Getting residence time and pump flow rates right is the foundation of every successful flow chemistry experiment. Let us help you with that!
High pressure chemistry is key to a range of processes that would be far more difficult, or impossible under normal atmospheric conditions. Operating at these elevated temperatures and pressures, with often highly reactive chemicals requires specialised materials and designs.
Numerous variables play a key role in photochemical reactions: wavelength, light intensity, time, temperature, stoichiometry and more.
At the heart of the Flow Chemistry revolution are advanced instruments like the continuous stirred tank reactor (CSTR). Want to know more about them?
A waterless air condenser is a condenser that uses the shape of the glassware to induce condensation. The heat is then carried away by air convection
Biocatalysis is becoming an increasingly important tool for chemists looking to develop efficient and selective chemical processes. But what happens when your biocatalyst is a solid, and what equipment can you use to get the most out of it?
Mixing is crucial to a huge range of chemical processes. Across this range, different applications require different equipment. Magnetic stirring and overhead stirring are two of the most prominent solutions, and each is suited to different types of process.
Modular coil reactor heaters can be thought of as the flow chemistry equivalent of the magnetic stirrer hotplate. With the correct coil reactor it provides precise heating over the full length of the flow reactors volume, through which your homogeneous reactants are pumped.
Catnip has multiple uses but how does the chemistry of it affect cats brains?
Single position high pressure reactors are a useful tool for chemists looking to carry out reactions under high pressures, whether for hydrogenations, carbonations, catalysis, polymerisation, or a range of other pressure chemistry applications.
