Process Chemistry
Developing a robust and scalable process is essential for transforming a medicinal chemistry type of synthesis into a viable route for large-scale manufacturing. At Enantia, we have over two decades of experience in route scouting, optimizing reaction conditions, reducing transformations, and improving step efficiency. As a result, we deliver processes with enhanced yield, purity, scalability, and cost efficiency.
Our Process Chemistry team ensures a seamless transition from lab-scale synthesis to industrial production. For this, we focus on key aspects of Chemistry, Manufacturing and Control (CMC) development, cost efficiency, sustainability, and process safety.
Our process chemistry services include:
- Route Design and Route Scouting: Proposing efficient, innovative, safe and scalable synthetic routes.
- Process Optimization: Performing optimization and fine-tuning of reaction parameters to maximize efficiency, ensure high purity, and facilitate scale-up.
- Critical Process Parameter (CPPs) Identification: Identifying and understanding the key variables within the chemical process that have a direct impact on the critical quality attributes of the final product — such as purity, yield, particle size, or polymorphic form.
- Proven Acceptable Range (PAR) and Normal Operating Range (NOR): Establishing acceptable conditions for consistent production quality and determining process robustness.
- Impurity Studies: Isolation, identification, and synthesis of impurities and their standards, including nitrosamines and Out of Specification (OoS) impurities. Carry-over, spiking and impurity profiling to support CMC documentation.
- Scale-Up: From lab-scale to kilo-lab custom synthesis, delivering batches for preclinical and GLP studies.
- Technology Transfer: Packages including comprehensive CMC–compliant documentation to ensure smooth process transfer to larger scale manufacturing.

