- ACWA Power Inks 27 Strategic Deals Covering Hydrogen, Storage and Desalination
- Aypa Power Secures $1.5 Billion Debt Facility to Accelerate Utility-Scale Battery Deployment
- Chile Revises National Green Hydrogen Strategy, Shifts Focus from Exports to Domestic Consolidation
- Epic Energy Advances Lithium Ion Battery Recycling as India’s EV Waste Stream Accelerates
Author: Arnes Biogradlija
Empire State Development (ESD) recently revealed that Toyota Material Handling North America (TMHNA) will establish an advanced energy storage solutions research and development (R&D) center in Henrietta.
Fuel cell electric buses (FCEBs) have taken the transit industry by storm, with a remarkable 75% increase in their presence within transit fleets over the past year.
Germany’s ambitious project to establish a hydrogen “core” network has sparked controversy among critics who argue that the proposed network is oversized and may lead to unnecessary costs.
Toyota Gazoo Racing has been at the forefront of advocating for the introduction of hydrogen-powered cars in the FIA World Endurance Championship (WEC), a move that could significantly impact the lifespan of the GR010 Hybrid.
Verdagy and Samsung Engineering have unveiled a joint development and marketing agreement, marking a milestone in the green hydrogen industry.
Coates International is on the cusp of conducting tests on its cutting-edge natural gas and hydrogen (H2) (HHO) CSRV 250 KW Electric Power Generator and Hydrogen (H2) (HHO) reactor, propelling the realm of green energy technology into a new era of innovation.
S&B has completed the largest electrolytic liquid hydrogen production facility in the United States.
Six eastern German states have unveiled an initiative focused on the production and utilization of renewables-based hydrogen to spearhead the green energy transition.
PowerCell is poised to enter the next phase of its partnership with ColGar Energy, a British company specializing in sustainable energy solutions and a subsidiary of the renowned Vantastec Group.
Scientists at The University of Texas at Austin are delving into the realm of natural catalysts to extract hydrogen gas from iron-rich rocks, heralding a potential breakthrough in the energy transition with minimal carbon emissions.
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