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Adsorbent and Phase Systems

Find a mobile phase with high solubility, a compatible stationary phase, and then optimize selectivity, capacity, and efficiency followed by a systematic increase in column load. [Pg.125]

This is certainly true for the technical and production scale domain, but for high-throughput separations or other projects, where time dominates productivity, other solutions have to be applied based on limited or even not optimized methods. [Pg.125]

These two main fields of application for chromatography result of course in a dissimilar approach to selecting the chromatographic system. If time pressure [Pg.125]

For production-scale processes, economic pressure arises and thus a successive optimization of the chromatographic system will pay offby a reduction in operating costs. Therefore, the development of the chromatographic system has to start with the search for a suitable mobile phase with high solubility for the given solute (Section 3.2.3.1) and a compatible adsorbent. Dependent on the nature of the phase system the separation is optimized by adjusting the mobile phase composition (Sections 3.2.4—3.2.6). [Pg.127]


See other pages where Adsorbent and Phase Systems is mentioned: [Pg.120]    [Pg.466]    [Pg.125]   


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