Manufacturing APIs with continuous flow reactors provides several critical benefits over batch reactors – read on to find out more.
“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,
Photochemistry is one such area that could reap enormous benefits from continuous-flow reactors. Likewise, flow chemistry at large can be enhanced using integrated LED photoreactors. This blog post will explore the benefits of adding a photoreactor to your flow setup.
Pressure reactors play a vital role in lab-scale and industrial syntheses alike by enabling reactions to be carried out at extremely high-pressures. In this blog post, we explore the basics
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
Parallel synthesis is a method that is frequently used when researchers are looking to speed up the discovery of new compounds as well as carry out screening for the most
Collaborating with scientists enables us to provide the most appropriate solutions for their laboratories. Whether you need machinery improvements or require something entirely new, the experienced team of specialists at
Sustainable laboratory practices are essential for safeguarding our environment, any future funding or support of laboratories, as well as improving the quality of our work. In this blog post, we
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
