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A newly developed catalyst makes single-use plastics easier to upcycle, recycle, and biodegrade

Researchers created a new catalyst that transforms hydrocarbons into chemicals and materials that are higher value, easier to recycle, and biodegrade in the environment. This catalyst transforms m . ....

Aaron Sadow , University Of Illinois , Ames National Laboratory , Nuclear Magnetic Resonance , Institute For Cooperative Upcycling , Iowa State University , Argonne National Laboratory , Cornell University , Cooperative Upcycling , Iowa State , Liphatic Compounds ,

New superacid: Substance converts harmful compounds into sustainable chemicals

Researchers at Paderborn University have succeeded in producing very special catalysts, known as “Lewis superacids”, which can be used to break strong chemical bonds and speed up reactions. The pr . ....

Jan Paradies , Department Of Chemistry , Department Of Chemistry At Paderborn University , Paderborn University , Researchers At Paderborn University , Applied Chemistry , Sustainable Systems Design , Lewis Acids , Sustainable Chemicals ,

Researchers use light to convert abundant lignin into plastic that can be continually recycled

Lignin is arguably the most abundant component of biomass that most people have never heard of. That may be about to change.
Many people are familiar with its biochemical cousin cellulose, a bypr . ....

Thomasa Vanderslice , Dunwei Wang , Boston College , Boston College Margaret , Boston College Assistant Professor , Chemistry Jia Niu , Circular Economy , Material Science ,

Electrocatalysis: Iron and Cobalt Oxyhydroxides examined at BESSY II

A team led by Dr. Prashanth W. Menezes (HZB/TU-Berlin) has now gained insights into the chemistry of one of the most active anode catalysts for green hydrogen production. They examined a series of . ....

Cobalt Co , Cobalt Iron Oxyhydroxides , Oxygen Evolution , Water Splitting , Green Hydrogen ,