The validity of the specific reaction rate constants (kSA) in modelling contaminant removal in Fe0/H2O systems is questioned. It is shown that the current kSA-model does not consider the large reactive surface area provided by the in-situ formed oxide film, and thus the adsorptive interactions between contaminants and film materials. Furthermore, neither the dynamic nature of film formation nor the fact that Fe0 surface is shielded by the film is considered. Suggestions are made how the kSA-model could be further developed to possibly meet its original goal.researc
The intrinsic reactivity of 4 metallic iron materials (Fe0) was investigated in batch and column exp...
Science denial relates to rejecting well-established views that are no longer questioned by scientis...
The use of zero valent iron (Fe-0) for the remediation of water contaminated with carbon disulfide (...
A central aspect of the contaminant removal by elemental iron materials (Fe0 or Fe0 materials) is th...
Contaminant co-precipitation with continuously generated and transformed iron corrosion products has...
The mechanism of aqueous contaminant removal by elemental iron (Fe0) materials (e.g., in Fe0-H2O sys...
Aqueous contaminant removal in the presence of metallic iron (e.g. in Fe(0)/H(2)O systems) is charac...
The mechanism of aqueous contaminant removal by elemental iron (Fe0) materials (e.g., in Fe0-H2O sys...
Chemical reduction has long dominated thinking about the mechanism of aqueous contaminant removal in...
This letter presents an improved discussion of the data provided in a recent article on EDTA removal...
Chemical reduction has long dominated the thinking about the mechanism of aqueous contaminant remova...
Characterizing the intrinsic reactivity of iron materials for environmental remediation has received...
The development of new adsorbent materials for the removal of toxic contaminants from drinking water...
International audienceThe development of new adsorbent materials for the removal of toxic contaminan...
Zerovalent iron (ZVI) has been proposed as a reactive material in permeable in situ walls for ground...
The intrinsic reactivity of 4 metallic iron materials (Fe0) was investigated in batch and column exp...
Science denial relates to rejecting well-established views that are no longer questioned by scientis...
The use of zero valent iron (Fe-0) for the remediation of water contaminated with carbon disulfide (...
A central aspect of the contaminant removal by elemental iron materials (Fe0 or Fe0 materials) is th...
Contaminant co-precipitation with continuously generated and transformed iron corrosion products has...
The mechanism of aqueous contaminant removal by elemental iron (Fe0) materials (e.g., in Fe0-H2O sys...
Aqueous contaminant removal in the presence of metallic iron (e.g. in Fe(0)/H(2)O systems) is charac...
The mechanism of aqueous contaminant removal by elemental iron (Fe0) materials (e.g., in Fe0-H2O sys...
Chemical reduction has long dominated thinking about the mechanism of aqueous contaminant removal in...
This letter presents an improved discussion of the data provided in a recent article on EDTA removal...
Chemical reduction has long dominated the thinking about the mechanism of aqueous contaminant remova...
Characterizing the intrinsic reactivity of iron materials for environmental remediation has received...
The development of new adsorbent materials for the removal of toxic contaminants from drinking water...
International audienceThe development of new adsorbent materials for the removal of toxic contaminan...
Zerovalent iron (ZVI) has been proposed as a reactive material in permeable in situ walls for ground...
The intrinsic reactivity of 4 metallic iron materials (Fe0) was investigated in batch and column exp...
Science denial relates to rejecting well-established views that are no longer questioned by scientis...
The use of zero valent iron (Fe-0) for the remediation of water contaminated with carbon disulfide (...