**Marine Hydrokinetic Turbines and Fish Behavior: A Delicate Balance**
Researchers from the Pacific Northwest National Laboratory and the University of Washington have been studying the interaction between fish and marine hydrokinetic (MHK) turbines
Balancing Energy and Ecology: Fish Behavior and Marine Hydrokinetic Turbines Read More »
**Harnessing the Power of the Sun: New 2D Materials for Efficient Hydrogen Production**
Researchers from the University of California, Berkeley, and Lawrence Berkeley National Laboratory have made significant strides in the quest for efficient solar
Revolutionizing Solar Hydrogen: 2D Materials Breakthrough Read More »
In the sun-scorched expanses of California’s Salton Sea region, a silent, invisible pollutant has long evaded comprehensive monitoring. Ammonia (NH₃), a key player in atmospheric chemistry, has remained understudied due to its short lifespan and patc
Caltech’s Breakthrough Maps Ammonia Pollution in California’s Energy Heartland Read More »
In a groundbreaking study published in the journal *Ahead in Space Technologies*, researchers have outlined a visionary plan for industrializing the Earth-Moon system, with a focus on establishing a space factory at the Lagrange point L5. This ambiti
Lagrange Space Factory Vision: Moon & Asteroid Resources to Power Earth’s Energy Future Read More »
In a groundbreaking study published in the journal *Engineering Results*, researchers have shed light on the environmental and economic viability of the Singapore-Rotterdam green shipping corridor, a pioneering initiative aimed at reducing greenhouse
Singapore-Rotterdam Green Corridor: E-Methanol Shines as Net-Zero Shipping Fuel Read More »
In the sun-scorched landscapes where solar farms thrive, a persistent foe lurks: dust. This seemingly innocuous nuisance cloaks photovoltaic (PV) panels, choking their efficiency and inflating operational costs. But a novel solution, born in the labo
Morocco’s Dust-Busting Solar Innovation Slashes Cleaning Costs Read More »
In the burgeoning world of offshore wind energy, the quest for stable and efficient foundations has led researchers to focus on suction caissons, a technology that is increasingly becoming the go-to choice for deep-water constructions. A recent study
Offshore Wind Foundations: Suction Caissons’ Stability Secrets Unveiled Read More »
In the pursuit of more efficient and cost-effective solar power technologies, a team of researchers led by Rafael Pérez-Álvarez from the Department of Thermal and Fluids Engineering at Carlos III University of Madrid has made significant strides. The
Madrid Team’s Bayonet Breakthrough Boosts Solar Power Efficiency Read More »
In the arid landscapes of Saudi Arabia, where freshwater is a precious commodity, a groundbreaking study offers a promising solution to the dual challenges of energy and water security. Published in the *International Journal of Thermofluids*, the re
Saudi Arabia’s Solar-Wind Desalination Breakthrough Slashes Costs Read More »
In the lush, tropical landscapes of southern Thailand, a novel approach to sustainable energy is taking root, quite literally. Researchers have found a way to transform rubberwood waste into a high-energy, low-emission biofuel, offering a promising s
Thailand’s Rubberwood Waste Transforms into Green Energy Goldmine Read More »
