Abstract
Despite numerous studies on various aspects of the Vapex process, diffusion and convective dispersion phenomena are of a particular interest. The lack of knowledge in this area has resulted in significant uncertainty in design of this process. This paper assimilates and presents a review on the effects of drainage height, permeability, solvent type, and capillarity on mass transfer phenomena in the Vapex process. Due to the scarcity of phase behavior data and variety of adapted experimental approaches in literature, Vapex number was used to investigate the interplay of studied parameters on the efficiency of mass transfer phenomena in Vapex process.
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