Chlorinated ethenes (CEs) are legacy contaminants whose chemical footprint is expected to
persist in aquifers around the world for many decades to come. These organohalides have …

Eco-models have shown great potential in the field of water eutrophication research. We use
the information visualization technology of CiteSpace to present a systematic review of …

In recent days, monolayer materials have been pioneering research to detect different kinds
of toxic pollutants in the air atmosphere. In this work, we utilised alpha-phase antimony …

In this study, we present an indexing scheme to screen large numbers of brownfield sites in
wide areas (municipalities, counties, states or other types of districts) in order to develop …

The presence of trichloroethylene in the groundwater has caused major concerns on a
global scale. In this study, the effect of different parameters such as contact time (15–120 …

Today, due to the increase in the population, the growth of industry and the variety of
chemical compounds, the quality of drinking water has decreased. Five important river water …

The structural stability of novel ζ-arsenene nanotubes (ζ-AsNT) is studied based on the
density functional theory framework and is used as a base material for the detection of …

Redevelopment of large contaminated brownfields (megasites) is often hampered by a lack
of communication and harmonization among diverse stakeholders with potentially conflicting …

Decision-making processes for clean-up of contaminated sites are often highly complex and
inherently uncertain. It depends not only on hydrological and biogeochemical site variability …

Quantitative knowledge of contaminant mass discharge is useful when assessing the risk
posed to streams by point sources. However, due to a multi-directional flow field at the …