The History of Flow Chemistry at Eli Lilly and Company

Authors

  • Martin D. Johnson Eli Lilly and Company, Process Development, Indianapolis, Indiana 46285
  • Timothy Braden Eli Lilly and Company, Process Development, Indianapolis, Indiana 46285
  • Joel R. Calvin Eli Lilly and Company, Process Development, Indianapolis, Indiana 46285
  • Alison Campbell Brewer Eli Lilly and Company, Process Development, Indianapolis, Indiana 46285
  • Kevin P. Cole Eli Lilly and Company, Process Development, Indianapolis, Indiana 46285
  • Scott Frank Eli Lilly and Company, Process Development, Indianapolis, Indiana 46285
  • Mark Kerr Eli Lilly and Company, Process Development, Indianapolis, Indiana 46285
  • Doug Kjell Eli Lilly and Company, Process Development, Indianapolis, Indiana 46285
  • Michael E. Kopach Eli Lilly and Company, Process Development, Indianapolis, Indiana 46285
  • Joseph R. Martinelli Eli Lilly and Company, Process Development, Indianapolis, Indiana 46285
  • Scott. A. May Eli Lilly and Company, Process Development, Indianapolis, Indiana 46285
  • Juan Rincón Eli Lilly and Company, Process Development, Indianapolis, Indiana 46285
  • Timothy D. White Eli Lilly and Company, Process Development, Indianapolis, Indiana 46285
  • Matthew H. Yates Eli Lilly and Company, Process Development, Indianapolis, Indiana 46285

DOI:

https://doi.org/10.2533/chimia.2023.319

PMID:

38047828

Keywords:

Flow chemistry, Industrial production, Small Volume Continuous (SVC) process

Abstract

Flow chemistry was initially used for speed to early phase material delivery in the development laboratories, scaling up chemical transformations that we would not or could not scale up batch for safety reasons. Some early examples included a Newman Kwart Rearrangement, Claisen rearrangement, hydroformylation, and thermal imidazole cyclization. Next, flow chemistry was used to enable safe scale up of hazardous chemistries to manufacturing plants. Examples included high pressure hydrogenation, aerobic oxidation, and Grignard formation reactions. More recently, flow chemistry was used in Small Volume Continuous (SVC) processes, where highly potent oncolytic molecules were produced by fully continuous processes at about 10 kg/day including reaction, extraction, distillation, and crystallization, using disposable equipment contained in fume hoods.

Downloads

Published

2023-05-31

How to Cite

[1]
M. D. Johnson, T. Braden, J. R. Calvin, A. Campbell Brewer, K. P. Cole, S. Frank, M. Kerr, D. Kjell, M. E. Kopach, J. R. Martinelli, S. A. May, J. Rincón, T. D. White, M. H. Yates, Chimia 2023, 77, 319, DOI: 10.2533/chimia.2023.319.