Nanoporous materials have widespread applications in chemical industry, but the pathway
from laboratory synthesis and testing to practical utilization of nanoporous materials is …

This article is a survey of the present-day methods of dehydration of ethanol resulting from
fermentation processes. The existing separation techniques for water-ethanol mixtures of …

Graphene‐based laminate membranes have been theoretically predicted to selectively
transport ethanol from ethanol–water solution while blocking water. Here, robust angstrom …

This work highlights a variety of peculiar characteristics of adsorption and diffusion of polar
molecules such as water, methanol and ethanol in zeolites. These peculiarities are …

The adsorption characteristics of zeolites with different framework structures and different
exchanged cation species were examined with a view to using zeolites as adsorbents for the …

The rational design of interface materials containing carbon nanotubes (CNTs) and zeolites
(zeolite-CNTs) is a promising perspective in chemical and biochemical communities …

This study comprises both experimental measurement as well as molecular modeling of the
adsorption of water, methanol, and ethanol on the hydrophobic all-silica decadodecasil 3R …

In absolute ethanol production, LTA zeolites (3A and 4A) are industrially used because of
their selectivity and affinity to water. Despite the numerous studies performed on these …

Nanoporous materials applications have been increasingly applied in energy and
environmental fields. Nanoconfined water behaviors play important roles in the application …

Ethanol production in the United States approached 15 billion gal/year in 2015. Only about
2.5% of this was food‐grade alcohol, but this represents a higher‐value product than fuels or …