Sentence examples for membrane separation technologies from inspiring English sources

This paper discusses various separation processes that may be used in the industrial production of hydrogen from fossil fuels, with an emphasis on membrane separation technologies.

Rana et al. (2013) wrote a review entitled 'Radioactive decontamination of water by membrane processes' and discussed the advancement in the technologies of nuclear waste treatment including membrane separation technologies for treatment of radioactive wastes.

In the past few decades, membrane separation technologies exhibit many fascinating properties including low energy consumption, facile operation, and high cost effectiveness and thus have attracted much research attention [1 3].

This chapter discusses different membrane separation technologies and provides a fundamental and practical discussion of membrane extraction, as they are in principle more selective and therefore more interesting for analytical applications.

Several methodologies such as chemical oxidation, electrocoagulation, electrodeposition, filtration, adsorption, chemical precipitation, solvent exchange, photo-degradation and membrane separation technologies have been explored long ago to mitigate recalcitrant heavy metals from adulterated wastewater (Verma et al. 2013; Rasool et al. 2013; Kumar et al. 2014; Zewaila and Yousef 2015).

Membrane separation technology have been applied for produced water treatment.

Membrane separation technology is an effective technology for wastewater or water treatment.

Membrane separation technology is a low cost process when high purity gas streams are not fundamental [27].

In principle, membrane separation technology is well capable of large-scale fractionation of milk.

The first part was carried out by using NF followed by RO membrane separation technology.

Forward osmosis (FO) has proven to be a promising membrane separation technology for seawater desalination.