publications & research summaries

Explore scientific papers, conference posters, and research collaborations in which RotaChrom’s technologies played a key role. Below you will find the most recent publications featuring our CPC systems.

2026

Scientific Publication — Magyar kémiai folyóirat

Mate Vass, Noemi Crul-Toth, Attila Hunyadi, Anita Kiss, 2026 — A centrifugális megoszlási kromatográfia, mint skálázható és fenntartható technológia természetes és szintetikus vegyületek ipari tisztítására

This article presents Centrifugal Partition Chromatography (CPC) as a scalable and cost-effective liquid-liquid separation technique that uses centrifugal force to immobilize a liquid stationary phase, offering an efficient alternative to traditional solid-phase chromatography.

2025

2022

2021

Conference poster — American Oil Chemists’ Society

Arpad Konczol, Mario Nacsa, Eszter Blanar Petervarine, Erika Tamas Jantyikne, Dora Rutterschmid, Laszlo Ovari, Kristof Gazda, Gergo Dargo — 2021

Comprehensive Review on the Versatile Applications of Centrifugal Partition Chromatography in Cannabis and Hemp Processing

Conference poster summarizing how centrifugal partition chromatography can be applied across the cannabis and hemp value chain, from crude extract clean-up to targeted isolation of minor cannabinoids and terpenes.

Conference poster — METT25

David Laczko, Eszter Blanar Petervarine, Arpad Konczol, Attila Hunyadi — 2021

Ekdiszteroidok elválasztása méretnövelhető centrifugális megoszlásos kromatográfiával

Poster on scalable separation of ecdysteroids using centrifugal partition chromatography, demonstrating how CPC can be transferred from lab to preparative scale while preserving resolution and productivity.

Conference presentation — METT25

Arpad Konczol, Dora Rutterschmid, Gergo Dargo, Kristof Gazda, Laszlo Ovari, Mario Nacsa, David Laczko, Andras Gaspar — 2021

Research & Development of Centrifugal Partition Chromatography

An overview of RotaChrom’s R&D work in CPC, covering method development, scale-up strategies and technology innovations that enable continuous, industrial-scale liquid-liquid chromatography.

Conference presentation — Preparative and Process Chromatography

Gergo Dargo, David Laczko, Laszlo Ovari, Kristof Gazda, Mario Nacsa, Erika Jantyikne Tamas, Eszter Petervarine Blanar, Dora Rutterschmid, Laszlo Lorantfy, Arpad Konczol — 2021

Centrifugal Partition Chromatography at Industrial Scale: Concept, Instrumentation and Applications

Presentation detailing the design and performance of a fully integrated, industrial-scale CPC platform, including column architecture, solvent handling and key application examples.

2020

Article — Organic Process Research & Development

Laszlo Lorantfy, Dora Rutterschmid, Robert Orkenyi, David Bakonyi, Jozsef Farago, Gergo Dargo, Arpad Konczol — 2020

Continuous Industrial-Scale Centrifugal Partition Chromatography with Automatic Solvent System Handling: Concept and Instrumentation

This paper describes the concept, control algorithm and hardware implementation of an automated solvent preparation and recycling system for continuous industrial-scale CPC, reducing solvent consumption and simplifying large-scale operation.

Conference presentation — American Chemical Society

Dora Rutterschmid, Arpad Konczol, Robert Orkenyi, Eszter Blanar, Erika Tamas, Laszlo Lorantfy, Kristof Gazda, Mario Nacsa, Laszlo Ovari — 2020

Centrifugal Partition Chromatography at Industrial-Scale: Concept, Instrumentation and Applications

ACS conference talk introducing a fully automated industrial-scale CPC platform with integrated biphasic system preparation and solvent recycling, illustrated through natural product applications such as cannabinoids.

Conference presentation — American Chemical Society

Robert Orkenyi, Laszlo Ovari, Kristof Gazda, Erika Tamas, Mario Nacsa, Eszter Blanar, Dora Rutterschmid, Laszlo Lorantfy, Andrea Boszormenyi, Balazs Kramos, Arpad Konczol — 2020

Cannabidiol Isolation Including Cannabis-Relevant Pesticides Removal by Centrifugal Partition Chromatography

A case study showing how CPC can be used to isolate high-purity cannabidiol while simultaneously removing cannabis-relevant pesticides, demonstrating the technology’s suitability for regulatory-compliant API production.