Abstract Artificial intelligence (AI) is gaining acceptance for modern control systems in various applications daily life including the Chemical process industry. Above all, application of AI increasing field membrane-based treatment where it shows great potential until now. Membrane separations are generally recognized as energy-efficient processes. In particular, membrane desalination, forwar...

This communication reports a new technology platform that advantageously combines organic solvent nanofiltration (a newly emerging technology capable of molecular separations in organic solvents) with solution phase peptide synthesis-Membrane Enhanced Peptide Synthesis (MEPS).

Membrane technology is of significant importance in water treatment applications, and also gaining momentum other separations due to advantages such as environmentally friendly operation, less complex lower-cost operating conditions compared alternative options. To provide for sustainable efficient membrane-based the selection appropriate membranes crucial. Such a based on membrane characteriza...

The field of membrane filtration is currently enjoying a great deal of interest and its field of application is expanding rapidly. Since membrane separations are possible at moderate process conditions the application of membrane filtration in food industry and biotechnology is growing very fast [ 11. Furthermore, the possibility to perform separations at low energy costs makes membrane filtrat...

We model theoretically the effect of localized forces on a fluid membrane anchored to a uniform elastic medium. We use this as a simple model for the plasma membrane of a cell. The atomic force microscope (AFM) has been used to apply such forces, but large membrane perturbations occurring in vivo are also treated within the same framework. Inclusions of this nature may include cell junctions, f...