David Lippincott

David Lippincott

6 articles
United States APTIM

Biography

David Lippincott is the Remediation Geologist and researcher in the Biotechnology Development and Applications Group at APTIM in Lawrenceville, NJ with over 25 years of experience in the environmental field. David’s current areas of research include the development of in situ technologies for recalcitrant and emerging groundwater contaminants, including PFAS, chlorinated solvents, EDB, NDMA and 1,4-dioxane. He earned bachelor’s degrees in Geology and Business from Stockton University in Galloway, NJ.

Publications by Year
Showing 6 of 6
Lysimeters to Evaluate PFAS Leaching at AFFF-Impacted Sites
Charles Schaefer CDM Smith
Shilai Hao Colorado School of Mines
Nicholas Gonda Colorado School of Mines
Chuhui Zhang Colorado School of Mines
+5 more
I3.: PFAS Fate and Transport (Platform)
13th International Conference on Remediation of Chlorinated and Recalcitrant Compounds
In Situ Sorption of PFAS Using Colloidal Activated Carbon
Anthony Danko NAVFAC EXWC
Paul Hatzinger APTIM
Graig Lavorgna APTIM
David Lippincott APTIM
+1 more
Attachment
B4.: In Situ Activated Carbon-Based Amendments: Assessing Effectiveness and Performance (Platform)
13th International Conference on Remediation of Chlorinated and Recalcitrant Compounds
(Group 1, Poster Board #182) Passive In Situ PFAS Immobilization and Removal Using a Novel Funnel and Gate System
David Lippincott APTIM
Paul Hatzinger APTIM
Graig Lavorgna APTIM
Sara Foxwell APTIM
+3 more
E2. In Situ PFAS Treatment Approaches (Poster) Poster
E2.: In Situ PFAS Treatment Approaches (Poster)
13th International Conference on Remediation of Chlorinated and Recalcitrant Compounds
Passive In Situ PFAS Capture and Removal Using a Novel Funnel and Gate System
David Lippincott APTIM
Graig Lavorgna APTIM
Sara Foxwell APTIM
Brett Caron APTIM
+2 more
A1. Innovative Treatment Technologies for PFAS In Situ (Platforms) Platform Attachment
A1.: Innovative Treatment Technologies for PFAS In Situ (Platforms)
2025 Bioremediation Symposium
(Group 1, Poster Board #63) Mechanisms Controlling PFAS Leaching at AFFF-Impacted Sites
Charles Schaefer CDM Smith
Conrad Pritchard Colorado School of Mines
Shilai Hao Colorado School of Mines
Chuhui Zhang Colorado School of Mines
+3 more
C3. Emerging Contaminants: Detection, Degradation, Fate and Transport (Posters) Poster
C3.: Emerging Contaminants: Detection, Degradation, Fate and Transport (Posters)
2025 Bioremediation Symposium
Long-Term PFAS Rebound in the Vadose Zone following In Situ Flushing
Charles Schaefer CDM Smith
Shilai Hao Colorado School of Mines
Conrad Pritchard Colorado School of Mines
Chuhui Zhang Colorado School of Mines
+3 more
C2. PFAS Fate and Transport Properties (Platforms) Platform Attachment
C2.: PFAS Fate and Transport Properties (Platforms)
14th International Conference on Remediation of Chlorinated and Recalcitrant Compounds