The discharge of excessive phosphate from wastewater sources into the aquatic
environment has been identified as a major environmental threat responsible for …

Permeable reactive barriers (PRBs) based on the use of zero valent iron (ZVI) represent an
efficient technology for the remediation of contaminated groundwater, but the literature …

Solid iron corrosion products (FeCPs), continuously generated from iron corrosion in Fe0-
based permeable reactive barriers (PRB) at pH> 4.5, can lead to significant porosity loss …

The suitability of remediation systems using metallic iron (Fe0) has been extensively
discussed during the past 3 decades. It has been established that aqueous Fe0 oxidative …

An innovative approach to characterize the reactivity of metallic iron (Fe 0) for aqueous
contaminant removal has been in use for a decade: The methylene blue method (MB …

This paper presents a three-dimensional (3-D) numerical groundwater flow and transport
model of a metallic iron based permeable reactive barrier (Fe 0-PRB) to assess how porosity …

The ambitious United Nations Sustainable Development Goal for 2030 to “leave no one
behind” concerning safe drinking water calls for the development of universally applicable …

Granular materials can be used in the context of different technologies for the treatment of
contaminated solutions, such as groundwater, stormwater, wastewater, water intended for …

Science denial relates to rejecting well-established views that are no longer questioned by
scientists within a given community. This expression is frequently connected with climate …

Scientific collaboration among various geographically scattered research groups on the
broad topic of “metallic iron (Fe0) for water remediation” has evolved greatly over the past …