We’re almost half way through the first month of the year already so it’s time for the Asynt January 2023 newsletter. This is a packed edition with loads to interest you on your coffee break so sit back and take a look!
Colgate University (NY, USA) used kinetic data taken from the Asynt Multicell in their valuable characterisation of the mechanisms of Milstein’s catalysts necessary to understand the reactivity of these vital catalysts in ester hydrogenation.
Asynt reports how the deepmatter® Group have developed the cloud-based SmartChemistry® platform to share chemical reaction and sensor data direct from the laboratory to allowing analysis of this information on an unprecedented scale.
As the end of the year draws closer, it’s time for the Asynt December 2022 Chemistry Newsletter. There’s plenty of useful topics this month but we urge you NOT to read the final article with the link to our…. er….. fabulous….. Asynt Christmas video.
You’ve probably seen the PressureSyn (ultra-safe pressure reactor developed with the University of Nottingham) and the fReactor Flow Chemistry platform (developed with the University of Leeds), and you’re bound to
As we speed through December it’s great to look back over the past year but also to talk about what we’re planning for 2023 – it’s been an eventful year
DrySyn Sustainability Report: DrySyn Multi systems allow up to 3 reactions to be carried out simultaneously using the same hotplate. Should the efficiency be unaffected, DrySyn would therefore be ideal
The Central Teaching Laboratories and the Department of Chemistry at the University of Liverpool (UK) has published an in-depth study that reports upon their implementation of Asynt laboratory equipment across
CondenSyn® Sustainability Report: The University of Liverpool tested the yields and reaction times for various experiments across the chemistry department. They used this to determine the performance of the CondenSyn,
DrySyn SnowStorm ONE Evaluation: My role is PI – our research goals relate to CO2 capture, green chemistry, and 3D printing. The main types of chemistry we perform are substitution reactions
