Add to ORKGAbstract: The purpose of this paper is to report the development of a laboratory-scale pilot based on the use of TiO2 photocatalytic thin films for degrading organic matter and pollutants from natural water. The photoreactor consists of a channel inclined with a glass plate coated by TiO2 in both faces and fixed at 1 cm from the bottom. The thin film was immobilized on the glass plates by Sputtering technique. The reactor was designed to be able of reproduce the hydraulic conditions of a water treatment plant. In experimental testing of degradation of organic matter with solar irradiation maximum efficiency of 50 % was achieved. At optimal conditions it was possible to exceed the efficiencies of a full scale preozonization in a water treatm...
In spite of the intense academic research that has been conducted on the possibility of mineralizati...
In spite of the intense academic research that has been conducted on the possibility of mineralizati...
In spite of the intense academic research that has been conducted on the possibility of mineralizati...
The purpose of this paper is to report the development of a laboratory -scale pilot based on the u...
The new focus on the Energy-Water Nexus is the ability to generate energy from wastewater treatment....
The objective of this study was to develop and validate an innovative technology to ensure efficient...
"The ability to produce energy from contaminated water treatment is new effort on the Energy-Water N...
"The ability to produce energy from contaminated water treatment is new effort on the Energy-Water N...
With the continued increase of human and industrial waste in our society, the treatment of wastewate...
In this thesis, heterogeneous photocatalysis is presented as a promising technology for water purifi...
The degradation of gallic acid and imidacloprid with supported Millennium PC500 and Degussa P25 TiO2...
A novel photocatalytic reaction system, composed of solution and gas spaces which are divided by a t...
In this thesis, heterogeneous photocatalysis is presented as a promising technology for water purifi...
The degradation of gallic acid and imidacloprid with supported Millennium PC500 and Degussa P25 TiO ...
The main focus of this thesis is to study the advanced oxidation processes (AOPs) of water pollutant...
In spite of the intense academic research that has been conducted on the possibility of mineralizati...
In spite of the intense academic research that has been conducted on the possibility of mineralizati...
In spite of the intense academic research that has been conducted on the possibility of mineralizati...
The purpose of this paper is to report the development of a laboratory -scale pilot based on the u...
The new focus on the Energy-Water Nexus is the ability to generate energy from wastewater treatment....
The objective of this study was to develop and validate an innovative technology to ensure efficient...
"The ability to produce energy from contaminated water treatment is new effort on the Energy-Water N...
"The ability to produce energy from contaminated water treatment is new effort on the Energy-Water N...
With the continued increase of human and industrial waste in our society, the treatment of wastewate...
In this thesis, heterogeneous photocatalysis is presented as a promising technology for water purifi...
The degradation of gallic acid and imidacloprid with supported Millennium PC500 and Degussa P25 TiO2...
A novel photocatalytic reaction system, composed of solution and gas spaces which are divided by a t...
In this thesis, heterogeneous photocatalysis is presented as a promising technology for water purifi...
The degradation of gallic acid and imidacloprid with supported Millennium PC500 and Degussa P25 TiO ...
The main focus of this thesis is to study the advanced oxidation processes (AOPs) of water pollutant...
In spite of the intense academic research that has been conducted on the possibility of mineralizati...
In spite of the intense academic research that has been conducted on the possibility of mineralizati...
In spite of the intense academic research that has been conducted on the possibility of mineralizati...