205 Advanced Oxidation Processes II


Description:
Advanced Oxidation Processes (AOPs) are processes that rely on the generation of radical species for degrading water contaminants. These types of processes are applied for treating groundwaters and wastewaters as well as drinking water disinfection. The objectives of the proposed session include: (1) Inform communities on the fundamental principles of radical generation for water treatment. (2) Compare the economics and performance of AOPs with conventional water treatment technologies. (3) Describe the latest developments and applications of AOPs for water treatment (i.e., sulfate-based radicals, sonication, cold plasma techniques, UV and/or other catalyst-assisted AOP, etc.) (4) Explain the advantages, disadvantages, and engineering challenges of the in-situ application of AOPs for groundwater treatment. Both applied and fundamental contributions on the above described topics (or closely related ones) are welcomed

Sponsor:
Water


Chair:
Robert W. Peters
Professor
University of Alabama at Birmingham
Civil, Construction, and Environmental Engineering
1075 13th Street South
Birmingham, AL
35294-4440
Fax Number: 205-934-9855
Email: rwpeters@uab.edu

Co-chairs:
Mohammed Mostafa
Assistant Professor
Zewail City of Science and Technology
Environmental Engineering Program
Giza
Email: mkhaled@zewailcity.edu.eg

Tapas K. Das
University of Wisconsin-Stevens Point
Department of Paper Science and Engineering
2100 Main Street
Stevens Point, WI
54481
Email: tdas@uwsp.edu

Selma Mededovic Thagard
Assistant Professor
Clarkson University
Chemical and Biomolecular Engineering
Potsdam, NY
13699-5705
Email: smededov@clarkson.edu


Papers:
Optimizing Drinking Water Disinfection: Balancing Corrosion, Byproduct Formation, and Pathogen Removal
Margaret M. Reuter, University of Michigan; Christian M. Lastoskie, University of Michigan
Enhanced Oxidation of Toxic Organic Pollutants By Ferrate(VI) and Its Modifications in Aqueous Solution
Kyriakos Manoli, University of Western Ontario; George Nakhla, University of Western Ontario; Virender K. Sharma, Texas A&M University; Ajay K. Ray, University of Western Ontario
Cyanide Recovery from Barren Solution Using UV Photodissociation and Gas-Filled Membrane Technology
Kashinath Banerjee, Veolia Water Solutions & Technology; Herve Buisson, Veolia Water; Tapas K. Das, Saint Martin's University
Removal of Phenol from Wastewater of Petroleum Refinery By Using Advanced Oxidation Process
Ghanim M. Alwan Sr., University of Technology; Mohmmed Abid Sr., University of Technology; Lamyaa Abdulrihda, University of Technology
Abstract Submissions Closed
See more of this Group/Topical: Environmental Division