Utah Valley University students and faculty are utilizing a custom-built 30-foot filtration barge and advanced synthetic biology to combat harmful algal blooms in Utah Lake, aiming to restore the ecosystem and improve water quality for the local community. The initiative, led by the UVU College of Science, combines mechanical filtration with genetic research to target the nutrients that fuel toxic blooms.
Mechanical Filtration Technology
The filtration efforts center on a specialized 30-foot barge designed to target the lake's most heavily affected areas. According to the UVU College of Science, the vessel is capable of pumping up to 1,800 gallons of water per minute through a cellulose filter. This process captures the harmful algae while returning clearer water back into the lake, a method intended to slow the spread of the blooms and keep more of the water safe for public use.
Synthetic Biology Research
In addition to mechanical filtration, researchers are exploring biological solutions through the International Genetically Engineered Machine Project (iGEM). As reported by TechBuzz News, the project combines patented filtration systems with synthetic biology to improve water quality.
According to the UVU College of Science, students are using synthetic biology to engineer 'good algae' designed to remove excess nutrients from the water. By reducing the availability of these nutrients, the project aims to limit the growth of harmful algal blooms and protect the surrounding environment.
Funding and Support
The research and conservation efforts are supported by a coalition of organizations. The UVU College of Science noted that the projects are driven by faculty research and receive funding from several entities, including the University, the Utah Lake Authority, the National Science Foundation, and the State of Utah.
Student Research Experience
The work provides significant hands-on experience for students participating in the environmental restoration efforts. For many, these projects offer a way to apply classroom science to real-world ecological challenges.
Callie Ross, a student in the Biotechnology and Forensic Science programs, highlighted the importance of donor support in making such academic pursuits possible. Ross, who is part of the class of 2025, noted that scholarships and donor contributions allow students to manage rigorous workloads—such as her own 18-credit course load and a 30-hour work week—while pursuing multiple degrees without financial instability.
Restoring the Ecosystem
The ongoing research efforts represent a multifaceted approach to preserving Utah Lake as a vital natural resource. By integrating mechanical intervention with cutting-edge biotechnology, the UVU College of Science aims to provide a sustainable solution to the persistent problem of harmful algal blooms.
Long-term Conservation Goals
The initiative seeks to address the growing need for ecosystem protection before the local environment reaches a point of irreversible damage. The UVU College of Science has emphasized that every contribution helps provide the materials, equipment, and research support necessary to sustain these vital conservation efforts.
