Powering Nitrogenases: Researchers Find New Targets for Improving Biocatalystsby Max-Planck-GesellschaftTwo proteins have been identified that are crucial for the energy supply of the promising biocatalyst iron nitrogenase
NewsFrom Carbon Dioxide to Green Chemicals—Researchers Are One Step Closerby Technical University of Denmark A research team has increased the shelf life of electrolyzers that convert CO2 from half a day to 100 hours
NewsMaps Reveal Biochar’s Potential for Mitigating Climate Changeby Cornell UniversityStudy finds that converting crop residues into biochar could sequester up to one billion tons of carbon annually
NewsResearch Leads to Groundbreaking Green Propane Production Methodby Illinois Institute of TechnologyResearchers develop new device that can convert carbon dioxide into propane in a way that is economically viable
NewsEnhancing Carbon Dioxide Reductionby Kanazawa UniversityThe results are an important step forward towards the use of 2D electrocatalysts in CO2 reduction applications
NewsNovel Tin-Based Metal–Organic Frameworks for Reducing Carbon Dioxide to Formateby Tokyo Institute of TechnologyUsing tin in this process helps overcome the limitation of needing rare metals as a component
NewsBreath Test Can Monitor Metabolism at Homeby Anglia Ruskin UniversityFirst applied research to evaluate device finds it may detect changes linked to diet
NewsImmediate Carbon Cuts, Common Marine Heatwave Terminology Urgedby University of Hawaii at ManoaResearchers warn that simply removing carbon from the atmosphere is not enough, cutting production is needed
NewsResearchers Develop Carbon-Negative Concreteby Washington State UniversityProof-of-concept study shows that strengthened biochar absorbs carbon dioxide while being in concrete
NewsMore Efficient Transformation of Captured Carbon into Everyday Productsby University of SydneyNew method yields improvements in energy efficiency when converting carbon dioxide into multicarbon products
NewsNew Method Helps Scientists Better Predict When Volcanoes Will Eruptby Cornell UniversityMicroscopic carbon dioxide-rich fluids can help scientists determine where magma is located