Author: Anela Dokso

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,…

Andalusia’s hydrogen valley initiative, a bold move in Spain’s green energy landscape, recently received a hefty 304 million euros from the European Union’s Next Generation funds. This significant capital injection reflects the EU’s commitment to achieving long-term sustainability ambitions. The region, known for its attempts to spearhead hydrogen innovation, is poised to become a linchpin in Europe’s energy transition strategy. According to Spain’s Ministry of Ecological Transition, such initiatives align with broader European goals to bolster renewable energy sources. By 2030, Europe aims to significantly cut down carbon emissions, necessitating the introduction of green hydrogen as a viable alternative. Hydrogen,…

The world is witnessing a significant surge in electricity demand, driven by industrial expansion, rising air conditioning usage, electrification, and the proliferation of data centers. Global electricity consumption rose by 4.3% in 2024 and is expected to maintain a near 4% growth rate through 2027. This equates to a substantial increase in global electricity use, adding more than the equivalent of Japan’s entire consumption to the grid each year. Emerging and developing economies, with China at the forefront, are the primary contributors to this upswing. Factors Influencing Electricity Demand Multiple factors account for the burgeoning electricity demand. The acceleration is…

In recent geological studies, the Semail Ophiolite emerges as an intriguing subject due to its surface exposure to oceanic lithosphere rocks. Extensive research has been conducted in the southern areas, particularly within the Sultanate of Oman, revealing active serpentinization processes and the consequent natural hydrogen production. However, exploration in the northern part of this region, specifically within the Emirate of Ras Al Khaimah in the United Arab Emirates, has been relatively limited. This underexplored area presents significant potential for natural hydrogen resources, as highlighted by recent research efforts focusing on comprehensive surface gas measurements. The study conducted in this region…

Transport accounts for a significant 29% of Europe’s greenhouse gas emissions, so the spotlight on aviation’s contribution to climate issues has never been sharper. A key development has occurred within this context—Airbus’s much-touted hydrogen aircraft program has hit a major roadblock. Amidst earlier projections of launching hydrogen planes within a decade, Airbus’s recent announcement of delays starkly contrasts previous enthusiasms and presents a significant turning point for the industry. This situation is underscored by the €15 billion financial commitment that remains unprecedented despite market hesitance in developing a supporting hydrogen infrastructure. Hydrogen Challenges Airbus’s program envisioned positioning hydrogen as a…

With the European Union taking significant strides through initiatives like the Next Generation EU recovery plan, the hydrogen sector is set to play a key role in the continental energy transformation.

In a notable advancement within sustainable motorsport, HyDriven—a team of 30 students from the University of Twente and Saxion University of Applied Sciences—has engineered a hydrogen-powered race car that has achieved remarkable acceleration records.