Since environmental pollution caused by chemical and energy industries has increased for
several decades, there is a social expectation that scientists and engineers try to design …

The variety of applications and expected growth in ionic liquid production are raising
concerns about the release of these compounds into aquatic systems. Up to date, 103 …

As the world's population, urbanization, and industrialization grow, so does the production of
greenhouse gases (GHGs). Considering the harmful impact of these gases on the …

Carbon dioxide is a well-known greenhouse gas that cause global warming. CO 2 capture
and sequestration strategy is known promising strategy to reduce the level of CO 2 in the …

To achieve efficient carbon capture, utilization, and storage, it is necessary to separate CO 2
from the atmosphere. In an attempt to move towards selective separation of CO 2, some of …

In order to improve the recycling capacity, regenerability and energy efficiency of ionic liquid
(IL) based CO 2 capture technology, a series of nonaqueous phase change solvents …

The ability to bind CO2 through the formation of low-energy, easily-broken, bonds could
prove invaluable in a variety of chemical contexts. For example, weak bonds to CO2 would …

Experiments were carried out in a tower reactor to assess CO 2 absorption performances of
aqueous monothanlamine (MEA) solutions and its blends with methyldiethanolamine …

To search for robust CO2 capture materials, several N-(3-aminopropyl) aminoethyl
tributylphosphonium amino acid salts ([apaeP444][AA])-type task specific ionic liquids …

Humidity-responsive materials have attracted increasing attention for their potential use in
various applications, eg, sensors, soft robotics, and human–machine interfaces. Much effort …