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- W2059583612 abstract "We measured the isothermal transmission through activated carbon adsorber beds at 25°C of two binary mixtures (viz., acetaldehyde‐propane and acetylene‐ethane) in a helium carrier gas. The transmission of each component in the mixture is the ratio of the outlet concentration to the inlet concentration. The inlet concentration of each component was in the range between 10 and 500 ppm. The constant inlet volumetric flow rate was controlled at 200 cc (STP)/min in the acetaldehyde‐propane experiments and at 50 cc(STP)/min in the acetaldehyde‐ethane experiments. Comparison of the experimental results with the corresponding single‐component experiments under similar conditions revealed interference phenomena between the components of the mixtures as evidenced by changes in both the adsorption capacity and the dispersion number; more specifically, throughout the range of concentrations studied here, we observed that propane displaces acetaldehyde from the adsorbed state. This displacement is manifested by the fact that the acetaldehyde transmission exceeds unity at some stage. We observed also that the outlet concentration profiles of propane in the binary mixtures tend to become more diffuse than the corresponding concentration profiles of the oneHyphen;component experiments. We observed similar features with the binary mixtures of acetylene and ethane; in this case, the displacement of acetylene by ethane is less pronounced because of the low adsorptivity of both compounds." @default.
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- W2059583612 date "1980-01-01" @default.
- W2059583612 modified "2023-09-23" @default.
- W2059583612 title "An Experimental Study of Adsorption Interference in Binary Mixtures Flowing Through Activated Carbon" @default.
- W2059583612 cites W624955433 @default.
- W2059583612 doi "https://doi.org/10.1063/1.2948595" @default.
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