A novel Mg-Al hydrotalcite catalyst achieves 98.79 % biodiesel yield in 15 minutes, revolutionizing green fuel production with enhanced efficiency and stability.
Researchers created a novel hydrogel with enhanced mechanical properties and self-healing capabilities, potentially transforming materials for biomedical use.
Innovative chlorination method using iron and sulfur catalysts at Rice University offers precise control and reduces environmental impact in chemical synthesis.
A research team from DGIST's Division of Energy & Environmental Technology has developed a lithium metal battery featuring a "triple-layer solid polymer electrolyte," which significantly improves fire safety and extends the battery's lifespan.
Professor Yanbo Li and Dr. Beibei Zhang from the Institute of Fundamental and Frontier Sciences, University of Electronic Science and Technology of China, have been focusing on improving the efficiency of the three core processes in photoelectrocatalysis.
A researcher at the US Naval Research Laboratory created new analytical techniques using high-resolution mass spectrometry to quickly analyze fuels and complex petroleum products.
(Pittcon 2023, Philadelphia, PA) – Petrochemical analysis just got a little bit easier with the introduction of JEOL’s AccuTOF™ GC Alpha. A leader in the mass spectrometry space for over 60 years, this ...
Researchers at Hokkaido University discover a new, more energy-efficient method of making propylene, an important industrial material, which also converts carbon dioxide into another useful resource.
Writing in the journal Energies, a team of researchers from China have published a paper investigating the synthesis of graphene oxide doped polyacrylamide gels. The research has potential benefits for the petrochemical industry.
Ashalcha oilfield in Tatarstan is one of the famous sites to investigate the extractions of heavy oils. Specifically, the In-Situ Combustion Lab in Kazan Federal University has been operating there for a few years.
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