Manganese dioxide (MnO2) is a promising photo–thermo–electric‐responsive
semiconductor material for environmental applications, owing to its various favorable …

Groundwater contamination with heavy metal (loid) s occurs worldwide. Permeable reactive
barriers (PRBs) have been widely accepted as an alternative to traditional ex-situ removal …

Permeable reactive barriers (PRBs) containing metallic iron (Fe0) as reactive materials are
currently considered as an established technology for groundwater remediation. Fe0 PRBs …

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 …

Quiescent batch experiments were conducted to evaluate the influences of Cl−, F−, HCO 3−,
HPO 4 2−, and SO 4 2− on the reactivity of metallic iron (Fe 0) for water remediation using …

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 …

Metallic iron (Fe0) is a reactive material for treating polluted water. The effect of water salinity
on the efficiency of Fe0-based remediation systems is not yet established. This work aims to …

The aim of the present study was to provide new knowledge regarding the effect of non-
expansive inert material addition on anionic pollutant removal efficiency in Fe0-H2O system …

Metallic iron (Fe0) materials have been industrially used for water treatment since the 1850s.
There are still many fundamental challenges in affordably and reliably characterizing the …

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 …