Hydrogen Energy– category –
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India Faces Delays in Green Hydrogen Goals, with Sub-10,000 Tonne Capacity Against 5 MTPA by 2030, Accelerating SIGHT Scheme for Progress
Business Standard India Overview India targets 5 million tonnes per annum (MTPA) of green hydrogen production by 2030, but current operational capacity is less than 10,000 tonnes, signaling significant delays. Project setbacks stem from ... -
Global Electrolyzer Manufacturing Capacity Reaches 8-10 GW/Year, Requiring 100-200 GW Annual Addition to Meet 2030 Green Hydrogen Targets
Vertex AI Search (Google Cloud) Global Overview Global electrolyzer manufacturing capacity has expanded to 8-10 GW per year, yet 100-200 GW of new capacity is needed annually to meet 2030 green hydrogen production goals. Ambitious gigawa... -
OMV Petrom’s Robust H1 2026 Results Bolster Green Energy Pivot
OMV Petrom Romania Overview OMV Petrom has reported strong group financial results for the first half of 2026, underscoring solid operational performance and financial stability. This robust fiscal health is critical for accelerating the... -
Hydrogen Fuel Cell Leader Plug Power Sustains High Social Media Engagement, Indicating Robust Market Interest
TickerTalks USA Overview Plug Power Inc. (PLUG) garnered over 630 social media mentions in the past seven days, highlighting sustained high market interest and active discussion surrounding the company. This significant digital engagemen... -
DTU Advances Maritime Hydrogen Safety with Novel Assessment Method and Simulation-Based LH2 Tank Design
DTU Research Database Denmark Overview The Technical University of Denmark (DTU) has developed a novel methodology for the comparative safety assessment of hydrogen in maritime applications, aiming to accelerate its safe and widespread a... -
Ca2+ and Mg2+ Contamination Scaling in Chlor-Alkali Electrolyzers Leads to Increased Cell Voltage, Reduced Efficiency, and Membrane Degradation, Causing Unplanned Shutdowns
Hefei Sinopower Technologies Co., Ltd. China Overview Contamination by calcium (Ca2+) and magnesium (Mg2+) ions in chlor-alkali plant electrolyzers causes significant operational problems. These impurities form scale within the electroly... -
UCLA Researchers Develop ‘Alkaline Thermal Treatment’ (ATT) to Directly Convert Unsorted Plastic Waste into 90%+ Pure Hydrogen Fuel at 300-400°C Lower Temperatures, Capturing 75% Carbon as Solid Byproduct
ScienceAlert USA Overview UCLA researchers have developed "Alkaline Thermal Treatment" (ATT), an innovative method that directly converts three common types of unsorted plastic waste into hydrogen gas with over 90% purity. This process o... -
Germany’s ZBT: A European Powerhouse Advancing Hydrogen and Fuel Cell Technologies for Industry
ZBT - Center for Fuel Cell Technology Germany Overview Germany's ZBT (Hydrogen and Fuel Cell Center) stands as a pivotal European research institution, spearheading advanced R&D in fuel cells, hydrogen technologies, and electrolysis.... -
India’s Green Hydrogen Challenge: Annual Demand of 6 MMT vs. Production Under 20,000 Tons, but 60% Electrolyzer Cost Reduction Opens Vast Opportunities in Fertilizers, Refining, and Steel
NIIR Project Consultancy Services (NPCS) India Overview India's annual hydrogen demand currently stands at 6 million metric tons (MMT), predominantly "grey hydrogen," with domestic green hydrogen production capacity remaining below 20,00... -
Australian Engineers Develop Water-Free Fuel Cell Membrane Operating Bone Dry at 250°C (482°F), Eliminating Water Management Systems and Boosting Efficiency
Autonocion.com (discussing research) Australia Overview Australian engineers have developed a groundbreaking water-free fuel cell membrane that operates at an unprecedented 250°C (482°F) in a completely dry state. Traditional fuel cells ...
