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A complete set of experimental data on air-gap membrane distillation (AGMD) is analyzed using the methods of factorial design (FD). A two-level and three-level FD were applied to investigate the influence of the main operating parameters on permeation flux of water. The data involves a study of the effects of salt concentration (at pre-set conditions of different input parameters such as feed temperature,...
Membrane distillation (MD) is a process in which the driving force for mass transfer is temperature gradient rather than conventional ones based on density, static pressure, chemical nature, affinity, and freezing point gradients. Using a porous hydrophobic membrane, MD comes into four configurations; direct contact, air gap, sweeping gas, and vacuum MD. The current technical literature shows a growing...
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