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Capturing CO2 with electricity: A microbial enzyme inspires electrochemistry - Towards a new solution for atmospheric CO2 utilization

Humans continuously emits greenhouse gases, worsening global warming. For example, carbon dioxide (CO2) accumulates dramatically over the years and is chemically very stable. Yet, some microbes ca . ....

Julia Kurth , Oliviern Lemaire , Olivier Lemaire , Cross Milton , Corneliau Welte , Juliam Kurth , Rossd Milton , Tristan Wagner , Selmihan Sahin , Max Planck Group Mi , Cornelia Welte At Radboud University , Angewandte Chemie International Edition , Max Planck Institute For Marine Microbiology , University Of Geneva , Max Planck Institute , Marine Microbiology , Cornelia Welte , Radboud University , Max Planck Scientists , Dependent Formylmethanofuran , Greenhouse Gases , Carbon Dioxide , Co2 Fixation , O2 Capturing , Graphite Electrodes ,

Wastewater treatment plants as drivers for the energy transition - Technical add-on module can, in principle, turn any wastewater treatment plant into a CO2 sink and decentralized methane production plant

By implementing an innovative technology, any wastewater treatment plant would be able to produce methane from carbon dioxide in an environmentally friendly way.
If some microorganisms present in . ....

Edith Nettmann , Tito Gehring , Kevinjeorjios Pellumbi , Ulf Peter Apfel , Marc Wichern , Ramineh Rad , Daniel Siegmund , Ruhr University Bochum , Electrosynthesis Department Of Fraunhofer , Professor Marc Wichern , Professor Ulf Peter Apfel , Cell Reports Physical Science , Urban Water Management , Technical Electrochemistry , Electrosynthesis Department , Wastewater Treatment Plants , Carbon Dioxide , Natural Gas ,

Wireless molecular-electrical communications for tumor-cell-induced apoptosis

Researchers utilize electricity generated by wireless-induced redox interactions at bio-nanoantennae to cause apoptosis in cancerous cells. ....

United States , Drug Administration , Nature Nanotechnology , Wireless Electrical Molecular Quantum Signalling , Cancer Cell Induced , Image Credit , Edge Creative , United States Food , Ell Death ,

"Creating New MOF-based Interfaces for Electrocatalytic CO2 Reduction" by Lisha Jia

Metal-organic frameworks (MOFs)-based materials is a promising candidate as electrolycatalysts for energy conversion. MOF-derived materials have been widely employed as catalysts for overall water splitting, benefiting from MOF precursors’ unique porous structure, large surface area, and adjustable morphology/thickness, etc. Also, MOFs work well as desirable catalysts for mainly CO and formate production in electrochemical CO2 reduction reaction (CO2RR). Cu-based MOFs acting as catalysts have demonstrated great potential for producing formate. In this thesis, one MOF-derived catalyst and two MOFs catalysts were designed and prepared for water splitting and CO2RR. The thesis provided strategies to boost conductivity, hence stability, and decrease the agglomeration of MOF-based catalysts and investigated the effect of electrolyte solvent on CO2RR. ....

Overall Water Splitting ,

Study suggests energy-efficient route to capturing and converting CO2

MIT researchers found how carbon dioxide can be captured and converted through a single electrochemical process. A system based on these findings could help cut emissions from the hardest-to-decarbonize industries, such as steel and cement. ....

Aisyah Illyani Ismail , Elizabeth Bernhardt , Arif Arifutzzaman , Graham Leverick , Mohamed Kheireddine Aroua , Sunway University , Career Development Associate Professor , Betar Gallant , Development Associate Professor , Jun Hui Law , Mit Meche , Betar Gallant , Graham Leverick , Carbon Storage , Carbon Conversion , Industrial Decarbonization ,