catalyst

The work of Nanyang University of Technology (Singapore) is expected to be a solution to the current problem of plastic waste in an environmentally friendly manner.

According to researchers at Bristol University (UK), one of the most widely used stable petroleum alternatives worldwide is bio-ethanol biofuel.

The most abundant material on Earth exhibits some incredible properties when placed in extreme conditions.

Catalysts are the first, in addition to enzymes, to convert CO2 and water into carbon blocks containing one, two, three or four carbon atoms with a efficiency of more than 99%.

The US team accidentally discovered a catalyst that could turn CO2 into ethanol for use in engines.

Laval University researchers have developed a highly effective method to convert CO2 into methanol, a substance that can be used as a low-emissions fuel for transportation

Diesel engines today have become an indispensable part of daily life and industrial activities. From cars and trains to industrial machinery, many of these engines are used.

This is the result of research published on July 26 by experts at Rice University and University of Houston.

US scientists have successfully built a device capable of splitting water into oxygen and hydrogen continuously for 200 hours with just a cheap catalyst.

Researchers at U of T Engineering have taken a step closer to artificial photosynthesis when creating a new catalyst.