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Breakthrough analysis with the Autosorb 6300

An Autosorb 6300 was modified to achieve rapid switching of the gas composition from argon to a helium/carbon dioxide mixture prior to performing a breakthrough analysis on a commercial adsorbent for carbon capture.

Breakthrough analyses are a common way to characterize adsorbents under dynamic conditions. They provide an ideal simulation of real-life applications—such as direct air capture or continuous effluent purification—because they allow quantification of gas capacity and the study of diffusion limitations that may hinder practical performance. This report focuses on carbon capture as an industrially relevant case study and demonstrates its measurement using the Autosorb 6300 with its newly implemented capability.

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