A novel analytical approach for the estimation of shear in the oscillatory membrane microfiltration

A novel analytical approach for estimating the shear rate over membrane surface and away from as a result of oscillation has been presented. The model was developed modified according to our system using Stokes boundary layer equation. Generation is an important phenomenon that not only mitigates fouling but also enhances separation efficiency. It investigated oscillating frequency, amplitude viscosity souring fluid are parameters influence intensity on surface. presented tested with various set frequencies, amplitudes viscosities. While, keeping constant changing ahigherintensity noticed. On other hand, frequency amplitude, lower observed. Similarly, expected, noticed when surrounding increased. supported experimental results where oil drops produced water focus experiments conducted. clear enhanced efficiency used therefore, concentration in permeate decreased. Further, application greatly influenced by pore blocking; higher rate; blocking vice versa.