YPSO-Chromworks™ 2017 helps you make the best use of your experimental data to design, secure, and optimize purification processes.
You can then fine-tune all your process parameters, get performance, analyze the influence of dead volumes, etc.
Simply define whether you work in isocratic or in gradient mode, whether you perform simple injections or run complex multi-step sequencing.
You will then have the possibility to simulate the influence of the different process parameters on your chromatogram.
Get your design space (the so-called ‘triangle’) in one click. In a second click you simulate a TMB, an SMB or other MCC setups!
Beside the conventional SMB, many commercial MCC set-ups are pre-configured based on publicly available information. This makes comparison between commercial options straightforward.
Designing a chromatographic process has never been so easy! Whether it comes to designing a single-column process, an SMB (and alike) or a capture process (including continuous multi-column processes), obtain your design in a click.
Simply state your specifications and let YPSO-ChromWorks do the rest. The process designer tools are based on powerful algorithms that help you find the sweet spot leading to efficient and smart processes.
We appreciate that your problem may be different and that you have your own ideas. This is the reason why YPSO-Chromworks 2017 gives you the opportunity to define your own process, with custom-made configurations.
With the user defined module, you connect columns in series or in parallel, you close the loop or open it, you perform isocratic or gradient elution ...
If you would like to:
Then, you will love the Toolbox!
The models used in YPSO-ChromWorks are thoroughly described in the book: “Chromatographic Processes: modeling, simulation and design” by Roger-Mar Nicoud, 672 pages, Cambridge University Press, Cambridge Series in Chemical Engineering (2015)
Contact firstname.lastname@example.org to discuss your specific project.