In this talk we will discuss our research into 3D printing for the development of continuous flow reactors as well as more recent work covering the development of low-cost syringe pumps, fraction collectors and continuous flow photochemistry systems. As part of our transition into the digitisation of continuous flow chemistry, we will also discuss the creation of a unique Virtual Reality training environment for continuous flow chemistry as well as the integration of real time telemetry into this medium for collaborative chemistry.
3D Printing Reactors and Real Time Visualisation of Data in Virtual Reality for Continuous Flow Chemistry (Virtual Talk)
Stephen Hilton, Associate Professor, UCL school of Pharmacy, United Kingdom