Unstoppable catalyst outperforms sulfur to revolutionize carbon capture

SciTechDaily

Researchers at the University of Toronto Engineering have developed a new catalyst that efficiently converts captured carbon into valuable products such as ethylene and ethanol, even in the presence of sulfur oxide impurities. This breakthrough offers a more economically viable method for carbon capture and upgrading, potentially revolutionizing industries such as steel and cement production … Read more

Game-Changer for Global Warming: Plants Release Carbon Earlier Than Expected

SciTechDaily

A new study reveals that the carbon stored by plants worldwide is more volatile and vulnerable to the effects of climate change than previously thought. The research, led by Dr. Heather Graven, from Imperial College London, shows that current climate models significantly underestimate how much CO2 is absorbed by vegetation each year and overestimate its … Read more