2022 | May / June 2022

Developing a challenging process: What happens when your catalyst is not commercially available?

by cyb2025

CARIN SEECHURN
Sinocompound, United Kingdom

ABSTRACT

For any industry involved in chemical manufacture, the development stage of the process is arguably one of the most significant aspects to get right. Development contributes significantly to both financial and time costs, with over two-thirds of the overall expenditure in drug development accounted for in this stage. One approach to lowering development costs is the introduction of a catalytic step or steps, which can provide alternative and effective ways to access your target compounds quicker. Although catalysts can benefit your product development, they can be a hindrance too. Here we examine what happens if you are unable to obtain commercial scale quantities of your optimal catalyst, and possible solutions to get you back on track.

For any industry involved in chemical manufacture – whether fine chemicals or pharmaceuticals – the development stage is arguably one of the most significant aspects to get right. It contributes significantly to both financial and time costs: drug development, for example, accounts for approximately two-thirds of the overall expenditure (1). However, it’s a crucial expense to get your innovations to market.
To lower your development costs, new methodologies are indispensable in overcoming any bottlenecks in your synthetic routes. One approach worth considering when evaluating and selecting potential routes is to incorporate catalytic steps. Catalysts can facilitate new routes incorporating for example cross-coupling reactions, giving you alternative and effective ways to access your target compounds in fewer steps. Streamlining your process in this manner can contribute to reduced costs and shorter project timelines.
Although catalysts can benefit your product development, they can be a hindrance too. Here we examine what happens if you are unable to obtain commercial scale quantities of your optimal catalyst, and possible solutions to get you back on track.

ABOUT THE AUTHOR

Dr Carin Seechurn is Associate Director – Technology Solutions at Sinocompound. She is instrumental in providing technical support to customers in the European and North American regions. Carin obtained her MChem with French degree from the University of Manchester Institute of Science and Technology. She then matriculated at University of Cambridge for doctorate studies in synthetic organic chemistry. After graduating, she spent more than 10 years researching, developing and evaluating new homogeneous catalysts before joining Sinocompound in 2020.

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