


Finalize your purification process with supercritical CO2 chromatography, enabling you to separate, select and collect one or more molecules of interest from the preparative scale. It can also be used to analyze the composition of a complex mixture.
It reduces the number of steps and therefore the cost of purification, by eliminating or greatly reducing post-processing steps such as the elimination of elution solvents.
Our systems are designed to be modular, scalable and adaptable to your production needs. They are also designed from laboratory to industrial scale. industrial scale.
Solvent management and reprocessing are greatly reduced, thus greatly reducing the OPEX and environmental cost of a process.
SFC Process has a research and development laboratory to carry out your feasibility studies in partnership with Reach Separation, which is equipped with the
SFC 30
and develop tomorrow’s technologies.
Would you like to test your biomass before taking the plunge? Our laboratory is equipped with several pilots, so we can offer you a top-quality service and full support for scale-up, from laboratory scale to pilot scale, producing your first batches.
Book a meeting with our engineers and chemists, and together we’ll find the best solutions for setting up or improving your extraction process.
Supercritical CO₂ chromatography is a cutting-edge separation technology used to purify molecules without solvents. At SFC Process, we integrate this clean and efficient method into comprehensive systems tailored to industrial requirements and environmental standards.
Using carbon dioxide in its supercritical state, this non-polluting chromatography technique drastically reduces the need for toxic organic solvents while maintaining high purification performance. It is a preferred alternative in demanding sectors such as pharmaceuticals, flavors, and fine chemicals.
One of the key strengths of supercritical CO₂ chromatography is its ability to separate very similar molecules that are difficult to isolate using conventional methods. With precise control over temperature, pressure, and flow, this process ensures fine, reproducible separations.
This capability makes it ideal for processing complex mixtures while increasing throughput and reducing cycle times. At SFC Process, we design customized equipment that maximizes the benefits of non-polluting chromatography and solvent-free molecular separation.
Systems developed by SFC Process allow you to collect molecules of interest with high purity and accuracy. Leveraging supercritical CO₂ chromatography, our systems automate the recovery of purified fractions while preserving molecular integrity.
Our technology supports both research labs and industrial-scale production with a range of capacity options:
The SFC 30, ideal for pilot runs and small batches
The SFC 50, for intermediate-scale processing
The SFC 100, designed for high-volume industrial use
By offering the ability to purify and collect molecules without solvents, we help improve process efficiency and product quality.
Supercritical CO₂ chromatography is also an excellent method to analyze the composition of complex mixtures. It offers a faster, cleaner, and more efficient alternative to traditional liquid chromatography, especially for thermally sensitive or solvent-incompatible compounds.
Used for both purification and quality control, this non-polluting chromatography solution enables accurate detection, separation, and collection of target molecules from natural or synthetic sources. Its analytical performance makes it a valuable asset for a wide range of industries.
Go ahead, grab your pens and write your letter to Santa—your ready-to-use supercritical CO₂ equipment could be waiting under the tree this year!
This year, we’re putting on our red hats to offer you an exclusive deal: 6 supercritical CO₂ systems in stock and ready for you!
Want to complete your projects on time, reduce toxic solvent use, or explore new processes? Get ahead for 2026 with our solutions—no compromise on quality or profitability!
🎁 Our “holiday special” catalog (100% serious):