The Development and Use of 3D Printed Reactors in Flow and Photoflow Chemistry and the Collaborative Photoflow System – the Proteus Aether
Stephen Hilton,
Associate Professor,
University College London School of Pharmacy
In this talk we will describe our research into 3D printing and our
research into the applications of various 3D printed reactors in flow
chemistry, flow electrochemistry and flow photochemistry. We will also
describe research from other groups into their use across a range of
chemistry examples, demonstrating how the use of these low-cost reactors
can make flow chemistry more accessible and reduce the barrier to entry
for chemists in this key technology. As part of our research into 3D
printing, we will also describe our research into the Proteus Aether – a
low cost 3D printed continuous flow system designed to make photoflow
chemistry more accessible and accurate, with digital telemetry and its
use by others.
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