The phrase "adsorptive separation" is correct and usable in written English.
It can be used in scientific or technical contexts, particularly in discussions about separation processes in chemistry or materials science.
Example: "The research focused on the efficiency of adsorptive separation techniques for purifying water."
Alternatives: "adsorption-based separation" or "adsorption separation process".
Adsorptive separation of hexane isomers by zeolite 5A has been employed in industry as a supplement to distillation4.
As an alternative technology to energy intensive distillations, adsorptive separation by porous solids offers lower energy cost and higher efficiency.
Appropriate boundary conditions are formulated for all the basic steps in an adsorptive separation scheme.
Simulation of adsorptive separation processes is one of the most challenging problems in chemical engineering.
Aside from lowering the energy cost, adsorptive separation through porous media significantly reduces carbon dioxide emission compared to the large scale industrial distillation processes currently used for the separation of C6 alkane isomers.
A general dynamic model describing the adsorptive separation of multicomponent gaseous mixtures is developed in this study.
Development of an oxygen selective adsorbent is anticipated to reduce the material and energy requirements for adsorptive separations of air by a factor of four, due to the relative concentrations of N2 and O2 in air, thereby decreasing the parasitic energy losses, carbon dioxide emissions, and cost of oxygen purification via pressure-swing adsorption.
Adsorptive bubble separation e.g. foam fractionation represents such a improvable separation process.
The isosteric heat of adsorption is a critical design variable in estimating the performance of an adsorptive gas separation process.
Rational design and development of porous materials for adsorptive gas separation gains ever-increasing attention as industrial applications, such as carbon capture and natural gas purification, always require more energy-efficient processes with adsorbents providing high selectivity.
The selectivity of adsorption of a component of a binary or a ternary gas mixture can be a complex function of equilibrium gas phase pressure, temperature and composition and it must be experimentally measured for reliable design of adsorptive gas separation processes.
