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The vapor and liquid distribution along the entire membrane module were simulated.
Moreover, flow-through and elution peaks obtained with the novel membrane module were significantly sharper and more symmetrical, with lower peak width.
The configuration and installation position in the HCR of the membrane module were thoroughly investigated for the optimum design of a submerged membrane coupled with HCR, e.g., MHCR.
The differential equations for transport and reaction within the membrane module were solved using orthogonal collocation to give concentration profiles as a function of contact time, reactor length and radius.
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A hollow fiber membrane module was assessed for its potential in assisting crystallization processes.
The membrane module is comprised of a housing and a plurality of membrane unit cells.
The membrane module is designed to work on both designs exchangeably.
The nature of concentration polarization in each membrane module is determined.
Particle deposition in a spiral-wound membrane module was simulated using computational fluid dynamics (CFD).
And the immersed membrane module was elevated from the bottom to the top of the MBR.
The coefficient of performance for each membrane module is determined at all flow rates considered.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com