We take a look at how electrochemistry, flow chemistry and waterless condensing can be introduced to teaching labs to provide students with greater knowledge of industry and research techniques and equipment.
Photochemistry is an important discipline concerned with the chemical processes induced by light absorption. The applications of photochemical processes are myriad, ranging from air and water purification to surface disinfection,
A single position heating block is designed as an alternative equipment to an oil bath and is suitable for single reactions conducted in round-bottom flasks.
Some applications require more than a standard vessel, which is why in this blog post, we’ll look at when you might need a bespoke reaction vessel.
“Green” chemistry is an approach that aims to reduce or eliminate pollution and specifically uses chemicals and processes that are sustainable and have minimal hazardous impact on the environment. By
Flow chemistry is a very interesting paradigm in the modern lab. It involves the induction of chemical reactions by pumping solutions through tubing at controlled flow rates. Unlike batch chemistry,
Flow chemistry swaps flasks for fluidics: replacing the tools of conventional “batch” processing with flow chemistry equipment that handles continuous streams of reactants and products. Carrying out a lab-scale synthesis
Solvent evaporation occurs routinely in nature when water gains energy, often as heat, and transitions from a liquid state into a gaseous one. Thermal molecular agitation is what underlies this
Pilot-scale manufacturing is a valuable precursor to full-scale production. It ensures a cost-effective approach to research and development (R&D), scale-up, and eventual commercial production of key drug compounds. Generally, pilot
As nitrogen is an abundant gas in the atmosphere, liquid nitrogen is frequently used as a cryogenic refrigerant. The widespread availability of nitrogen means that large quantities can be easily
