- Norway’s Hyfuel and Kaupanes Projects Reach FID
- Plug Power Starts 5 MW Electrolyzer Installation at H2 Hollandia
- EU Mobilizes Billions to Accelerate Renewable and Low-Carbon Fuels in Aviation and Shipping
- Electromobility in the Western Balkans: Bosnia and Herzegovina Confronts Policy and Infrastructure Gaps
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Brazil, a global powerhouse in the energy sector, is contemplating a significant move to grant tax incentives for the production of green hydrogen.
Smoltek Nanotech Holding AB (publ) has achieved a pivotal milestone by securing a new patent. This newly granted patent introduces a novel concept termed “Electro Catalyst Support,” aimed at revolutionizing the realm of green hydrogen production.
In a groundbreaking endeavor to address emissions in the energy sector, the Donaustadt power plant in Vienna, Austria, has embarked on an operational test involving the blending of hydrogen (H2) with the conventional energy source, natural gas.
Thyssengas and Stadtnetze Münster are collaboratively orchestrating the expansion of their hydrogen pipeline networks.
HyIron’s Breakthrough in Climate-Neutral Iron Production with  Hydrogen Plant in Lingen
With the inauguration of the world’s largest direct reduction plant for green iron, powered solely by green hydrogen, HyIron is paving the way for climate-neutral iron production. This landmark achievement not only tackles emissions but also heralds a new era of sustainable steelmaking.
Santa Catarina, Brazil, has witnessed the launch of its first Green Hydrogen plant, located within the Photovoltaic Laboratory of the Federal University of Santa Catarina (UFSC).
Grand Blanc Township in Michigan is poised to become home to what could be the largest hydrogen storage manufacturing facility in the United States.
EDF Renewables UK and its subsidiary Hynamics have advanced to the final stages of the government’s Net Zero Hydrogen Fund for their Tees Green Hydrogen initiative.
ZeroAvia has joined forces with UAE-based renewable energy frontrunner, Masdar. The partnership marks a pivotal collaboration aimed at charting the course for hydrogen production and supply, laying the groundwork for a new era of clean flight operations.
NewHydrogen, through an innovative collaboration with UC Santa Barbara’s leading chemical and materials engineers, aims to develop an efficient thermochemical method for splitting water into affordable green hydrogen.
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