Chemical oxidation is the most common way to treat contaminated groundwater or wastewater containing recalcitrant or toxic compounds towards biological oxidation. A number of oxidising agents are commonly used to achieve the complete mineralization of contaminants or simply to transform them in one or more biodegradable products. A review of the in situ application of chemical oxidation for soil and groundwater remediation is provided, including Fenton oxidation, ozonation, permanganate oxidation. For each technology, operating conditions, and health and safety aspects are considered, together with economic evaluation
The in situ chemical oxidation (ISCO) is a technology that requires injecting an oxidant into the gr...
Researchers at the Oak Ridge National Laboratory (ORNL) have been investigating the use of in situ c...
Wastewater treatment for domestic and industrial effluent can be carried out by various physical, ch...
ABSTRACT: Increasing concerns over health and ecological impacts of contaminated sites are leading ...
This review provides a general overview of the application of chemical oxidation to hydrophobic cont...
Chemical oxidation was evaluated for treatment of a groundwater contaminated with trichloroethylene,...
Chemical oxidation uses reagents to transform, degrade, or immobilize organic wastes. Chemical oxidi...
In-situ soil remediation techniques are techniques that deal with soil contamination without a need ...
Capitulo 6: 78 páginasThis chapter provides an overview ofthe remediation technologies based on phys...
In situ chemical oxidation is a developing class of remediation technologies in which organic contam...
The fundamental information that a well-designed treatability study can provide is essential to the ...
Treatability testing for In Situ Chemical Oxidation was conducted on a site where the groundwater wa...
Groundwater contamination generically refers to modifications in biological, physical, or chemical ...
This article reviews the technical applicability and the treatment performance of various advanced o...
International audienceFenton oxidation constitutes a viable remediation strategy to remove polycycli...
The in situ chemical oxidation (ISCO) is a technology that requires injecting an oxidant into the gr...
Researchers at the Oak Ridge National Laboratory (ORNL) have been investigating the use of in situ c...
Wastewater treatment for domestic and industrial effluent can be carried out by various physical, ch...
ABSTRACT: Increasing concerns over health and ecological impacts of contaminated sites are leading ...
This review provides a general overview of the application of chemical oxidation to hydrophobic cont...
Chemical oxidation was evaluated for treatment of a groundwater contaminated with trichloroethylene,...
Chemical oxidation uses reagents to transform, degrade, or immobilize organic wastes. Chemical oxidi...
In-situ soil remediation techniques are techniques that deal with soil contamination without a need ...
Capitulo 6: 78 páginasThis chapter provides an overview ofthe remediation technologies based on phys...
In situ chemical oxidation is a developing class of remediation technologies in which organic contam...
The fundamental information that a well-designed treatability study can provide is essential to the ...
Treatability testing for In Situ Chemical Oxidation was conducted on a site where the groundwater wa...
Groundwater contamination generically refers to modifications in biological, physical, or chemical ...
This article reviews the technical applicability and the treatment performance of various advanced o...
International audienceFenton oxidation constitutes a viable remediation strategy to remove polycycli...
The in situ chemical oxidation (ISCO) is a technology that requires injecting an oxidant into the gr...
Researchers at the Oak Ridge National Laboratory (ORNL) have been investigating the use of in situ c...
Wastewater treatment for domestic and industrial effluent can be carried out by various physical, ch...