John Wilson

Affiliation

Scissortail Environmental Solutions, LLC

Track

A4. Activated Carbon-Based PFAS Treatment Technologies (Posters), A7. Managing PFAS Regulatory Uncertainty in Response Actions (Posters), B7. Improved Conceptual Site Models that Include Molecular Biological Data (Platforms), E4. Biogeochemical Remediation Processes (Platforms), H8. Monitored Natural Attenuation: Innovative Monitoring Approaches/Lines of Evidence and Lessons Learned (Poster), Panel Discussion

Biography

John Wilson is the Principal Scientist with Scissortail Environmental Solutions, LLC. He consults, provides technical review, and provides expert testimony on processes controlling the active remediation or natural attenuation of natural hydrocarbons, of chlorinated solvents, and PFA compounds in soil and groundwater. He has a Ph.D from Cornell University, a MA for the University of California at Berkeley and a B.S. from Baylor University. From 1979 to 2014, he was a Research Microbiologist with the U.S. EPA, stationed at the Kerr Center in Ada, Oklahoma.

Refine Results

Enter Keywords and Select Fields

in

Track

Conference

Publication Year

Session Types

Showing 1 - 8 of 8
(Group 1, Poster Board #19) A Cost Comparison of Pump-and-Treat and In Situ Colloidal Activated Carbon for PFAS Plume Management at the Former Wurtsmith U.S. Air Force Base

Jeremy Birnstingl & John Wilson

2025 Bioremediation Symposium

Publication Year: 2025

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

Abstract
1 Views
1 Downloads
Using qPCR Data on the bssA Biomarker to Select Appropriate Rate Constants for Biodegradation of Toluene in Groundwater

John Wilson; Giovanni Pilloni; Trent Key; Dora Taggart & Sam Rosolina

2025 Bioremediation Symposium

Publication Year: 2025

Part of: B7.: Improved Conceptual Site Models that Include Molecular Biological Data (Platforms)

Abstract
3 Views
1 Downloads
(Group 2, Poster Board #13) Beyond the Box: Life Cycle Exposure Considerations of Treatment Options for PFAS in Groundwater

Jeremy Birnstingl; John Wilson & Linda Hall

2025 Bioremediation Symposium

Publication Year: 2025

Part of: A7.: Managing PFAS Regulatory Uncertainty in Response Actions (Posters)

Abstract
2 Views
1 Downloads
High Concentrations of Hydrogen Sulfide Can Consume FeS and Reduce the Potential for Abiotic Degradation of TCE

John Wilson

2025 Bioremediation Symposium

Publication Year: 2025

Part of: E4.: Biogeochemical Remediation Processes (Platforms)

Abstract
3 Views
1 Downloads