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BASF Carves Out Mobile Emissions Catalysts Business, Allowing Future Strategic Options

(PLX AI) - BASF to carve out mobile emissions catalysts business and invest up to €4.5 billion in battery materials and recycling.• BASF carve-out process will start in January 2022 and is expected to ....

New Jersey , United States ,

Converting CO2 to Fuel: Use of a Single-Atom Catalyst

This article focuses on the rise in CO2 emissions over the past decade and its current implications on the environment, and whether CO2 can be successfully converted into potential energy sources. ....

Aditya Humnabadkardec , Roman Zaiets Sutterstock , Aditya Humnabadkar , Klaus Lackner , Vectormine Shutterstock , Nature Communications , Centre For Materials Science , Queensland University Of Technology , Argonne National Laboratory , Climate Report , Successfully Converted , Carbon Engineering , Fuel Using , Materials Science , Negative Carbon Emissions , Carbon Engineering Makes Gasoline , Capturing Carbon Dioxide , Argonne National , Carbon Dioxide ,

Sudoc named Startup to Watch by Chemical & Engineering News

Sudoc, a startup co-founded by Carnegie Mellon University chemists Terrence J. Collins and Ryan C. Sullivan, has been named one of 10 Startups to watch by Chemical & Engineering News (C&EN . ....

United States , United Kingdom , Hunter Lewis , Andrea Larson , Ryanc Sullivan , John Peterson Myers , Carnegie Mellon , Roger Berry , Shanna Swan , Terrencej Collins , Henry Lewis , Carnegie Mellon University , Tm Dilute Oxygenation Technology , Institute For Green Science , Engineering News , Teresa Heinz Professor , Green Chemistry , Green Science , Dilute Oxygenation Technology , Oxidation Catalysts , Water Treatment ,

Researchers develop novel, inexpensive catalysts enabling noble metal chemistry

Alkynes have many uses in industry. Until now, it was assumed that gold- or platinum-based catalysts were absolutely necessary for certain chemical reactions with alkynes. Chemists at Martin Luthe . ....

United States , Vladimir Akhmetov , Konstantin Amsharov , Journal Of The American Chemical Society , Institute For Chemistry , Chemists At Martin Luther University Halle Wittenberg , Martin Luther University Halle Wittenberg , American Chemical , Professor Konstantin Amsharov , Luminium Oxides , Metal Oxides ,

"The Dual Functions of Defect-Rich Carbon Nanotubes as Both Conductive " by Jicheng Jiang, Qining Fan et al.

Li-S batteries are considered a promising energy storage system owing to the great abundance of sulfur and its high specific capacity. Polysulfide shuttling and sluggish reaction kinetics in sulfur cathodes significantly degrade the cycle life of Li-S batteries. A modified method is employed to create defects in carbon nanotubes (CNTs), anchoring polysulfides, and accelerating electrochemical reactions. The defect-rich CNTs (D-CNT) enable dramatic improvement in both cycling and rate performance. A specific capacity of 600 mAh g−1 with a current density of 0.5 C is achieved after 400 cycles, and even at a very high current density (5.0 C), a specific capacity of 434 mAh g−1 is observed. Cycling stability up to 1000 cycles is also achieved under the conditions of high sulfur loading and lean electrolyte. Theoretical calculations revealed that the improvement is mainly attributable to the electronic structure of defect-rich carbon, which has higher binding energy with polysulfides be ....

Efect Rich Carbon Nanotubes , Lis Batteries , Olysulfide Binding ,