At the heart of the Flow Chemistry revolution are advanced instruments like the continuous stirred tank reactor (CSTR). Want to know more about them?
Flow chemistry swaps flasks for fluidics: replacing the tools of conventional “batch” processing with flow chemistry equipment that handles continuous streams of reactants and products. Carrying out a lab-scale synthesis
AM Technology Ltd (Runcorn, UK) explain why they’re integrating the ReactoMate ATOM lab reactor support stands into their Coflore® flow chemistry systems.
We are pleased to share a new flow chemistry paper from the University of Leeds that Professor John Blacker has worked on with his undergraduates to demonstrate a multiphasic reaction.
Asynt announces their exciting new flow-chemistry platform, the fReactor, an affordable device created to bring the many advantages of flow chemistry to your laboratory through easy-to-use, flexible and intuitive design.
Asynt reports on its collaboration with the Department of Chemistry, University of Bath (UK) in the development of a novel mesoscale segmented flow reactor with information from Dr Karen Robertson.
We are pleased to share a new Flow Chemistry publication: #29: “Pyrazole Formation using a 2 Step Reaction in Flow” from the chemists at GalChimia.
A low temperature reactor platform that facilitates metalation followed by electrophilic quenching, and related reactions under continuous flow-through conditions has been developed using FlowSyn
A collaboration between Prof. Simon Woodward and Darren Lee (Nottingham University) and Uniqsis (www.uniqsis.com)
Paul Pergande from Uniqsis (home of the FlowSyn system) recently carried out an in-depth Flow Chemistry training workshop at Radboud University Nijmegen
