iwa-microbiology.org

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Project Funding Form | WET

http://wet.asu.edu/testwp/project-funding-form

The Water and Environmental Technology Center has brought together a prestigious group of researchers within Arizona State University. These interdisciplinary research groups include biologists, chemists, physicists, hydrologists, engineers and social scientists who work together to resolve water quality problems. Civil and Environmental Engineering, ASU. IWA – Health Related Water Microbiology. Water and Environmental Technology Center, Temple University. Civil, Environmental and Sustainable Engineering.

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Journal Publications | WET

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Fabrication of uniform size titanium oxide nanotubes (2007). Enhanced Accumulation of Arsenate in Carp in the Presence (2007). Efficacy of Removal of CCL Viruses under enhanced coagulation conditions. Enhanced bioaccumulation of cadmium in carp in the presence of titanium dioxide nanoparticles (2007). Assessment of the Risk of Infection by Cryptosporidium and Giardia in Non-potable Reclaimed Water. A guide for optimizing sample volume for the detection of Cryptosporidium oocysts by USEPA method 1622.

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Announcements | WET

http://wet.asu.edu/testwp/announcements

The Water and Environmental Technology Center has brought together a prestigious group of researchers within Arizona State University. These interdisciplinary research groups include biologists, chemists, physicists, hydrologists, engineers and social scientists who work together to resolve water quality problems. Civil and Environmental Engineering, ASU. IWA – Health Related Water Microbiology. Water and Environmental Technology Center, Temple University. Civil, Environmental and Sustainable Engineering.

wet.asu.edu

WET Center Meeting | WET

http://wet.asu.edu/testwp/wet-center-meeting

WET Center Meeting Registration. Enter the details for registering for WET Center meetings. The Water and Environmental Technology Center has brought together a prestigious group of researchers within Arizona State University. These interdisciplinary research groups include biologists, chemists, physicists, hydrologists, engineers and social scientists who work together to resolve water quality problems. Civil and Environmental Engineering, ASU. IWA – Health Related Water Microbiology.

wet.asu.edu

Member Benefits | WET

http://wet.asu.edu/testwp/member-benefits

Prestigious association with the Arizona State University, National Science Foundation, and the Water and Environmental Technology Center. University interactions with industry provide credibility with the general public. There are only 10% indirect costs on membership fees, whereas University overhead is usually 52.5%. Voting rights on the Industrial Advisory Board (IAB) allow industry members to influence research areas. Positively affect water quality at the local, national, or international level.

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Mission | WET

http://wet.asu.edu/testwp/mission-5

Water and Environmental Technology Center Mission Statement. Human societies have eternally been associated with sources of water. These waterways bear witness to the everlasting story of human struggle and success, and also show the scars of human plight at the hands of nature. The quality and quantity of water used in a society truly reflects its evolutionary stage. In the 21st century water quality will be a paradigm of social and industrial development. 2 Taste and odor. The Water and Environmental T...

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Agenda | WET

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Download (DOCX, 34KB). The Water and Environmental Technology Center has brought together a prestigious group of researchers within Arizona State University. These interdisciplinary research groups include biologists, chemists, physicists, hydrologists, engineers and social scientists who work together to resolve water quality problems. Civil and Environmental Engineering, ASU. IWA – Health Related Water Microbiology. Water and Environmental Technology Center, Temple University. Tempe, AZ 85287-3005.

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Conference Presentation | WET

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American Society for Microbiology. San Diego, 2010). Q-388)Identification of Bacteroides Species in Human and Fish by Culture and Molecular Techniques. Q-1449) Identification of Amoebic Activity and Naegleria fowleri in Arizona Drinking Water Systems. Q-3117A) The Virucidal Efficacy of A Spray and Wipe Microbicide on Hard Non-porous Surfaces. Q-433) An Analysis of the Relationship Between Virus Capsid Amino Acid Composition and Removal and Disinfection Efficacy. American Society for Microbiology. Q-329) ...

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Progress Reports | WET

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Membership may be required for some content. Biological account and control strategies for snails. Erin Photocatalysis Report WET Center Fall 2010. Leila Bacteroides Report for Wet Center Fall 2010 Recovered. Peter Fox Coating Report-WET Center Fall 2010. Evaluation of Best Operational Practices for Control of Naegleria fowleri in Arizona Public Drinking Water Systems. Endocrine Disruptors and Nanoparticles Toxicity in Water. Can Fuel Cells Provide Safe and Cost-Effective Potable Water Sources? Catalytic...

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Final Report | WET

http://wet.asu.edu/testwp/final-report

Membership may be required for some content. Screening PAC Suppliers Bid Submissions. Design Models for Sorption-Based Arsenic Treatment Systems. Reducing 2-Methylisoborneol (MIB) and Geosmin in the Metropolitan-Phoenix Area Water Supply. Comparison on Pilot-Scale and RSSCT Tests for Arsenic Removal by GFH and E33. Characterizing Microbial Quality in Non-Potable Reclaimed Water Systems to Optimize End Uses. Regeneration and Performance of Solmetex ArsenXnp Resin. Development Of A Molecular Fingerprinting...