- Saudi Arabia Expands Grid Flexibility Strategy With 12 GWh Battery Storage Tender Under NREP
- China’s Coal Heartland Faces Structural Reckoning as 15th Five-Year Plan Reshapes Energy Strategy
- India Targets 5 Million Tonnes of Green Hydrogen by 2030 as China Scales Faster and Costs Fall Toward $2 per Kilogram
- Ireland Moves to Remove Dual Grid Fees for Storage as 80 Percent Renewables Target Raises Urgency
Author: Anela Dokso
Fortescue’s $3.6 billion green hydrogen project in Brazil has taken a significant step forward with the recent approval from the Brazilian government for its first phase in Ceará.
The Green Hydrogen Project in Egypt has received a significant financial boost in the form of a $33 million grant.
Scientists from Nanyang Technological University (NTU) Singapore and Imperial College London have formed a strategic partnership aimed at advancing green fuel cell technology.
E.ON Hydrogen has chosen ANDRITZ to conduct an engineering study for its new green hydrogen electrolyzer plant located in Essen, Germany.
Enagas has launched a campaign to find customers for its new green hydrogen corridor, known as H2Med.
Australia is making strides in renewable energy with the groundbreaking of a significant hydrogen plant in Wodonga, Victoria.
The patent outlines an innovative catalyst structure designed for the oxidation of hydrogen in the air. The structured catalyst aims to enhance the efficiency and safety of hydrogen oxidation processes, a crucial aspect in various industrial applications and environmental technologies.
The Hungarian Ministry of Innovation and Technology has issued a new tender titled “National Hydrogen Infrastructure Development Program.”
CB&I, operating as an unrestricted subsidiary of McDermott, has secured a significant contract from the Saipem Clough joint venture to execute the engineering, procurement, and construction (EPC) of ammonia storage and various process tanks for the Perdaman Chemicals and Fertilisers Urea Plant in Western Australia’s Burrup Peninsula.
Direct air capture, a process that removes CO2 directly from the atmosphere, is a more cost-effective way to reduce carbon emissions than using green hydrogen, according to a study by researchers at Harvard University.
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