Solvent extraction desalination (SED) is a promising technique for efficiently treating high
salinity brines. However, only a few studies in the literature have investigated the influence …

Temperature swing solvent extraction (TSSE) offers a membrane-less and nonevaporative
approach to hypersaline desalination, but performance of conventional TSSE operation is …

Solvent-driven water extraction (SDWE) has promising applications in hypersaline brine
desalination, including zero-liquid discharge processing for industrial wastewaters, and …

Rapid global urbanization and high-salinity wastewater disposal from industrial activities
have exerted significant pressure on water resources. Over the past few years, temperature …

In this paper, we present an all-atomistic molecular dynamics simulation study to understand
the separation of cadmium (Cd2+) and lead (Pb2+) from the aqueous waste using …

Solvent extraction desalination (SED) is a promising membrane-free desalination
technology, but new solvents are still needed that can improve the molecular-level water …

Human population growth has increased the demand for freshwater. Simultaneously,
improvements to high-salinity brine desalination technology are needed to treat wastewater …

The water pollutant diisopropylamine (DIPA) creates surfactantless emulsions in water. DIPA
droplets bear a negative electrostatic charge, as demonstrated by electrophoretic …

Temperature-swing solvent extraction (TSSE) is a cost-effective, simple, versatile, and
industry-ready technology platform capable of desalinating hypersaline brines toward zero …

The feasibility of simultaneous water recovery, salt separation and effective descaling of
hypersaline brine was investigated by diisopropylamine (DIPA)-based directional solvent …