Auteur Phillip C. Wankat
Documents disponibles écrits par cet auteur (5)
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Ju Weon Lee, Auteur ; Phillip C. Wankat, Auteur |The simulated moving bed (SMB) process has been extensively used in industrial separations for binary and pseudobinary separations. The SMB has been reported to have higher productivity and requires less desorbent than batch chromatography; howe[...]
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Pradeep K. Sharma, Auteur ; Phillip C. Wankat, Auteur |A new adsorption process is developed to remove a strongly adsorbing gaseous impurity that has a very nonlinear isotherm from a non- or weakly adsorbing gas. This process, a number of pressure-swing cycles with low purge ratios followed by therm[...]
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Ju Weon Lee, Auteur ; Phillip C. Wankat, Auteur |Recycle chromatographic systems were designed to isolate one component from a ternary mixture. Since the concentrations of the dilute ternary mixtures studied (phenols, amino acids, and benzenes) were all in the linear range of isotherms, the La[...]
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Kyle P. Kostroski, Auteur ; Phillip C. Wankat, Auteur |Stripping-type PSA (S-PSA) is a commonly used gas separation process for purification of the light component. Rectifying-type PSA (R-PSA), although not commonly used, is a gas separation process for purifying predominately the heavy component. B[...]
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Pradeep K. Sharma, Auteur ; Phillip C. Wankat, Auteur |Adsorption with activated carbon followed by regeneration with steam is the most common technique for solvent recovery from gas streams. The resulting steam−solvent gaseous mixture when condensed can result in either two separate layers (immisci[...]
