ReactIR™ is complementary to offline analytical techniques, such as HPLC and Nuclear Magnetic Resonance (NMR), but provides outstanding value for monitoring reactions that are difficult to sample. Chemistry such as organometallics, catalysis, biocatalysis, hydrogenations
(or any reactions under pressure), highly reactive chemistry
(e.g. azide and phosgene), chemistry with reactive intermediates and polymerizations are all excellent candidates for real-time in situ
reaction monitoring. Errors associated with offline analysis are eliminated by analyzing the information in real-time without having to interfere with the reaction environment. Hazardous chemistry can be studied safely as contact with the chemistry is minimized.
ReactIR™ speeds chemical process development by providing a clear correlation between changes in reaction variables and their impact on process performance. A more thorough understanding of the chemistry leads directly to actionable decisions that can improve the quality, efficiency and safety of chemical processes.
As part of the METTLER TOLEDO commitment to continuing education in reaction progression, kinetics, and mechanism elucidation, we offercomplimentary educational webinars
that explore the industry and application information relevant to Chemists and Chemical Engineers working in reaction analysis.