Water treatment with metallic iron (Fe0) is still based on the premise that Fe0 is a reducing agent. An alternative concept stipulates that contaminants are removed by adsorption, co-precipitation and size-exclusion in a reactive filtration process. This article underlines the universal validity of the alternative concept. It is shown that admixing non-expansive material to Fe0 as a pre-requisite for sustainable Fe0-based filtration systems. Fe0-based filters are demonstrated an affordable, appropriate and efficient decentralized water treatment technology
International audienceAvailable water filtration systems containing metallic iron (Fe0 filters) are ...
Aqueous contaminant removal in the presence of metallic iron is often regarded as a reductive transf...
International audienceThe use of metallic iron filters (Fe0 filters) has been discussed as a promisi...
A new concept for household and large-scale safe drinking water production is presented. Raw water i...
Despite two decades of intensive research on using metallic iron (Fe0) for environmental remediation...
Inadequate access to safe drinking water is one of the most pervasive problems currently afflicting ...
There are many factors to consider for the design of appropriate water treatment systems including:...
There are many factors to consider for the design of appropriate water treatment systems including: ...
Metallic iron (Fe0) corrosion under immersed conditions (Fe0/H2O system) has been used for water tre...
International audienceRemediation of contaminated groundwater is an expensive and lengthy process. P...
International audienceRemediation of contaminated groundwater is an expensive and lengthy process. P...
Remediation of contaminated groundwater is an expensive and lengthy process. Permeable reactive barr...
Chemical reduction has long dominated the thinking about the mechanism of aqueous contaminant remova...
International audienceAvailable water filtration systems containing metallic iron (Fe0 filters) are ...
Metallic iron (Fe(0)) is currently used in subsurface and above-ground water filtration systems on a...
International audienceAvailable water filtration systems containing metallic iron (Fe0 filters) are ...
Aqueous contaminant removal in the presence of metallic iron is often regarded as a reductive transf...
International audienceThe use of metallic iron filters (Fe0 filters) has been discussed as a promisi...
A new concept for household and large-scale safe drinking water production is presented. Raw water i...
Despite two decades of intensive research on using metallic iron (Fe0) for environmental remediation...
Inadequate access to safe drinking water is one of the most pervasive problems currently afflicting ...
There are many factors to consider for the design of appropriate water treatment systems including:...
There are many factors to consider for the design of appropriate water treatment systems including: ...
Metallic iron (Fe0) corrosion under immersed conditions (Fe0/H2O system) has been used for water tre...
International audienceRemediation of contaminated groundwater is an expensive and lengthy process. P...
International audienceRemediation of contaminated groundwater is an expensive and lengthy process. P...
Remediation of contaminated groundwater is an expensive and lengthy process. Permeable reactive barr...
Chemical reduction has long dominated the thinking about the mechanism of aqueous contaminant remova...
International audienceAvailable water filtration systems containing metallic iron (Fe0 filters) are ...
Metallic iron (Fe(0)) is currently used in subsurface and above-ground water filtration systems on a...
International audienceAvailable water filtration systems containing metallic iron (Fe0 filters) are ...
Aqueous contaminant removal in the presence of metallic iron is often regarded as a reductive transf...
International audienceThe use of metallic iron filters (Fe0 filters) has been discussed as a promisi...