Fast-mode alternating cyclic operation in trickle beds at elevated temperature for foaming systems
Author:
Publisher
Elsevier BV
Subject
Applied Mathematics,Industrial and Manufacturing Engineering,General Chemical Engineering,General Chemistry
Reference25 articles.
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4. Hydrodynamics of the cocurrent downflow of a gas and a foaming liquid through a packed bed. Part I. Estimation of the transition boundary between the hydrodynamic regimes from the gas continuous flow to the pulsing flow;Bartelmus;Chemical Engineering and Processing,2004
5. Advantages of forced non-steady operated trickle-bed reactors;Boelhouwer;Chemical Engineering and Technology,2002
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2. Process intensification of gas-liquid downflow and upflow packed beds by a new low-shear rotating reactor concept;AIChE Journal;2016-11-14
3. Cyclic operation strategies in inclined and moving packed beds-Potential marine applications for floating systems;AIChE Journal;2016-06-02
4. CFD study and experimental validation of trickle bed hydrodynamics under gas, liquid and gas/liquid alternating cyclic operations;Chemical Engineering Science;2013-02
5. Trickle/pulse flow regime transition in downflow packed tower involving foaming liquids;Chemical Industry and Chemical Engineering Quarterly;2012
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