Mining of uranium for defense-related purposes has left a substantial legacy of pollution that
threatens human and environmental health. Contaminated waters in the arid southwest are …

The use of surfactants spans most industrial fields due to their useful tensio-active
properties. These typically chemically synthesized molecules face increasing scrutiny and …

Molecular dynamics simulations were carried out to investigate the structure and stabilizing
factors of aggregates of the nonionic form of the most common congener of …

Water scarcity is a global issue that is expected to continue increasing in importance in the
coming decades. Reclaimed water is one important source available to meet future needs …

This work reports efforts to improve the efficiency and green metrics associated with the
chemical synthesis of single-tailed monorhamnolipids. Scaling of synthetic schemes for …

Glycolipid biosurfactants have potential for metal recovery applications from aqueous
systems. Recovering toxic and critical materials from contaminated and natural waters will …

Biosurfactants are compounds that exhibit surface activity (eg, reduce surface and interfacial
tension) and are derived from natural, biological sources. They are considered green …

Biosurfactants: Research and Development provides a thorough overview of biosurfactant
research and development across a range of settings and industries, highlighting the novel …

Bioremediation methods are effective and long‐lasting methods of removing contaminants
from ecosystems. Environmental contamination has been rising in recent decades due to …

Pollution is referred to as the presence of undesirable substances, such as inorganic (heavy
metals) and organic pollutants (hydrophobic organic compounds). Heavy metals even at …