Water and Environmental Technology (WET) Center

The National Science Foundation Water and Environmental Technology Center at Arizona State University was established to promote scientific research that will ensure the quality of water by pooling the resources of the university and industry.

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.

Focus areas

The center’s research program provides research and knowledge in the following areas:

  • Environmental microbiome and public health
  • Microbial and chemical contaminants monitoring in water
  • Pathogen inactivation and removal technologies
  • Microbial detection technologies
  • Microbial fate and transport to subsurface
  • Taste, odor, arsenic and DBPs removal
  • Water reuse and groundwater recharge
  • Wastewater-based epidemiology
  • Environmental toxicology and ecological health

Director

Portrait of Morteza Abbaszadegan

Morteza Abbaszadegan

Professor

School of Sustainable Engineering and the Built Environment

Abbaszadegan’s work focuses on contemporary water quality issues concerning health-related water microbiology. He is director of the WET Center at ASU and a professor of environmental microbiology and engineering.

Regional Water Quality superimposed over a map of Arizona

A long-term regional ecological research water quality partnership with multiple valley cities and municipalities.

IAB Annual Meeting

View the agenda from February 2024.

Next meeting date

February 20, 2025

Legionella, Mycobacterium & E. coli detected in Arizona source water

Legionella, Mycobacterium & E. coli detected in Arizona source water

Plaque forming assay for the detection of freshwater algal viruses

Cell culture for the detection of infectious animal viruses

Cell culture for the detection of infectious animal viruses

Advanced Oxidation Processes for contaminant mitigation

Cryptosporidium detection using epifluorescence microscopy