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Case Study: How to optimise the cost-efficiency of preparative LC processes

The economic performance and cost-efficiency of a preparative process is mainly determined by the choice of the stationary phase. To evaluate this effect, different C8 materials were compared regarding their performance of the production of 100 kg of insulin in a real-life process.

This case study shows how the overall costs of a real high performance process can be reduced significantly by selecting the best stationary phase material.

Learn more about pH-stable resins!

With YMC-Triart Prep you get high efficiency and flexibility for your preparative processes. This innovative and robust stationary phase outperforms classical silica-based materials by offering multiple advantages:

  • Versatile selectivity for small molecules, peptides and oligonucleotides
  • More flexibility in process development because of alkaline stability
  • Compatibility with 100 % aqueous conditions
  • Increased lifetime due to compatibility to alkaline CIP-procedures
  • Multiple column repacking with continuously high performance


Download here your detailed stability data, application examples and case studies!

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