J.F. Frederick Devlin

J.F. Frederick Devlin is a Professor at the University of Kansas specializing in hydrogeology and groundwater remediation. His research focuses on developing innovative in situ characterization methods and remediation technologies for contaminated groundwater systems, with active projects centered on permeable reactive barriers and nutrient injection walls.

Devlin's research spans hydrogeology, groundwater remediation, contaminant transport, porous media characterization, and groundwater velocity measurement. He pioneers the application of point velocity probes (PVP) for direct groundwater velocity assessment in wells, streambeds, and glacial outwash aquifers, emphasizing site characterization and fate/transport of contaminants. His work bridges theoretical hydrogeology with practical remediation engineering to address complex groundwater contamination challenges.

His publication record demonstrates consistent focus on advancing groundwater velocity measurement techniques, particularly through PVP applications in heterogeneous aquifers. The 2015 study on upscaling point velocity measurements in glacial outwash systems exemplifies his methodological approach to improving aquifer characterization accuracy for remediation design, contributing significantly to environmental engineering and hydrogeological practice.

No scientific awards were documented in the provided materials.

Devlin actively supervises graduate research in hydrogeology, offering thesis opportunities in site characterization, groundwater remediation, and contaminant transport. While specific grant details aren't listed, his sustained research programs indicate ongoing funding for projects involving granular iron reactivity, denitrification technologies, and porous media characterization methods.

Research infrastructure details including laboratories, field equipment, or collaborative teams weren't specified in the available documentation, though his work implies access to groundwater testing facilities and field instrumentation for PVP applications.