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,
Flow chemistry is a very interesting paradigm in the modern lab. It involves the induction of chemical reactions by pumping solutions through tubing at controlled flow rates. Unlike batch chemistry,
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
CondenSyn® Evaluation: I just wanted to write to let you know that my experience using the CondenSyn® was wonderful! I refluxed acetonitrile at 85 °C over the weekend and came
In the Asynt November 2022 Chemistry Newsletter we’ve included key features and articles relating to the topics you’ve told us you’re particularly interested in but we’ve finished up a look
The first meeting of the Royal Society, otherwise known as the ‘learned society’ was held on 28th November 1660 following a lecture at Gresham College by Sir Christopher Wren. The
Photochemistry is one such area that could reap enormous benefits from continuous-flow reactors. Likewise, flow chemistry at large can be enhanced using integrated LED photoreactors. This blog post will explore the benefits of adding a photoreactor to your flow setup.
Perfect skin, clear conscience. Asynt reports how sustainable cosmetics innovator – Keracol Ltd (Leeds, UK) is using its DrySyn heating blocks and CondenSyn air condensers in the development and scale-up
Pressure reactors play a vital role in lab-scale and industrial syntheses alike by enabling reactions to be carried out at extremely high-pressures. In this blog post, we explore the basics
