A unique and useful invention has been developed by chemical engineers and chemists from Rice University and China’s Dalian Institute of Chemical Physics. However, these engineers and chemists are yet to confirm it's worth.
A team of researchers from Osaka, Yamaguchi, and Kumamoto Universities in Japan have invented a method to drastically alter the fluorescence and color of a specific compound using hydrogen (H2) and oxygen (O2) gases. The entire reversible reaction is environmentally friendly as it develops only water as a byproduct.
A new catalyst that can simplify the process of synthesis of substituted 1H-indenes has been created by a group of scientists in Sustainable Chemistry, a predominant research area in the University of Amsterdam. The catalytic complex of the earth-abundant cobalt is inexpensive and can be developed in a simple way. This catalytic complex is capable of the sustainable concept of metalloradical catalysis. Information related to this research has been presented in the website of the Journal of the American Chemical Society.
Though the prospect of converting the greenhouse gas carbon dioxide into an effective chemical is highly desirable, the catalysts available are not enough to make this possible.
Two Indiana University chemists have received $525,000 from the National Science Foundation to advance research with applications to the emerging field of carbon recycling.
A Kobe University research group including Associate Professor Maki Hideshi (Center for Environmental Management), PhD candidate Sakata Genki (Graduate School of Engineering, Department of Chemical Science and Engineering, currently employed at Central Glass Co., Ltd.) and Professor Mizuhata Minoru (Graduate School of Engineering) have developed a new analysis method that uses magnetic fields to quickly and accurately measure the concentration of aluminum used to purify tap water.
Clostridium tyrobutyricum, a Gram-positive, anaerobic spore-forming bacterium, is considered a promising industrial host strain for the production of various chemicals including butyric acid which has many applications in different industries such as a precursor to biofuels.
With the onset of the summer blockbuster season, many fast-paced action films are expected to be released. A team of researchers have released a new kind of movie that portrays atomic-level explosions and provides scientists with new insights about X-ray-molecule interaction.
Chemists are generally known to frequently visit the espresso machine while conducting late-night experiments, but until recently these trips were only undertaken for the caffeine boost.
Today’s chemical industry is based on oil, because many chemical products originate from oil and its components. Products ranging from solvents to medication, plastics to detergents and crop protection products are all based on oil. Due to the limitations in the number of oil reserves, scientists are now searching for new techniques to produce these products from sustainable materials.
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