Global Tides and Local Winds: The Philippines’ Renewable Energy Journey Amidst Global Challenges
The Philippines aims to increase renewable energy's share from 22% to 35% by 2030, expanding its renewable capacity by 5 gigawatts by 2028. Geopolitical shifts and challenges, such as elevated…
The Rising Tide of Renewable Energy in Asia: A Bright Future Amid Global Uncertainties
Asia is embracing renewable energy despite geopolitical tensions and US policies favoring fossil fuels, showing strong regional cooperation... Key players like China, Japan, Korea, and India lead in solar and…
The Underestimated Power Shift: How Asia is Quietly Leading the Renewable Energy Revolution
Asia leads a global shift toward renewable energy, countering Western hesitance and focusing on sustainability. Nations like the Philippines, China, Japan, and South Korea spearhead advancements in solar and wind…
The Unstoppable Surge of Renewable Energy in Asia Amid Global Turmoil
The Philippines, led by Citicore Renewable Energy Corp., aims to establish 5 gigawatts of renewable capacity by 2028, highlighting its leadership in Asia's energy transformation. Despite global uncertainties and past…
The Future of Hydrogen: A Revolutionary Leap with New Photocatalysts
Scientists achieved a breakthrough in producing hydrogen fuel through photocatalytic water splitting using sunlight, offering a carbon-neutral energy alternative. An innovative ultrathin two-dimensional "Janus" material facilitates efficient water molecule splitting…
The Hydrogen Revolution: Breakthrough Material Doubles Energy Efficiency, Transforming Solar Power
Breakthrough in hydrogen energy production with ultrathin, two-dimensional materials. Innovative Janus structure enables versatile performance across various pH levels in photocatalysis. New material doubles solar-to-hydrogen (STH) efficiency by overcoming bandgap…
The Breakthrough Material Doubling Efficient Energy Production Across the pH Spectrum
Hydrogen fuel's current production from methane limits its role as a carbon-neutral option, similar in emissions to gasoline. Photocatalytic water splitting using sunlight offers promise but faces challenges with pH…
Revolutionary Material Unlocks New Pathways for Clean Hydrogen Energy
A groundbreaking material has emerged, revolutionizing photocatalytic water splitting for clean hydrogen fuel production. This ultrathin, two-dimensional Janus structure creates an intrinsic electrical field through out-of-plane polarization, enhancing efficiency. The…
This Breakthrough Material Could Revolutionize Hydrogen Production
An innovative Janus structure material has been developed, enhancing hydrogen production efficiency without a carbon footprint. This ultrathin, asymmetric material exhibits an intrinsic electrical field, excelling in varied environmental conditions…
Breakthrough Material Brings Us One Step Closer to a Greener Hydrogen Future
A new two-dimensional material with a Janus structure enhances photocatalytic hydrogen production, promising a cleaner energy future. This material overcomes traditional challenges in water splitting, significantly boosting solar-to-hydrogen (STH) efficiency.…