Parallel & Combinatory chemistry

The principle of combinatorial chemistry, or high-throughput synthesis, allows for the simultaneous multiplication of reactions between molecules, speeding up the creation of a compound database or chemical library. It is crucial to bring different chemical compounds together at the same time or under varying reaction conditions, which necessitates a multi-reactor screening tool.

Parallel synthesis addresses the same need by saving time and differentiating compounds through multiple experiments performed simultaneously, allowing for a rapid study of reaction kinetics under pressure.