The novel technology embodies significant advantages compared to other processes for producing green hydrogen, and its development into a commercial innovation is most likely to minimize the costs and accelerate the use of green hydrogen as a clean, sustainable option to fossil fuels.Using hydrogen as a fuel rather of coal, gas, and “natural” gas will reduce the use of these fuels and greenhouse gas emissions from different sources, consisting of transport, the production of chemicals and products, and commercial heating. Credit: TechnionNearly all of the hydrogen that is taken in today is produced from fossil fuels, which is why it is called “gray hydrogen” (made from methane) or “black hydrogen” (made from coal). Replacing gray hydrogen with green hydrogen is essential in order to decrease this significant source of emissions and change polluting fossil fuels with tidy, sustainable hydrogen.Various estimates forecast that green hydrogen is most likely to account for around 10% of the worldwide energy market at net no emissions– the present target for reducing environment change and global warming as a result of the greenhouse impact due to increased concentration of carbon dioxide in the environment. That is the reason for the enormous value of green hydrogen in combatting worldwide warming.Technological Advances in ElectrolysisGreen hydrogen is produced through electrolysis– electrochemical decomposition of water into oxygen and hydrogen using energy from renewable sources such as wind and sun.
The novel innovation embodies considerable advantages compared to other processes for producing green hydrogen, and its development into a business innovation is likely to decrease the costs and accelerate the usage of green hydrogen as a clean, sustainable alternative to fossil fuels.Using hydrogen as a fuel instead of coal, gas, and “natural” gas will reduce the usage of these fuels and greenhouse gas emissions from numerous sources, consisting of transport, the production of products and chemicals, and industrial heating. Credit: TechnionNearly all of the hydrogen that is taken in today is produced from fossil fuels, which is why it is called “gray hydrogen” (made from methane) or “black hydrogen” (made from coal). That is the factor for the huge significance of green hydrogen in combatting worldwide warming.Technological Advances in ElectrolysisGreen hydrogen is produced through electrolysis– electrochemical decay of water into oxygen and hydrogen utilizing energy from sustainable sources such as wind and sun.
