The U.S. National Science Foundation (NSF) has awarded million through its Established Program to Stimulate Competitive Research (EPSCoR)Research Infrastructure Improvement-Focused Collaborations Programto develop Mobile Energy-Water Reuse Systems (MEWRS). The initiative aims to help rural communities gain reliable, safe water and energy through a decentralized system designed to operate without reliance on outside resources.
The project, "Empowering Community Resilience with Sustainable Energy and Water Reuse Systems," brings together researchers from Louisiana Tech University, Jackson State University and the w88, Reno, who will lead advancements in nanomaterials and electrochemistry to create mobile systems for water treatment and renewable energy generation.
The w88, Reno will receive .7 million over four years to contribute to the research, development and deployment of MEWRS. w88 faculty members involved in the project include David Hanigan, associate professor of civil and environmental engineering and the University’s principal investigator; Krishna Pagilla, professor of civil and environmental engineering; and Loretta Singletary, professor of economics and Extension interdisciplinary outreach liaison.
“We believe technology should address real-world needs, especially in communities where access to clean water and energy is limited,” Hanigan said. “MEWRS is a step toward giving rural areas the tools they need to maintain essential services independently.”
The MEWRS units will use advanced water treatment technologies to meet potable water standards and deliver off-grid energy solutions, combining renewable energy storage and water reuse processes.
In collaboration with rural communities, the research team will establish local advisory groups to ensure MEWRS is designed to meet specific needs. Community members will help guide system development and offer insights on optimizing water treatment for different environments.
“By working directly with communities, we can design systems that are practical and effective for their daily lives,” Singletary said.
The project also aims to encourage partnerships with industry, including companies that can help design, assemble and manufacture MEWRS products. This is expected to create new business opportunities, attract investment and boost local economies in EPSCoR jurisdictions.
“MEWRS is not just about technology – it’s about building a future that is adaptable to ongoing environmental challenges,” Pagilla said.
A key part of the project includes education and workforce development. Students will gain hands-on training in areas such as water treatment chemistry, energy storage and advanced materials — skills that are critical to future careers in clean energy and sustainable water systems.
The MEWRS project will incorporate waste recycling and upcycling, adding an additional layer of sustainability to system designs. These efforts will support environmental goals while offering long-term, practical solutions for communities adapting to shifting environmental pressures.
With a focus on improving access to essential services and supporting economic growth, MEWRS is expected to have a lasting impact on communities throughout w88, Louisiana, Mississippi and beyond.
For more information, please contact Hanigan atdhanigan@unr.edu.
