David Freedman

David Freedman

10 articles
United States Clemson University

Biography

David Freedman is a professor in the Department of Environmental Engineering and Earth Sciences at Clemson University. He earned his PhD in Environmental Engineering from Cornell University. His research focusses on biotic and abiotic degradation of chlorinated organics and 1,4-dioxane.

Publications by Year
Showing 10 of 10
Abiotic Degradation Can Account for Rate Constants for Natural Attenuation of TCE and cDCE in Groundwater
John Wilson Scissortail Environmental Solutions, Inc.
Barbara Wilson Scissortail Environmental Solutions, LLC
Mark Ferrey Minnesota Pollution Control Agency
David Freedman Clemson University
+3 more
Attachment
H4.: Abiotic and In Situ Biogeochemical Processes: Applications and Lessons Learned (Platform)
13th International Conference on Remediation of Chlorinated and Recalcitrant Compounds
Quantification of Abiotic Transformation Rates for cDCE Using a 14C Assay
David Freedman Clemson University
Anangelica Rivera-Cruz Clemson University
Olivia Dunn Geosyntec Consultants
John Wilson Scissortail Environmental Solutions, Inc.
Attachment
H4.: Abiotic and In Situ Biogeochemical Processes: Applications and Lessons Learned (Platform)
13th International Conference on Remediation of Chlorinated and Recalcitrant Compounds
(Group 1, Poster Board #31) Microcosms Reveal Complete Dechlorination Activity with Initial (ital)Dehalococcoides below Detection
David Freedman Clemson University
Alyssa Costello Clemson University
Dominique Sorel S.S. Papadopulos & Associates, Inc
A9. Using Omic Approaches and Advanced Molecular Tools to Optimize Site Remediation (Poster) Poster
A9.: Using Omic Approaches and Advanced Molecular Tools to Optimize Site Remediation (Poster)
13th International Conference on Remediation of Chlorinated and Recalcitrant Compounds
(Group 1, Poster Board #58) Biomass-to-Substrate Ratios and Co-Contaminant Effects on 1,4-Dioxane Biodegradation by Pseudonocardia BERK-1
Kelli Mccourt Clemson University
David Freedman Clemson University
David Adamson GSI Environmental Inc.
Anthony Danko NAVFAC EXWC
C1. 1,4-Dioxane Treatment Technologies (Posters) Poster
C1.: 1,4-Dioxane Treatment Technologies (Posters)
2025 Bioremediation Symposium
Methanotrophic Biodegradation and Natural Attenuation of Chlorinated Solvents under Acidic Conditions
Paul Hatzinger APTIM
Kung-Hui Chu Texas A&M University
Rachael Rezes APTIM
David Freedman Clemson University
+2 more
B9. Advances in Tools and Techniques for Assessing MNA (Platforms) Platform Attachment
B9.: Advances in Tools and Techniques for Assessing MNA (Platforms)
2025 Bioremediation Symposium
(Group 2, Poster Board #55) High-Permeability Zone Volume Fraction and First-Order Rate Constant Effects on 1,4-Dioxane Degradation in Simulated Aquifer-Aquitard Systems
Juan Jose Romero Conde Clemson University
David Freedman Clemson University
Paul Hatzinger APTIM
Charles Schaefer CDM Smith
D5. Bioremediation Approaches for the Innovative Management of Large or Dilute Plumes (Posters) Poster
D5.: Bioremediation Approaches for the Innovative Management of Large or Dilute Plumes (Posters)
2025 Bioremediation Symposium
Effect of Low Temperature Heating on Rates of TCE Dechlorination
David Freedman Clemson University
NIcholas Cotter Geosyntec Consultants
Craig Divine Arcadis
Shandra Justicia-León Arcadis
E7. Advances in Heat-Enhanced Bioremediation (Platforms) Platform Attachment
E7.: Advances in Heat-Enhanced Bioremediation (Platforms)
2025 Bioremediation Symposium
TISR® to Enhance Biotic and Abiotic Reactions and Accelerate Remediation Timeframes
Shandra Justicia-León Arcadis
Craig Divine Arcadis
Jonah Munholland Arcadis
Julia Vidonish Arcadis
+3 more
E7. Advances in Heat-Enhanced Bioremediation (Platforms) Platform Attachment
E7.: Advances in Heat-Enhanced Bioremediation (Platforms)
2025 Bioremediation Symposium
Panel Discussion: Barriers to the Selection and Implementation of Biotechnical Solutions
Ian Brookman Environmental Earth Sciences International
David Freedman Clemson University
John Wilson Scissortail Environmental Solutions, LLC
James Stening Orica Australia Pty Ltd
+1 more
Panel Discussion Attachment
2025 Bioremediation Symposium
(Group 1, Poster Board #269) Abiotic Degradation of 1,4-Dioxane in the Presence of Iron-Bearing Minerals
Juan Jose Romero Conde Clemson University
David Freedman Clemson University
H3. 1,4-Dioxane Remediation Technologies and Challenges (Posters) Poster
H3.: 1,4-Dioxane Remediation Technologies and Challenges (Posters)
14th International Conference on Remediation of Chlorinated and Recalcitrant Compounds