The Effect of Fluid Properties and Packing Size on the Hydrodynamics of Packed Columns

The effect of fluid physical properties on the hydrodynamic behaviour in a packed column with 1.5” and 2.5” fourth generation random packing was investigated by measuring the pressure drop and liquid hold-up. Experimental data for combinations of four liquids and two gases were measured for both pac...

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Main Authors: Ulrich Minne, Andries Burger, Cara Schwarz
Format: Article
Language:English
Published: AIDIC Servizi S.r.l. 2018-10-01
Series:Chemical Engineering Transactions
Online Access:https://www.cetjournal.it/index.php/cet/article/view/9129
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author Ulrich Minne
Andries Burger
Cara Schwarz
author_facet Ulrich Minne
Andries Burger
Cara Schwarz
author_sort Ulrich Minne
collection DOAJ
description The effect of fluid physical properties on the hydrodynamic behaviour in a packed column with 1.5” and 2.5” fourth generation random packing was investigated by measuring the pressure drop and liquid hold-up. Experimental data for combinations of four liquids and two gases were measured for both packings in a pilot plant setup with a column inside diameter of 393 mm and a packed bed height of 3 m. Liquid superficial flow rates in the range of 6 – 122 (m3/h)/m2 and gas rates up to the flooding point were considered. The results provide significant extended information on how fluid properties affect the hydrodynamic behaviour in randomly packed columns. As expected, larger packing pieces enable higher hydrodynamic throughputs. However, the choice of packing size remains a balance between improved capacity (larger packing) and improved separation efficiency (smaller packing).
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spelling doaj.art-98257d13e1fd4192a12f46f7dc30472c2022-12-21T19:04:51ZengAIDIC Servizi S.r.l.Chemical Engineering Transactions2283-92162018-10-016910.3303/CET1869006The Effect of Fluid Properties and Packing Size on the Hydrodynamics of Packed ColumnsUlrich MinneAndries BurgerCara SchwarzThe effect of fluid physical properties on the hydrodynamic behaviour in a packed column with 1.5” and 2.5” fourth generation random packing was investigated by measuring the pressure drop and liquid hold-up. Experimental data for combinations of four liquids and two gases were measured for both packings in a pilot plant setup with a column inside diameter of 393 mm and a packed bed height of 3 m. Liquid superficial flow rates in the range of 6 – 122 (m3/h)/m2 and gas rates up to the flooding point were considered. The results provide significant extended information on how fluid properties affect the hydrodynamic behaviour in randomly packed columns. As expected, larger packing pieces enable higher hydrodynamic throughputs. However, the choice of packing size remains a balance between improved capacity (larger packing) and improved separation efficiency (smaller packing).https://www.cetjournal.it/index.php/cet/article/view/9129
spellingShingle Ulrich Minne
Andries Burger
Cara Schwarz
The Effect of Fluid Properties and Packing Size on the Hydrodynamics of Packed Columns
Chemical Engineering Transactions
title The Effect of Fluid Properties and Packing Size on the Hydrodynamics of Packed Columns
title_full The Effect of Fluid Properties and Packing Size on the Hydrodynamics of Packed Columns
title_fullStr The Effect of Fluid Properties and Packing Size on the Hydrodynamics of Packed Columns
title_full_unstemmed The Effect of Fluid Properties and Packing Size on the Hydrodynamics of Packed Columns
title_short The Effect of Fluid Properties and Packing Size on the Hydrodynamics of Packed Columns
title_sort effect of fluid properties and packing size on the hydrodynamics of packed columns
url https://www.cetjournal.it/index.php/cet/article/view/9129
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