June 6-11, 2026Indianapolis, Indiana, USA
HPLC 2026
55th International Symposium on High Performance Liquid Phase Separations and Related Techniques
Join us, as this scientific symposium series proudly stands as the world's foremost conference on liquid phase separations and related innovations, featuring analytical instrumentation and chromatography innovations.
Delve into the multifaceted world of separation sciences in both liquid and supercritical fluid phases. Discover multidimensional chromatography, hyphenated techniques with pioneering HPLC detection technologies, primarily mass spectrometry, and explore the latest in separation materials, column technologies, and cutting-edge complex mixture analyses.
Our diverse program encompasses:
- Fundamentals: Dive deep into the theory of chromatographic separations and detection principles.
- Technological Advances: Stay updated on liquid chromatography developments and innovations.
- Applications & QA: Explore HPLC applications across diverse sectors and quality assurance.
This symposium promises engaging chromatography workshops, tutorials, and sessions from chromatography experts and luminaries in separation sciences. Moreover, our expansive exhibition and vendor seminars, featuring analytical instrument suppliers, present the newest breakthroughs from industry leaders.
Don't miss the Indianapolis conference that brings together the best in analytical chemistry at this international scientific symposium. Join us for an enriching experience in liquid chromatography and mass spectrometry innovations.
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Call For Abstracts
Join us, as this scientific symposium series proudly stands as the world's foremost conference on liquid phase separations and related innovations, featuring analytical instrumentation and chromatography innovations.
Delve into the multifaceted world of separation sciences in both liquid and supercritical fluid phases. Discover multidimensional chromatography, hyphenated techniques with pioneering HPLC detection technologies, primarily mass spectrometry, and explore the latest in separation materials, column technologies, and cutting-edge complex mixture analyses.
