In this work the potentiality of photo-Fenton processes were investigated toward the degradation of aromatic hydrocarbons (BTXs) from water contaminated with gasoline. The main results demonstrated that BTXs can be quickly degraded by photo-Fenton process assisted by solar or artificial UV-A radiation, degradation that leads to generation of characteristic phenolic transient species (ie. phenol, hydroquinone and catechol). In the treatment of contaminated water by photo-Fenton processes assisted by solar light, complete BTXs removal was observed in reaction times of about 5 min. Mineralization of about 90% was also observed by applying a multiple H2O2 addition system
The solar driven photo-Fenton process for treating water containing phenol as a contaminant has been...
Wastewater and soil treatment processes based on Fenton's reagent have gained great attention in rec...
The photochemical degradation of agrochemicals in aqueous solution by means of advanced oxidation pr...
Photo-oxidation processes of toxic organic compounds have been widely studied. This work seeks the a...
In this study the efficiency of advanced oxidative processes (AOPs) were investigated toward the deg...
Phenolic compounds are known to be present in high concentrations in various types of agro-industria...
Increasing concern with the environment, in addition to strict laws, has induced the industries to f...
The oil and petrochemical industry is responsable to generate a large amount of waste and wastewater...
In this study the efficiency of advanced oxidative processes (AOPs) were investigated toward the deg...
The analysis of the environmental and human health threats imposed by phenols was conducted to show ...
In this work, a saline aqueous solution of phenol, 2,4-dichlorophenoxyacetic acid (2,4-D) and 2,4-di...
The photodegradation of bisphenol A (BPA), a representative endocrine disrupting chemical, was carri...
This study presents the first evidence for the accelerated degradation of phenol by Fenton's rea...
With water pollution increment at the last years, so many progresses in researches about treatment o...
The solar driven photo-Fenton process for treating water containing phenol as a contaminant has been...
The solar driven photo-Fenton process for treating water containing phenol as a contaminant has been...
Wastewater and soil treatment processes based on Fenton's reagent have gained great attention in rec...
The photochemical degradation of agrochemicals in aqueous solution by means of advanced oxidation pr...
Photo-oxidation processes of toxic organic compounds have been widely studied. This work seeks the a...
In this study the efficiency of advanced oxidative processes (AOPs) were investigated toward the deg...
Phenolic compounds are known to be present in high concentrations in various types of agro-industria...
Increasing concern with the environment, in addition to strict laws, has induced the industries to f...
The oil and petrochemical industry is responsable to generate a large amount of waste and wastewater...
In this study the efficiency of advanced oxidative processes (AOPs) were investigated toward the deg...
The analysis of the environmental and human health threats imposed by phenols was conducted to show ...
In this work, a saline aqueous solution of phenol, 2,4-dichlorophenoxyacetic acid (2,4-D) and 2,4-di...
The photodegradation of bisphenol A (BPA), a representative endocrine disrupting chemical, was carri...
This study presents the first evidence for the accelerated degradation of phenol by Fenton's rea...
With water pollution increment at the last years, so many progresses in researches about treatment o...
The solar driven photo-Fenton process for treating water containing phenol as a contaminant has been...
The solar driven photo-Fenton process for treating water containing phenol as a contaminant has been...
Wastewater and soil treatment processes based on Fenton's reagent have gained great attention in rec...
The photochemical degradation of agrochemicals in aqueous solution by means of advanced oxidation pr...