an end result is alluded to as "blue hydrogen."?

However, one of the severe pros is that it is most commonly found making the news headlines since, during the extraction, drilling, as well as transportation, there is a high chance of mishappening, such as leakage, which may result in the formation of Methane Gas. Regardless of possessing a low continuance whenever compared to carbon dioxide, it is considered to be one of the most powerful gasses of the greenhouse gas family. The average cost bared by a large-scale manufacturing company ranges from 2.8-3.5 USD for every kilogram.

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Final Remarks

On a concluding note, Hydrogen is viable for creating a big difference in several eminent industries, notably the automotive and aerospace sector. To use it in an effective manner, either it is used to give birth to heat #energy by underperforming combustion, or it is beneficial to produce #electricity in a large amount by going into a hydrogen fuel cell. Not only it holds the ability to offer lucrative, but the dominant manufacturers are now considering producing Green and Blue Hydrogen without performing any error that may provoke the emissions of carbon dioxide in large quantities, which is definitely one of the best news conceived by the #Transport, #PowerGeneration, Heating #Buildings, and other major industries.

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