Monitoring MOFs

Ever wanted to monitor your MOF synthesis on the cheap? Look no further, because Felicity’s Open Access paper describing how MOF scale-up can be improved using an open source, multi-channel monitor – all built for less than $100 – is now out in Scientific Reports! She used simultaneous temperature, turbidity, pH, and visible light absorbance to track the formation of STA-16(Ni), observing the reaction critical processes that guided the development of a faster and more efficient synthesis route to material with comparable porosity.

The work was performed while Felicity was a Part II student in Oxford during her project at Johnson Matthey, co-supervised by Tim Johnson, Stephen Poulson and Stephen Bennett.