- Spain Expands Electricity Grid Strategy to Meet Surging Hydrogen and Renewable Demand by 2030
- MOL Group Advances Petrochemical Circularity with Certified Plastic-Waste Feedstock Trial in Hungary
- Jordan and China’s UEG Launch $1.15B Feasibility Study for Large-Scale Green Hydrogen Project
- Stargate Hydrogen and Saudi RDI Forge Partnership to Advance Green Hydrogen Innovation
Author: Anela Dokso
A recent report from the National Grid Electricity System Operator (ESO) underscores a pressing call for a £50 billion capital infusion to ensure the UK electricity grid keeps pace with future demand.
The Energy Generating Authority of Thailand (EGAT) has embarked on an important mission with the study of small modular reactors (SMRs).
Morocco’s green hydrogen pilot project has secured a $32 million grant, according to market intelligence firm MEED.
The Western Australian government’s latest strategic move in the energy sector involves a major investment to encourage the adoption of residential battery storage systems.
TransGrid has acquired financing totaling $1.4 billion dedicated to the advancement of battery storage projects in Arizona.
Hyundai Motor is intensifying its involvement in the highly competitive electric vehicle (EV) battery sector by establishing a new research center focused on battery development.
Chinese researchers have achieved a phenomenal solar hydrogen production efficiency rate, setting a new benchmark at an impressive 10.36 percent. This breakthrough, maintained consistently over a month, underscores the potential for scaling green hydrogen production to meet global energy demands. The research, spearheaded by scientists at the University of Science and Technology of China and Wuhan University, utilized a novel structure of silicon-based gallium nitride nanowires as a photoelectrode. This advanced design signifies a critical leap forward in solar hydrogen production, allowing stable output for more than 800 hours at elevated current densities. This structural innovation addresses long-standing issues in…
Underground hydrogen storage (UHS) emerges as a viable contender, offering substantial-scale, long-term energy storage capabilities. However, a pertinent issue lingers—ensuring the effective recovery of stored hydrogen. In subsurface storage environments, various geochemical reactions may lead to significant hydrogen loss, thwarting the potential effectiveness of UHS systems. According to recent research, including a detailed study published on February 22, 2025, the integration of advanced geochemical modeling and unsupervised machine learning offers innovative pathways to address these complexities. This study applies non-negative matrix factorization (NMF), a sophisticated machine learning method, to analyze simulated geochemical reactions within hydrogen storage scenarios. A critical example…
Prime Minister Sir Keir Starmer has disclosed a £200 million investment plan aimed at transforming Grangemouth’s industrial landscape. This announcement underscores the UK government’s commitment to directing resources towards fostering Scotland’s industrial evolution and energy future, a sentiment echoed during Sir Keir’s speech at the Scottish Labour conference in Glasgow.
The recent formalization of a €7.6 billion agreement between APPL Hydrogen Limited (AHL) and LONGi Green Energy Technology Company Limited marks a significant leap in Nigeria’s green hydrogen landscape. Slated for the Liberty Free Trade Zone in Akwa Ibom State, this venture firmly places Nigeria on the roadmap toward sustainable and renewable energy solutions. The project aligns with the global shift towards cleaner energy alternatives, with the Federal Government committed to driving the country’s transition to green energy. Key figures in the agreement, such as Engr. Idara Ekpo of APPL Hydrogen and Francois Cui, Vice President of LONGi – Europe,…
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