What if a machine could suck up carbon dioxide from the atmosphere, run it through a series of chemical reactions, and essentially spit out industrially useful plastic?

Acid vapor prevents salt buildup in CO2 reactors, enabling longer, more efficient operation. A team of researchers at Rice ...

New research from the University of California, Davis, the Chinese Academy of Sciences and Texas A&M University reveals that massive emissions, or burps, of carbon dioxide from natural earth systems ...

Learn how important materials are for nuclear energy innovation. Discover how digital modeling is driving nuclear materials ...

Why did they form at that time? Astronomers know from observing distant exploding stars that the size of the universe has been getting bigger since the Big Bang. When the hydrogen and helium atoms ...

Reversible addition–fragmentation chain transfer (RAFT)-controlled block copolymer synthesis using dispersion polymerization in supercritical carbon dioxide (scCO2) shows unprecedented control over ...

ConspectusIn the past decade, visible-light-mediated photocatalysis has emerged as an applicable strategy for the generation of diverse radical species via single electron transfer (SET) and energy ...

Denmark’s bottom-up approach to CO2 infrastructure regulation, based on local clusters, could be used as a template for upcoming EU rules – as long as Brussels ensures standardisation for cross-border ...

Nature - A global analysis reveals that most carbon dioxide emitted by rivers derives not from modern plant material, as was thought, but from ancient, buried carbon.

A new study has revealed for the first time that ancient carbon, stored in landscapes for thousands of years or more, can find its way back to the atmosphere as CO₂ released from the surfaces of ...

A new combined milling and combustion model enables accurate prediction of how pistachio and walnut shells, among other biomasses, perform as low-carbon fuels. By assessing milling efficiency and ...