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How do I calculate residence time and pump flow rates?
Getting residence time and pump flow rates right is the foundation of every successful flow chemistry experiment. In batch chemistry,…
Asynt – CondenSyn & CondenSyn MINI Instructions
Find all the information you need to get up and working with the CondenSyn or the CondenSyn MINI. Make the…
fReactor & fReactor PhotoFLOW Evaluation: Alex Padgham, University of Liverpool
Alex Padgham, University of Liverpool (UK) explains how the fReactor and PhotoFLOW module support heterogeneous photochemistry in a compact flow…
Taking Heterogeneous Photocatalysis into Flow
How the fReactor and PhotoFLOW module support heterogeneous photochemistry in a compact flow setup Alex Padgham (University of Liverpool, UK)…
CondenSyn & Distillation Adapter Evaluation: Daniela Brandao de Ceita, Northeastern University London
From intern to lab lead How Northeastern University London is building sustainable teaching lab practice with Asynt CondenSyn® and the…
CondenSyn & Distillation Adapter in Teaching Labs – D. Brandao de Ceita, Northeastern University London
Daniela Brandao de Ceita (Dani), CoMENS Faculty Chemistry Technician, Northeastern University London shares her evaluation of the Asynt CondenSyn and…
FlowUV Evaluation: Harvey West, University of Liverpool
Real-time Reaction Insight Under Flow Conditions How FlowUV supports continuous reaction monitoring, process understanding and optimisation Evaluation from Harvey West,…
Spectral architectural tuning of Au-Pd nanocatalysts for on-demand photocalytic HMF oxidation
The authors establish a comprehensive structure-light-reactivity relationship for the photo-assisted oxidation of HMF in water by systematically comparing zirconia-supported Au-Pd…
Asynt Flow: Tube-in-plate reactors flyer
Asynt Flow Tube-In-Plate (TIP) Reactors are a reactor designed for synthetic chemistry that needs efficient heat transfer. See full details…
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