Licube Targets Fusion Fuel Bottleneck with Lithium-6 Separation Tech
Licube, a Japanese startup utilizing technology licensed from Hirosaki University, is developing an electrolytic process to isolate lithium-6 for fusion energy fuel production.
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Ultrathin Platinum Coatings Could Cut Electrolyzer Hardware Costs, Study Finds
Experiments at TU Wien demonstrate that protective platinum layers on electrolyzer bipolar plates can be reduced to 24 nanometers without failing under electrochemical stress.
University of Houston Researchers Design Modular Carbon Capture Systems for AI Power Plants
Researchers at the University of Houston have developed shipping container-sized carbon capture units engineered to curb emissions from power plants supplying AI data centers.
UC San Diego Engineers Use Temporary Liquid Phase to Improve Perovskite Solar Cells
A research team co-led by UC San Diego has developed a solid-liquid-solid crystallization method using a temporary eutectic mixture, boosting perovskite solar cell efficiency to 26% while reducing defects.
Concordia Researchers Formulate Lower-Carbon Cement Using Aluminum Waste and Dredged Sediment
Researchers at Concordia University have developed a method using aluminum refining waste and dredged sediment to produce low-carbon cement, potentially reducing emissions by up to 50 percent.
Direct Measurement Method Uncovers Major Efficiency Discrepancies in Water-Based Thermocells
A study from National Taiwan University demonstrates that direct measurement of heat flux in thermogalvanic cells reveals significant flaws in legacy calculation methods, while showing that tilting cells at 60 degrees suppresses parasitic convection.
University of Córdoba Researchers Boost Solar Green Hydrogen Yields With Modified Photocatalysts
Researchers at the University of Córdoba have refined solar-powered green hydrogen production by combining titanium dioxide with finely dispersed, heat-treated metals such as copper.
Researchers and Daicel Develop Cellulose Sorbent to Capture Lead from Solar Cell Waste
A research team from Japanese universities and Daicel Corporation developed a modified cellulose sorbent capable of extracting over 99% of lead from methanol-based solar cell recycling waste.
