Within the AQUAREHAB project WP5 focused on the development of groundwater rehabilitation technologies with injectable Fe-based micro- (100 nm < d < 100 µm) and nanoscale particles (< 100 nm). The idea was to inject small sized particles into the subsurface where they spread over a certain distance before sedimenting or attachment to the aquifer matrix. They then either directly react with the present contaminants or build a permeable reactive zone where the dissolved contaminants (plume) are being degraded.The advantage of this technology is that installing these zones or barriers via injection is fairly inexpensiveand not intrusive (in other words, the beneficial usage of the site is not disturbed by remediation efforts). Within th...
Permeable reactive barriers have been recognized as a cost-effective technology for in-situ groundwa...
Contaminated sites managements represents in Europe one of the most serious issues. Recen...
The paper reports a pilot injection test of microsized zerovalent iron (mZVI) dispersed in a guar gu...
In the framework of the research project AQUAREHAB (FP7 - G. A. Nr. 226565), a pilot injection test ...
This master's thesis is focused on remediation of groundwater polluted by chlorinated ethenes with a...
In the context of groundwater remediation, the use of zero-valent metals is known to be successful f...
Colloidal suspensions of engineered nanoparticles have been studied in recent years for waste water ...
Background/Objectives. Concentrated suspensions of microscale and nanoscale zerovalent iron particle...
Through the accidental or improper release of chlorinated organic pollutants, numerous sites have be...
Microbial reduction of ferric iron is a major biogeochemical process in groundwater ecosystems and o...
In the context of groundwater remediation, the use of zero-valent metals has been shown promising fo...
Within the FP7 AQUAREHAB project, injectable micro-sized zero-valent iron particles (mZVI) are being...
Nanoremediation technologies are based on the injection of reactive nanomaterials into the subsurfac...
Over the last thirty years, several techniques of groundwater (GW) remediation based on the principl...
Microscale iron particles (MZVI) have been recently studied for application in groundwater remediati...
Permeable reactive barriers have been recognized as a cost-effective technology for in-situ groundwa...
Contaminated sites managements represents in Europe one of the most serious issues. Recen...
The paper reports a pilot injection test of microsized zerovalent iron (mZVI) dispersed in a guar gu...
In the framework of the research project AQUAREHAB (FP7 - G. A. Nr. 226565), a pilot injection test ...
This master's thesis is focused on remediation of groundwater polluted by chlorinated ethenes with a...
In the context of groundwater remediation, the use of zero-valent metals is known to be successful f...
Colloidal suspensions of engineered nanoparticles have been studied in recent years for waste water ...
Background/Objectives. Concentrated suspensions of microscale and nanoscale zerovalent iron particle...
Through the accidental or improper release of chlorinated organic pollutants, numerous sites have be...
Microbial reduction of ferric iron is a major biogeochemical process in groundwater ecosystems and o...
In the context of groundwater remediation, the use of zero-valent metals has been shown promising fo...
Within the FP7 AQUAREHAB project, injectable micro-sized zero-valent iron particles (mZVI) are being...
Nanoremediation technologies are based on the injection of reactive nanomaterials into the subsurfac...
Over the last thirty years, several techniques of groundwater (GW) remediation based on the principl...
Microscale iron particles (MZVI) have been recently studied for application in groundwater remediati...
Permeable reactive barriers have been recognized as a cost-effective technology for in-situ groundwa...
Contaminated sites managements represents in Europe one of the most serious issues. Recen...
The paper reports a pilot injection test of microsized zerovalent iron (mZVI) dispersed in a guar gu...