…focus on addressing critical water and environmental challenges unique to Puerto Rico. Our work reflects a commitment to advancing knowledge and fostering practical solutions. Explore our initiatives to learn how we contribute to the resilience and sustainability of water resources for future generations.
Our Projects...
A proximal sensing approach to sediment transport using an erosion plot and rainfall simulation
About This Project...
This proposal outlines a novel approach to studying sediment transport dynamics at an erosion plot scale using proximal sensing techniques and rainfall simulations. Sediment transport is critical to watershed management and soil erosion control, impacting water quality, ecosystem health, and infrastructure stability.
Bio composites for Caffeine Detection and Removal in Aquatic Ecosystems
About This Project...
The recent revival of the coffee industry in Puerto Rico necessitates addressing caffeine-related issues. The project aims to develop tools for quickly quantifying caffeine concentration near coffee production sites.
Modeling Open Channel Flow at the Confluence of Lateral Discharging Pipes into Receiving Channels
About This Project...
The research analyzes the impact of lateral pipe discharge on flow and water surface elevations in receiving channels. It examines how different discharge angles and flow regimes affect hydraulic conditions. The study seeks to provide guidance for optimizing channel design and minimizing adverse hydraulic effects.
Rapid, portable and low-cost water quality device using artificial intelligence
About This Project...
This project aims to develop a portable, low-cost biosensor using AI and microfluidic technology to rapidly detect bacteria in water samples, meeting EPA standards and reducing detection time from days to hours. Early results show promise with Support Vector Machines for efficient data processing, while ongoing work focuses on improving accuracy and reducing processing time.