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Parallel-plate mass exchanger with

In this paper, we analyze mass transfer in a parallel-plate mass exchanger with reactive membranes. We consider the case of fully developed, one-dimensional laminar flow between two membranes. Equilibrium carrier-facilitated transport of the solute takes place in the membrane phase. The effect of the diffusion and reaction parameters of the carrier-facilitated system on solute separation is Investigated. [Pg.40]

Stroeve and Kim (109) present a modeling study of parallel plate mass exchange devices with facilitated transport membranes. [Pg.21]

Parallel plate mass exchange devices with semi-permeable membranes have been studied in a number of separation techniques including hemodialysis, artificial oxygenation, gas separation, and heavy-metal ion separation C10-18% The accurate prediction of solute separation in these mass exchangers is desirable. For parallel-plate geometry, Grimsrud and Babb C5) and Colton et al. C ) developed series solutions to describe the mass transfer process. Kooljman CB) reviewed the analytical and numerical solutions available in the early 1970 s. Since that time, other... [Pg.39]

Microstructured plate heat exchangers are stacked arrangements with a multitude of parallel minichannels and high sur-face-to-volume ratios in the range of 200 m /m . The preferred construction material is stainless steel. Wet chemical etching, initially developed for silicon micromachining, is suited for mass... [Pg.332]


See other pages where Parallel-plate mass exchanger with is mentioned: [Pg.92]    [Pg.92]    [Pg.112]    [Pg.92]    [Pg.89]    [Pg.89]    [Pg.89]    [Pg.161]    [Pg.293]    [Pg.107]    [Pg.205]    [Pg.460]    [Pg.2034]    [Pg.77]   


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