Separating mixtures into their constituent substances is essential in many fields. For example, mixture separation plays a key role in the petrochemical industry, as well as in chemical purification ...

Superwetting separation membranes (SWMs), renowned for their low energy consumption, high efficiency, and high flux in liquid mixture separation, hold promising application prospects across industries ...

In many chemical-related industries, such as pharmaceuticals, oil refineries, and food and beverage factories, separating organic liquid mixtures is an essential step. A staple method to achieve this ...

Membrane-based organic solvent separations are rapidly emerging as a promising class of technologies for enhancing the energy efficiency of existing separation and purification systems. Polymeric ...

A team has reported the first demonstration of selective electrochemical separation driven by halogen bonding. This was achieved by engineering a polymer that modulates the charge density on a halogen ...

A team of researchers at Penn State have developed a plant-based nanomaterial capable of selectively extracting dysprosium from rare earth mixtures, according to a recent report. The findings ...

The preceding chapters gave an overview of the many advances in chemical separations and other fields that have emerged in the last 3 decades. Despite the advances, critical challenges remain for the ...

Separation processes are essential to the chemical, petroleum refining, and materials processing industries. The word "separation," however, refers to different processes and functions for different ...

Everything we can see and touch, and quite a lot that we can’t as well, is made of tiny particles called atoms. Some substances, like particles of this iron, contain only one kind of atom. Iron is an ...

Several industries require essential processes for separating mixtures into their constituent substances. Advancing research, scientists from Japan have now developed a novel, versatile, and ...