Inside the Global Water Center

Interested in seeing what Marquette's presence at the Global Water Center really looks like? Browse photos and videos of the GWC space and ongoing projects below. 

A Global Water Center lab workspace.

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Tour the Inside of the GWC

Filmed in 2014, this video features the president and CEO of the Global Water Center, Dean Amhaus, giving a tour of the inside of the GWC. In the years since the filming of this tour, the GWC has developed immensely! 

                 

High School Water Sampling Project

Dr. Kyana Young of the Global Water Center works with a group of local Milwaukee high school students on water treatment experiments in Marquette's GWC space. This work not only helps further water research in Milwaukee, but also paves the way for young water researchers to build their experience and passion for the field. 

The photos and videos below show Dr. Young and her students testing water for the impact of heavy metals leached from concrete materials on the Kinnickinnic River ecosystem. 

Dr. Young, Dr. Hristova, and their high school students at the Global Water Center.
Dr. Kyana Young, Dr. Krassimira Hristova, and Milwaukee high school students at the Global Water Center

Dr. Young works on a water project with a student at the Global Water Center.  Test tubes at the Global Water Cener Water tanks at the Global Water Center.  High school students work at the Global Water CenterA student marks test tubes at the Global Water Center Dr. Young helps a student on a project at the Global Water Center.
Dr. Young and her high school students sampling water from the KK River system. 

                  

See the students in action and hear more from Dr. Young about research at the GWC.

Ongoing Water Research Projects

Marquette's space at the Global Water Center is designed to be used for water research by those in the Marquette community. Faculty (or students with a faculty advisor) may apply to use the Marquette GWC for their own water-related projects. View photos of some of the ongoing projects utilizing the GWC space, and visit our ongoing projects page for more details. 

                            Student Kate Harrison conducts water research.  
Student Kate Harrison analyzes the effect of zinc and copper on the antibiotic resistance in drinking water systems.  

           Pre-treated water.   Water post-treatment.
Student Kassidy O'Malley demonstrates the efficacy of electrocoagulation as a pre-treatment for electrooxidation for mitigation of estrogens.

                         Paige Peters observes her water project.  
Doctoral student Paige Peters founded Rapid Radicals Technology, LLC (RRTech), a water technology startup, to support the commercialization of high-rate, advanced wet weather treatment for the purpose of rapidly treating sewer overflow water during heavy precipitation.