.png){kind=spacer}
HYDROGREEN is developing Higher Efficiency Green Hydrogen production technology
Hydrogreen Energy Inc. is involved in Research & Development work to build a large scale economical Green Hydrogen Electrolyzer prototype that will work with Solar Energy to provide a conversion efficiency of at least 70%, as current efficiencies of Solar to Hydrogen electrolyzers are around 15-20%. Hydrogreen plans to make investment to develop cost-effective electrolyzers for economical production of green hydrogen. According to Precedence Research, the global green hydrogen market size is expected to surpass over US$ 100 billion before next decade.
There are three types of Hydrogen; Grey, Blue and Green. Grey Hydrogen- the most common form of hydrogen, is made from fossil fuels which releases carbon dioxide to the atmosphere. Blue Hydrogen is made in similar process as grey, except that carbon dioxide is captured which adds technical challenges and a big increase in cost. Green Hydrogen, the Energy of the future is a net-zero world where all our electricity and fuel is produced by renewable energy and emission-free sources.
Green hydrogen can be used with fuel cells to power anything that uses electricity including automobiles and electronic devices. Hydrogen-powered vehicles don't need charging like a Battery-Electric cars. They can be refueled with hydrogen gas, pumped in the same safe and convenient way as conventional gasoline or diesel car. Filling up a tank takes the same amount of time too, between 3-5 minutes for an automobile.
Currently the cost of Green Hydrogen, at $3.70/kg, is more expensive for auotmobile use than gasoline or electric battery. However, Investments to the tune of $10 trillion in the hydrogen sector are bringing the cost of Hydrogen fuel down to less than $1.00/kg in next decade and disrupt the energy sector, according to the analyst group Rethink Energy. Green Hydrogen will be the fuel of the future for automobiles. Numerous studies have shown that increasing the Solar to Hydrogen conversion efficiency is a significant step in reducing Green Hydrogen generation cost. Hydrogreen's research focuses on reducing the current production cost of Green Hydrogen by improvement the Photovoltaic-Electrolysis system efficiency by minimizing the water splitting voltage and deploying high efficiency eletrocatalysts in the electrolyzer. Hydrogreen plans to develop a prototype with hybridization of semiconductor oxide photoelectrodes, such as TiO2, WO3, BiVO4, etc, with noble metals which can provide enhancement of photo electrochemical performance and an overall solar to hydrogen conversion efficiency greater than 70%.
Green hydrogen can be used with fuel cells to power anything that uses electricity including automobiles and electronic devices. Hydrogen-powered vehicles don't need charging like a Battery-Electric cars. They can be refueled with hydrogen gas, pumped in the same safe and convenient way as conventional gasoline or diesel car. Filling up a tank takes the same amount of time too, between 3-5 minutes for an automobile.
Currently the cost of Green Hydrogen, at $3.70/kg, is more expensive for auotmobile use than gasoline or electric battery. However, Investments to the tune of $10 trillion in the hydrogen sector are bringing the cost of Hydrogen fuel down to less than $1.00/kg in next decade and disrupt the energy sector, according to the analyst group Rethink Energy. Green Hydrogen will be the fuel of the future for automobiles. Numerous studies have shown that increasing the Solar to Hydrogen conversion efficiency is a significant step in reducing Green Hydrogen generation cost. Hydrogreen's research focuses on reducing the current production cost of Green Hydrogen by improvement the Photovoltaic-Electrolysis system efficiency by minimizing the water splitting voltage and deploying high efficiency eletrocatalysts in the electrolyzer. Hydrogreen plans to develop a prototype with hybridization of semiconductor oxide photoelectrodes, such as TiO2, WO3, BiVO4, etc, with noble metals which can provide enhancement of photo electrochemical performance and an overall solar to hydrogen conversion efficiency greater than 70%.
.jpg)
Connect with HYDROGREEN
To learn more, please fill out the form below
TERMS OF USE: By using our website, you accept our terms in full. If you disagree with our terms, then you must not use our website. We do not warrant or guarantee the accuracy of the information on this website. This website contains “forward-looking statements.” Forward looking statements are based on certain assumptions, and are subject to various known and unknown risks and uncertainties, many of which are beyond the Company’s control, and cannot be predicted or quantified anot are not guarantees of any future performance by the Company. Consequently, actual results may differ materially from those expressed or implied by such forward-looking statements. To the maximum extent permitted by applicable law we exclude all representations, warranties and guarantees relating to this website and the use of this website, including, without limitation, any warranties implied by law of satisfactory quality, fitness for purpose and/or the use of reasonable care and skill. We will not be liable to you in respect of any losses arising out of your business losses, damage to profits, losses due to corruption of data or software, any indirect, punitive, or consequential losses, or any losses arising out of any omissions or acts of third-party service provider. The Company makes no representation or warranty regarding the accuracy, fitness, or completeness of the contents in this website.