CPC Simulator: Accelerating Centrifugal Partition Chromatography Method Development

Developing a successful Centrifugal Partition Chromatography (CPC) method often requires extensive solvent screening, multiple laboratory experiments and significant development time. While CPC is widely recognized for its scalability and high product recovery, CPC method development can still become a bottleneck in research and manufacturing.

RotaChrom Technologies introduced the CPC Simulator through webinar, an in-house developed software platform designed to simplify CPC process development through predictive modeling and chromatography simulation.

The CPC Simulator is a digital tool that helps scientists optimize CPC purification before performing laboratory experiments.

Built on a database containing approximately 16,000 scientific literature entries and information on around 4,000 compounds, the software predicts chromatographic behavior using experimentally determined partition coefficients (Kd). Instead of relying solely on trial-and-error experimentation, researchers can simulate separations, compare operating conditions and evaluate purification performance before running a CPC system.

This approach enables faster decision-making while reducing laboratory workload and development costs.

One of the biggest challenges in Centrifugal Partition Chromatography is selecting the right solvent system and optimizing operating conditions.

The CPC Simulator supports this process by allowing users to:
– Predict chromatographic separations before experimentation
– Evaluate different solvent systems
– Estimate elution profiles and purification performance
– Optimize operational parameters
– Reduce solvent consumption and laboratory time
– Support confident decision-making during process development

By identifying promising conditions before entering the laboratory, researchers can significantly shorten development timelines while improving overall process efficiency.

A major advantage of CPC chromatography is its excellent scalability.

The webinar demonstrated how methods developed at laboratory scale can be transferred to pilot and industrial production using RotaChrom’s CPC platforms. Because the company’s systems share a consistent rotor and cell design philosophy, scale-up becomes more predictable, reducing development risk and simplifying technology transfer.

Whether developing a new natural product purification, peptide process, or pharmaceutical application, scalable CPC purification enables a smoother transition from R&D to manufacturing.

The CPC Simulator is part of RotaChrom’s growing digital ecosystem for CPC method development.
Combined with the Total Cost of Ownership (TCO) Calculator, the platform allows scientists to evaluate both the technical and economic feasibility of a purification process before committing valuable laboratory resources.
Rather than replacing experimental work, the software helps researchers focus on the most promising conditions, making process development faster, more efficient, and more cost-effective.

The CPC Simulator webinar provides a practical introduction to predictive CPC software, chromatography simulation, and scalable Centrifugal Partition Chromatography workflows. It includes live demonstrations of the software, explains the principles behind CPC simulation, and illustrates how digital tools can accelerate purification process development.

As chromatography workflows continue to evolve, predictive software is becoming an essential component of modern separation science. The CPC Simulator helps researchers reduce development time, improve process understanding, and accelerate the journey from laboratory research to industrial production.

Want to learn more? Watch the webinar to discover how predictive simulation can transform your CPC method development workflow.