Green Hydrogen is produced by splitting water using electricity generated from the renewable energy or low-carbon sources. The Green Hydrogen is a clean burning fuel that eliminates emissions by using renewable energy to electrolyse water, separating the hydrogen atom. The process of electrolysis process requires water and a big electrolyser and plentiful supplies of electricity with which the electricity comes from renewable sources, then the hydrogen is the Green Hydrogen. (Refer to the Photoelectrolysis Hydrogen Production; Blue Hydrogen)
Related Definitions in the Project: The Hydrogen Fuel Cell; Element and Substance
Example Article of the Green Hydrogen:
The Middle East Is Looking To Dominate The Green Hydrogen Market (Source: Oil Price on 16 March 2023): By Felicity Bradstock - While many countries across the Middle East are continuing to pursue oil and gas agendas, responding to the strong global demand for fossil fuels, several countries across the region are also investing heavily in renewable alternatives. For many countries, such as Saudi Arabia and the UAE, oil and gas continue to provide the revenues to support a strong economy and contribute to their national funds to ensure their wealth for the future. However, leaders across the region are aware that oil and gas will not be the main economic drivers forever, and many are now attempting to diversify their economies and expand their non-oil sectors. With extensive experience in energy, the Middle East is seen as the perfect location to develop green energy operations, from green hydrogen to wind and solar power, ensuring the future of the region’s energy security as well as its position on the energy stage of the future. ...
Kazakhstan Makes $50 Billion Bet On Green Hydrogen (Source: Oil Price on 31 October 2022): By Eurasianet - Best known as an oil and gas hub, western Kazakhstan hopes to become a leading global exporter of clean energy. The government has signed a $50 billion deal with European renewables group Svevind to build one of the world’s five largest green hydrogen production facilities in Mangystau Region, President Kassym-Jomart Tokayev’s office announced on October 27. Hyrasia One will use electricity generated by solar panels and wind turbines to separate hydrogen gas from water. It aims to start production by 2030 and produce 2 million tons annually from 2032. That is equivalent to one-fifth of the EU’s 2030 target for green hydrogen imports – although there would be logistical challenges transporting the gas from Kazakhstan to Europe. ...
The Commercial Case For Green Hydrogen (Source: Oil Price on 21 October 2021): As the world has grown to recognize the seriousness of climate change and the ever-intensifying need to develop new forms of green, clean, energy production, there have been a number of new technologies that have been hyped up in the headlines as the energy of the future, but which never quite got out of the R&D stages. Think algal biofuel, which was all over the news for years, touted as a sort of green-energy silver bullet but which has never been able to reach anything close to commercial viability. Nuclear fusion, too, continues to be the subject of endless news reports and think pieces, but is still lightyears away from being a viable means of energy production. And now, the viability of another green energy wunderkind is being thrown into question: green hydrogen. ...
