Francisco Barajas Rodriguez

Affiliation

AECOM

Track

A4. Activated Carbon-Based PFAS Treatment Technologies (Posters), D10. In Situ Remediation of Petroleum Hydrocarbons (Poster), I1. Ex Situ PFAS Water Treatment Technologies (Poster)

Biography

Francisco is a subject matter specialist working in remediation and industrial wastewater treatment. He has collaborated in over 100 treatability studies to improve project performance, lower treatment costs, and support technology selection, ranging from surface water treatment to complex industrial wastewater treatment, chemical and biological remediation of soil and groundwater, in-situ stabilization of waste and sediments, and immobilization heavy metals. Francisco works on research studies related to emerging contaminants like PFAS, 1,4-dioxane, and microplastics. He is pursuing technology development via collaboration with academia and technology vendors for contaminants removal and resource recovery. He holds a PhD from Clemson University in which he researched 1,4-dioxane bioremediation strategies.

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(Group 1, Board #264) From Traditional to Novel Adsorbents: Do Specific Water Matrix Effects Impact PFAS Treatment?

Francisco Barajas Rodriguez

13th International Conference on Remediation of Chlorinated and Recalcitrant Compounds

Publication Year: 2024

Part of: I1.: Ex Situ PFAS Water Treatment Technologies (Poster)

Abstract
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(Group 1, Poster Board #17) Treatability Evaluation of Pretreatment and PFAS Removal via Rapid Small-Scale Column Testing (RSSCT) in Surface Water

Francisco Barajas Rodriguez; John Currie; Adam Neumann & Daniel Stockard

2025 Bioremediation Symposium

Publication Year: 2025

Part of: A4.: Activated Carbon-Based PFAS Treatment Technologies (Posters)

Abstract
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(Group 1, Poster Board #18) RSSCT Evaluation of Nine Alternatives to Treat PFAS and VOCs in Untreated and Air-Stripped Groundwater

Francisco Barajas Rodriguez; Megan Kubesh & Caryn DeJesus

2025 Bioremediation Symposium

Publication Year: 2025

Part of: A4.: Activated Carbon-Based PFAS Treatment Technologies (Posters)

Abstract
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