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A platform for research: civil engineering, architecture and urbanism
Efficient Shortcut Method for Determining the Process Window in Stirred‐Pulsed Extraction Columns
Recent studies showed the superior separation performance of stirred‐pulsed columns of different diameters in liquid‐liquid extraction processes. Here, an efficient shortcut method will be presented, which is time and resource‐efficient as well as cost‐effective to determine the operational window of these columns for industrial separation tasks. Savings in time of less experiments and costs of materials consumption can be estimated with up to 30 %. The presented method is particularly suitable before the application of new chemical systems, which are particularly cost‐intensive and scarce in material supply.
Efficient Shortcut Method for Determining the Process Window in Stirred‐Pulsed Extraction Columns
Recent studies showed the superior separation performance of stirred‐pulsed columns of different diameters in liquid‐liquid extraction processes. Here, an efficient shortcut method will be presented, which is time and resource‐efficient as well as cost‐effective to determine the operational window of these columns for industrial separation tasks. Savings in time of less experiments and costs of materials consumption can be estimated with up to 30 %. The presented method is particularly suitable before the application of new chemical systems, which are particularly cost‐intensive and scarce in material supply.
Efficient Shortcut Method for Determining the Process Window in Stirred‐Pulsed Extraction Columns
Schmalenberg, Mira (author) / Frede, Timothy Aljoscha (author) / Mathias, Christopher (author) / Kockmann, Norbert (author)
Chemie Ingenieur Technik ; 93 ; 466-472
2021-03-01
7 pages
Article (Journal)
Electronic Resource
English
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