Add to ORKGIn this study, an externally hybrid membrane photocatalytic oxidation (MPCO) bubbling reactor system was developed and coupled with suspended TiO2 catalyst to destroy the model bacteria (Escherichia Coliform) primarily for controlling biomass fouling in the Reverse Osmosis (RO) purification of biologically treated wastewater into potable water.Master of Engineering (CEE
The current living standards are letting our surface water and groundwater be filled with micropollu...
An integration of photocatalysis with low-pressure submerged membrane has attracted growing interest...
The potential of photocatalytic membrane reactors (PMR) to degrade cytostatic drugs is presented in ...
In this study, an externally hybrid membrane photocatalytic oxidation (MPCO) bubbling reactor system...
The application of semiconductor photocatalysis in treating wastewater has attracted growing interes...
This paper reports the photocatalytic disinfection of water contaminated by a mixture of Escherichia...
Controlling membrane fouling: An electrocatalytic reactor with a TiO 2/C membrane that functions bot...
The detection of anti-cancer drugs in surface water bodies around the globe calls for upgrading curr...
The emergence of non-biodegradable and persistent compounds in European surface waters calls for the...
Toxic organics, pharmaceuticals and antibiotics are currently only partially or not at all removed f...
Abstract−Advanced oxidation processes (AOPs) with UV irradiation and photocatalyst titanium dioxide ...
Selecting colloidal humic acid as the target organic contaminants, the feasibility of using photooxi...
The aim of this study was to design, fabricate and set up a new ultraviolet PCO reactor system with ...
Thesis: M. Eng., Massachusetts Institute of Technology, Department of Civil and Environmental Engine...
An integrated photocatalysis-membrane hybrid system was investigated for wastewater treatment with t...
The current living standards are letting our surface water and groundwater be filled with micropollu...
An integration of photocatalysis with low-pressure submerged membrane has attracted growing interest...
The potential of photocatalytic membrane reactors (PMR) to degrade cytostatic drugs is presented in ...
In this study, an externally hybrid membrane photocatalytic oxidation (MPCO) bubbling reactor system...
The application of semiconductor photocatalysis in treating wastewater has attracted growing interes...
This paper reports the photocatalytic disinfection of water contaminated by a mixture of Escherichia...
Controlling membrane fouling: An electrocatalytic reactor with a TiO 2/C membrane that functions bot...
The detection of anti-cancer drugs in surface water bodies around the globe calls for upgrading curr...
The emergence of non-biodegradable and persistent compounds in European surface waters calls for the...
Toxic organics, pharmaceuticals and antibiotics are currently only partially or not at all removed f...
Abstract−Advanced oxidation processes (AOPs) with UV irradiation and photocatalyst titanium dioxide ...
Selecting colloidal humic acid as the target organic contaminants, the feasibility of using photooxi...
The aim of this study was to design, fabricate and set up a new ultraviolet PCO reactor system with ...
Thesis: M. Eng., Massachusetts Institute of Technology, Department of Civil and Environmental Engine...
An integrated photocatalysis-membrane hybrid system was investigated for wastewater treatment with t...
The current living standards are letting our surface water and groundwater be filled with micropollu...
An integration of photocatalysis with low-pressure submerged membrane has attracted growing interest...
The potential of photocatalytic membrane reactors (PMR) to degrade cytostatic drugs is presented in ...