Green hydrogen is anticipated to be one of the main beneficiaries of this financial excess in the upcoming years due to the high oil prices that allowed traditional energy businesses to store huge quantities of capital that are now being absorbed into the cleantech industry.
Green hydrogen as an energy carrier is once more generating a lot of interest in both the scientific and political worlds. It offers a flexible substitute for non-renewable fossil fuels, has a high energy density, can be stored as a gas or a liquid, and is relatively simple to transmit via pipeline.
Researchers from UNSW Sydney have created an algorithm that greatly improves photographs of hydrogen fuel cells, with possible uses in the future of medical imaging.
Prasanta Sarkar made the decision to stay behind and work on a problem while on a lengthy backpacking trip through India. He joined Entrepreneur First and immediately clicked with Rochan Sinha. They jointly established Newtrace in 2020 to create a new category of “membrane-less” electrolyzers and to make a dent in the market for “green hydrogen,” which at the moment only accounts for a tiny fraction of the 6 to 7 million tonnes of hydrogen produced in the nation each year, all from fossil fuels.
According to the Energy Industries Council (EIC), the world’s top trade organisation for energy-independent businesses, the growth of a viable hydrogen industry that aids in the achievement of net zero ambitions in the UK and abroad depends on significant legislative reforms.
The broad alliance attempting to quicken the port of Rotterdam-based importation of hydrogen from Australia has grown stronger.
Globaldata estimates that the electrolyser pipeline will be above 1065 GW by the end of 2022. According to a Zawya estimate, the overall installed capacity of the world was just 300 megawatts (MW), and the total production capacity was only 2 GW globally in 2020.
In a recent interview with EnergyNews, Seky Chang, a Korean transportation expert, discussed how he has concentrated on developing hydrogen-based transportation solutions.
A German project to increase the use of clean energy for home heating is on track to heat certain homes in the southwest of the nation with 30% “green” energy blended with natural gas in the coming weeks, according to the project’s sponsor.
A Green Hydrogen Esslingen project demonstrates how energy-intensive green hydrogen production must be coordinated across industries in order to be commercially viable, including waste heat recovery, natural gas replacement, and energy-efficient operation.
