Why Grignard chemistry should be done in flow: An overview of industrial challenges associated with Grignard reagents and the benefits of continuous processing and manufacturing for this chemistry. We show that, with industrially proven technology for continuous processing, Grignard chemistry does not need to be a hurdle in your process but can become a safe and reliable unit operation. #Fragrance #Perfumes #FandF #FineChemicals #FlowChemistry #Grignard #ContinuousManufacturing #ProcessIntensification #Flowid Download the whitepaper
CHEMIUM is reshaping Grignard reagent manufacturing for the fine chemical, pharmaceutical, agrochemical and specialty chemicals industries. Based in Louvain-la-Neuve, Belgium, this innovative company with its proprietary continuous flow MgFlow ® technology, is taking this chemistry a huge step towards safer, more sustainable, and economically advantageous Grignard production at industrial scale. Supported by a strategic collaboration with Swiss CDMO partner Valsynthese, CHEMIUM’s approach marks a paradigm shift in overcoming the traditional limitations of batch processing, setting new standards in process reliability. Download the whitepaper
Louvain-La-Neuve, September 29th 2022,Based on the Flow Chemistry concepts and advanced simulation techniques, CHEMIUM has developed a novel, safe, reliable and highly flexible continuous flow technology, to produce Grignard reagents at industrial scale.Discovered by Victor Grignard in 1900, this family of magnesium-based reagents is largely used in the industry for the key chemical transformation that leads to carbon-carbon bond formation, giving to chemists the ability to build or extend the carbon backbone of chemical structures. This amazing chemistry has proven to be a key element in the production of useful products in highly dynamic markets such as pharmaceutical, agrochemical or…

