Research Areas
- Sustainable and low-carbon construction materials
- Advanced concrete and cement-based materials
- Environmental remediation technologies
- Recycled and waste-derived construction materials
- Smart infrastructure and AI applications
Scientific Achievements
- Launched a PFAS contamination research project focused on water quality and health impacts in the Rio Grande Valley
- Developed and evaluated innovative PFAS treatment technologies using light, electricity, and advanced electrode materials
- Advanced the use of In₂O₃- and graphene oxide-based materials for removing PFAS contaminants from water
- Integrated environmental engineering, public health, and community-focused research to address regional water challenges
- Mentored one graduate student and one undergraduate student through RCMI-supported research
Funding
RCMI Funding
- U54MD019970, NIH/NIMHD: Pilot Project Principal Investigator, “Exploring the Potential Link between PFAS Exposure and Cancers and Epigenetic Diseases in Disparity and Minority Communities in the Texas Rio Grande Valley”
Scientific Advance
PFAS, often called “forever chemicals,” can remain in the environment for a very long time and may contaminate drinking water. This project is developing a new water treatment method that uses light, electricity, and specialized materials to help break down PFOA, a common PFAS chemical. The research aims to identify safer and more effective ways to reduce PFAS contamination and protect public health. The work is especially relevant to communities in the Rio Grande Valley, including Hidalgo, Cameron, and Starr Counties, where environmental health risks may have a greater impact. In addition to advancing water treatment solutions, the project provides hands-on research training opportunities for graduate and undergraduate students.
