As the severity of climate change and carbon emissions becomes a global concern, technologies to convert carbon dioxide (CO2) ...

Two new catalyst systems take aim at these problems. One catalyst splits ethanol to give hydrogen at 270 °C and produces ...

Chemical engineers have discovered that adding nickel atoms to silver catalysts could revolutionize the production of ethylene oxide by eliminating the need for toxic chlorine while maintaining ...

This innovative bismuth oxide catalyst allows for the selective combustion of acetylene, potentially transforming industrial ...

Scientists have discovered a potentially greener way to produce a crucial industrial chemical used to make many everyday ...

The reaction also generates acetic acid and its developers believe it can compete economically with current manufacturing ...

DGIST's Professor Chiyoung Park's team has developed a catalytic technology that effectively removes additives that hinder ...

Scientists have developed a revolutionary catalyst that not only converts CO2 into valuable products but actually increases ...

Scientists at Tulane University have discovered a potentially greener way to produce a crucial industrial chemical used to ...

Researchers have discovered a new method by which a catalyst can be used to selectively burn one molecule in a mixture of hydrocarbons -- compounds made of hydrogen and carbon atoms.

The chemical is used to make many everyday products from plastics and textiles to antifreeze and disinfectants.