Breakthrough analysis is a powerful technique for determining the adsorption capacity of adsorbent materials under flow conditions. Breakthrough analysis allows users to more closely mimic process conditions than what can be achieved through static adsorption measurements. Additionally, it allows for easy multicomponent measurements when utilizing a mass spectrometer to determine the outlet species from a breakthrough column. Sample preparation is an overlooked, but important step in breakthrough analysis, proper preparation is required to ensure accurate and consistent results.
Prior to breakthrough analysis, samples should be appropriately sized to achieve the best results. Particles that are too large will lead to diffusion limitations within a breakthrough column, while particles that are too small will lead to pressure drop across the column.
Breakthrough analysis is a powerful technique for determining the adsorption capacity of adsorbent materials under flow conditions. Breakthrough analysis allows users to more closely mimic process conditions than what can be achieved through static adsorption measurements. Additionally, it allows for easy multicomponent measurements when utilizing a mass spectrometer to determine the outlet species from a breakthrough column. Sample preparation is an overlooked, but important step in breakthrough analysis, proper preparation is required to ensure accurate and consistent results.
Prior to breakthrough analysis, samples should be appropriately sized to achieve the best results. Particles that are too large will lead to diffusion limitations within a breakthrough column, while particles that are too small will lead to pressure drop across the column.
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