Abstract Purpose of Review Soils can receive a considerable amount of perfluoroalkyl and
polyfluoroalkyl substances (PFAS) via different contamination pathways. Remediating PFAS …

Underground pollution of soils and sediments is a major yet overlooked health issue,
because pollutants are often trapped into inaccessible and complex porous media, and may …

The need for the efficient remediation of soils impacted by per-and polyfluoroalkyl
substances (PFAS) is substantially growing because of the notable upsurge in societal and …

Spilled oil slicks are likely to break into droplets in the subtidal and intertidal zones of
seashores due to wave energy. The nonliving suspended fine particles in coastal …

Surfactant-enhanced air sparging (SEAS) is an effective method of remediating volatile
organic compounds in groundwater. In this study, the airflow migration mechanism and …

There is considerable interest in addressing soils contaminated with per-and polyfluoroalkyl
substances (PFAS) because of the PFAS in the environment and associated health risks …

Conventional in-situ hydrocarbon remediation technologies face challenges associated with
high costs and low long-term efficacy. Aqueous foam injection presents a promising …

Air saturation (S a) can significantly influence the removal effect during air sparging (AS).
However, there have been few studies focused on the temporal and spatial distribution of …

Removal of hydrocarbons from sediments could be achieved using various techniques such
as hydraulic flushing aided by surfactants, which works well for sand and gravel but not as …

基于表面活性剂强化空气扰动(SEAS) 修复中表面活性剂注入参数仅能依靠有限的场地经验,
利用光透射可视化技术, 研究了表面活性剂在不同介质粒径含水层中的迁移行为. 结果表明 …