To develop improved quantitative characterization techniques and predictive models for the filtration of complex mixtures using commercial membranes based on high quality measurements of streaming potential and water transport coefficients and detailed measurements of filtration results on dilute, complex aqueous mixtures encountered in membrane-based separations.
(dilute, complex aqueous mixtures; encountered; L:in membrane-based separations) (complex mixtures; using; commercial membranes) (improved quantitative characterization techniques and predictive models for the filtration of complex mixtures; based; on high quality measurements of streaming potential and water transport coefficients and detailed measurements of filtration results on dilute, complex aqueous mixtures)
dilute, complex aqueous mixtures complex mixtures improved quantitative characterization techniques and predictive models for the filtration of complex mixtures
encountered using based
L:in membrane-based separations
commercial membranes
on high quality measurements of streaming potential and water transport coefficients and detailed measurements of filtration results on dilute, complex aqueous mixtures