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High-Throughput Automation in Chemical Reaction Screening, Condition Screening, and Process Optimization

Brought to you by Unchained Labs

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Overview

High-throughput automation in chemical reaction screening, condition screening, and process optimization

Automation in chemistry can repeatably and reliably perform chemical reactions at a reduced reaction scale. These attributes enable the researcher to explore a larger set of chemical reaction conditions for DoE, solubility, reaction screening and process optimization to name a few.

We present five examples of how automation solutions from Unchained Labs can be used by chemists to more thoroughly, quickly, and efficiently discover new reaction paths and conditions.

Key Learning Objectives

  • How automation can be used to efficiently execute DoE.
  • Screen to maximize solubility, polymorph, and crystallization conditions.
  • Optimize pressure-based reactions by effectively sampling or measuring gas uptake.
  • Discover and optimize reaction conditions by executing parallel small scale experiments.
Brought to you by:
Unchained Labs