Synthetic membrane can be fabricated from a large number of different materials.

One of the critical characteristics of a synthetic membrane is its chemistry.

The selection of synthetic membranes for a targeted separation process is usually based on few requirements.

Synthetic membranes can be also categorized based on their structure (morphology).

A wide variety of synthetic membranes is known.

First, synthetic membranes have a lower concentration of proteins compared to biomembranes.

A conventional cover, a synthetic membrane floating on the water or suspended just above it, would cost about $4 a square foot to install.

Synthetic membranes have been successfully used for small and large-scale industrial processes since the middle of twentieth century.

Recently developed synthetic membranes often combine different materials.

Gas mixtures can be effectively separated by synthetic membranes.

Synthetic membranes can be obtained by preparing aqueous solutions of certain lipids.

Synthetic membranes utilized in a separation process can be of different geometry and the respective flow configuration.

Synthetic membrane chemistry usually refers to the chemical nature and composition of the surface in contact with a separation process stream.

Another important area of research involves taking advantage of membrane properties to generate synthetic membranes.

He has been a leader in the fields of mass transfer and membrane transport in synthetic membranes since the 1960s.

Synthetic membranes are expected to develop in the future to replace harvest from the white blood cells due to the limited source of leukocyte.

Liquid membranes refer to synthetic membranes made of non-rigid materials.

The most of commercially utilized synthetic membranes in separation industry are made of polymeric structures.

Tertiary treatment is being increasingly applied and most common technologies are micro filtration or synthetic membranes.

This system will utilise a barrier with low permeability either via a synthetic membrane or a natural/engineered clay material.

Also used to affix synthetic membranes.

Synthetic membranes can be made in either low- or high-flux configuration, but most are high-flux.

The most commonly used synthetic membrane devices (modules) are flat plates, spiral wounds, and hollow fibers.

Synthetic membranes may be polymers of lactic acid or glycolic acid.

Currently synthetic membranes are studied; however, there are many drawbacks to using these membranes.