DR
Debora Rodrigues
Principal Investigator
University of Houston, Downtown
I'm working on
8 months ago
Environmental nanotechnology, advanced water treatment, antimicrobial membranes, photocatalysis
About
NSF CAREER awardee with 3 issued patents, Debora Rodrigues advances environmental nanotechnology at the University of Houston—developing multifunctional adsorbents, antimicrobial membrane coatings, and visible‑light photocatalysts for contaminant removal and water reuse; I‑Corps commercialization experience.
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DR
University of Houston, Downtown

Reusable chitosan bio-beads for enhanced carbon sequestration in cover crop systems

A green, season-independent carbon sequestration solution using chemically modified chitosan bio-beads designed to be combined with cover crop practices. The beads offer high porosity and tunable functional groups for ef...

TechnologyConceptualUniversity
DR
University of Houston, Downtown

Low-cost molecular imprinted polymer sensor array for microbial contamination detection

A biosensing platform using molecular imprinted polymers (MIPs) to detect whole-cell pathogenic bacteria, yeasts, and molds directly in raw water samples. The technology pairs imprinted polymer arrays with surface plasmo...

TechnologyConceptualUniversity
DR
University of Houston, Downtown

Reusable chitosan beads for nitrogen removal in urban stormwater bioretention systems

Porous chitosan biopolymer beads designed as a supportive layer in bioretention systems to enhance nitrogen and phosphate removal from urban stormwater runoff. Made from waste shellfish, the beads are fully biodegradable...

TechnologyIn developmentUniversity
DR
University of Houston, Downtown

Moo3 nanoparticle photocatalyst for enhanced antimicrobial and ROS production in disinfectant formulations

Visible-light-active molybdenum trioxide (MoO3) nanoparticles that boost reactive oxygen species (ROS) production to enhance antibacterial, antifungal, and antiviral activity. Designed for integration into Lysol-type dis...

TechnologyConceptualUniversity
DR
University of Houston, Downtown

Thiol-functionalized chitosan filter membrane for chloramine conversion in water treatment

A thiol (-SH) functionalized polymer membrane technology that converts chloramine disinfectant into easier-to-remove compounds, designed to work alongside ultrafiltration or nanofiltration membranes in water treatment sy...

TechnologyConceptualUniversity
DR
University of Houston, Downtown

Functionalized natural plant fiber filters for water hardness removal

Green, low-cost water filtration technology using functionalized natural plant fibers to capture hardness-causing cations. Offers an inexpensive, easy-to-maintain alternative to conventional ion exchange resins and activ...

TechnologyConceptualUniversity
DR
University of Houston, Downtown

Smartphone-based colorimetric device for automated chloramine monitoring in water

A compact, smartphone-integrated device that uses camera-based colorimetric analysis to automatically interpret chloramine paper test strips. Designed for continuous waterline monitoring, it improves accuracy over visual...

TechnologyConceptualUniversity
DR
Debora Rodrigues
Principal Investigator
University of Houston, Downtown
Work experience
Principal Investigator
2010 - 2010
Postdoctoral Scientist
2007 - 2010
PhD, Microbiology and Molecular Genetics
2002 - 2007
Top industry applications
Drinking water purificationMembrane filtration technology
Expertise
BiocidesBioenergyCrop Cultivation and HarvestingEnvironmental ChemistryFood MicrobiologyFood Safety
Last updated Jan 2026
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