Based in the Department of Chemistry at the University of Bath, the Morrill research group is focused on developing new reactions in organic chemistry and sustainable catalytic methodologies for electrosynthesis
We’ve launched new open-access digital tools to help chemists optimise experiments faster, reduce failed runs and accelerate successful flow chemistry development.
Sub-ambient chemistry has a wide range of applications and, although less frequent than heating, represents no less a crucial area of research. Sub-ambient conditions can include anything from just below room temperature all the way down to cryogenic levels.
Professor Mike Waring, Dr. Hannah Stewart and the team at Newcastle University are engaged in translational medicinal chemistry at the sharp end of oncology drug discovery and have shared their feedback on lab apparatus making a positive impact in their research.
Join us at this free, research-based flow chemistry webinar on Monday 18th May 2026!
Light Powered Chemistry and Smarter Reaction Optimisation in the Asynt May 2026 Chemistry Newsletter Asynt are heading back to ChemUK at the NEC Birmingham and we would love to see
New research from Professor Anna Slater and colleagues at the University of Liverpool demonstrates how continuous flow chemistry, combined with inline UV-Vis spectroscopy, can transform both the understanding and execution of porphyrin synthesis leading to improved yields in both quality and quantity.
Asynt has had a dedicated demo room for our range of laboratory tools. This allows us to showcase our equipment via video call, webinars, videos, and in-person demonstrations.
Chemistry teaching labs provide an essential introduction to practical chemistry. They often offer students their first experience of working with the kind of equipment they may eventually use in academic or industrial research, experience that can prove invaluable going forwards.
James Luk from the University of St. Andrews has been using Asynt Quadracell parallel high pressure reactor for performing RWGS reactions. Here is his evaluation: The reverse water-gas shift (RWGS)
