Sentence examples for membrane separation properties from inspiring English sources

Fluid hydrodynamics within these modules is as important as intrinsic membrane separation properties.

Specifically, relatively high temperatures for polymeric membranes up to 75 °C and wet condition were operated in measuring the membrane separation properties.

In the current study, a series of porous-FO membranes were fabricated to systematically study the role of membrane separation properties on the FO performance of porous membranes.

For FO tests performed at high feed solution (FS) concentration (0.5 M MgCl2), the water flux was not affected by the membrane separation properties nor its orientation.

The roles of the co-deposition time and the PIP/dopamine ratio in the membrane morphology and separation properties were systematically studied to explore the optimal functionalization parameters.

The influence of reactor geometry (i.e. channel width and membrane location), membrane separation and catalyst properties were evaluated and the results compared well with experimental data.

Furthermore, the effects of BPEI-CQD content and the membrane thickness on the separation properties of the membrane from a mixed nitrate solution containing Cu2+, Ni2+ and Cd2+ were investigated.

These membranes exhibit excellent separation properties, comparable to those of a commercial thin-film nanofiltration membrane (Desal-51, Osmonics), and productivity (flux) markedly higher than that of the thin-film membrane.

The development of new membranes with improved separation properties, high mechanical and thermal stability using inexpensive and naturally abundant materials is of utmost importance for sustainable development and environmental applications.

The different facilitated transport behaviors of these two membranes are further analyzed for the rational design and intensified separation properties of membrane materials.

Modification of membranes to improve gas separation properties has been of considerable interest.