The impact of ozone oxidation on removing high molecular weight (HMW) organics in order to improve the biodegradability of alkaline bleach plant effluent was investigated using a semi-batch reactor under different initial pH (12 and 7). After the ozonation process, the ratio of BOD5/COD increased from 0.07 to 0.16 and 0.22 for initial pH 12 and 7, respectively. Also, the effluent color decreased by 48% and 61% at initial pH 12 and pH 7, respectively. These changes were primarily driven by reductions of the HMW fractions of the effluent during ozonation
The degradation of Kraft E1 pulp mill effluent was studied by four different ozonization oxidation s...
Recent studies have shown that partial oxidation by advanced oxidation processes (AOP) is able to tr...
<p>The effect of medium consistency ozone stage pH was evaluated for brown and oxygen delignified eu...
The impact of ozone oxidation on removing high molecular weight (HMW) organics in order to improve t...
Ozonation was used for tertiary treatment of hardwood KP bleaching effluent. The objectives were to ...
The removal of organic compounds from alkaline bleach plant pulp mill effluent was investigated usin...
O impacto da oxidação com ozônio na transformação de compostos orgânicos de elevada massa molar (HMW...
The degradation, by several advanced oxidation reactions, of a pulp mill ECF bleaching effluent, was...
Catalytic ozonation is a promising treatment method for both water and wastewater. In this study, in...
This research is focused on the integrated process for the treatment of bleached Kraft pulp mill eff...
The chemical degradation of lignin-rich kraft pulp wastewater was carried out by ozonation process f...
A large variety of organic and inorganic compounds may be found in wastewater which can contribute t...
The paper mill industry produces high effluent volumes that normally cause a high environmental impa...
The application of ozone for the advanced treatment of wastewater effluents is currently being evalu...
Pulp and paper mills discharge large amounts of wastewater containing high concentrations of lignin,...
The degradation of Kraft E1 pulp mill effluent was studied by four different ozonization oxidation s...
Recent studies have shown that partial oxidation by advanced oxidation processes (AOP) is able to tr...
<p>The effect of medium consistency ozone stage pH was evaluated for brown and oxygen delignified eu...
The impact of ozone oxidation on removing high molecular weight (HMW) organics in order to improve t...
Ozonation was used for tertiary treatment of hardwood KP bleaching effluent. The objectives were to ...
The removal of organic compounds from alkaline bleach plant pulp mill effluent was investigated usin...
O impacto da oxidação com ozônio na transformação de compostos orgânicos de elevada massa molar (HMW...
The degradation, by several advanced oxidation reactions, of a pulp mill ECF bleaching effluent, was...
Catalytic ozonation is a promising treatment method for both water and wastewater. In this study, in...
This research is focused on the integrated process for the treatment of bleached Kraft pulp mill eff...
The chemical degradation of lignin-rich kraft pulp wastewater was carried out by ozonation process f...
A large variety of organic and inorganic compounds may be found in wastewater which can contribute t...
The paper mill industry produces high effluent volumes that normally cause a high environmental impa...
The application of ozone for the advanced treatment of wastewater effluents is currently being evalu...
Pulp and paper mills discharge large amounts of wastewater containing high concentrations of lignin,...
The degradation of Kraft E1 pulp mill effluent was studied by four different ozonization oxidation s...
Recent studies have shown that partial oxidation by advanced oxidation processes (AOP) is able to tr...
<p>The effect of medium consistency ozone stage pH was evaluated for brown and oxygen delignified eu...