Former R&D Director Dr. Lorenzo Orsini has worked for Miteni, historical global reference within the field of Fluorine Chemistry. Now he has joined the continuous manufacturing team of Microinnova. With Lorenzo Orsini on board, Microinnova is able to offer a wide range of possibilities to develop customized fluorination process. The focus will be high value applications. That means we are focusing on efficient and scalable fluorination solutions to provide easy-to-implement options in every factory. Having a wider portfolio of possibilities will allow to evaluate novel synthetic strategies by considering also all the possible advantages of a late stage fluorination. The second important focus is to provide solutions which simplify significantly the safety risk management compared to more common fluorine chemistry approach by replacing, possibly, hazardous process with “in situ” reactivity. These processes can be realized by continuous fluorination units which provide the desired reagents on manufacturing scale. The on-site fluorination units can often be implemented in existing plant setups.  The aim is to provide more options and to make hazardous chemistry safer. The approach is cost-efficiency oriented compared to the other commonly known techniques.

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Microinnova presents a new approach to execute fluorination reactions in a safe manner with conventional equipment on manufacturing scale. These processes can be realized by continuous fluorination reagent generators on manufacturing scale. Former R&D Director Dr. Lorenzo Orsini has worked for Miteni, historical global reference within the field of Fluorine Chemistry. Now he has joined the continuous manufacturing team of Microinnova. With Lorenzo Orsini on board, Microinnova is able to offer a wide range of possibilities to develop customized fluorination process.

The focus will be high value applications. That means we are focusing on efficient and scalable fluorination solutions to provide easy-to-implement options in every factory. Having a wider portfolio of possibilities will allow to evaluate novel synthetic strategies by considering all the possible advantages of a late stage fluorination. The second important focus is to provide solutions which significantly simplify the safety risk management compared to a more common fluorine chemistry approach by replacing possibly hazardous processes with “in situ” reactivity. These processes can be realized by continuous fluorination units which provide the desired reagents on manufacturing scale. The on-site fluorination units can often be implemented in existing plant setups. The aim is to provide more options and to make hazardous chemistry safer so that it can be transferred to medium level manufacturing infrastructures.. The approach is cost-efficiency oriented compared to the other commonly known techniques.