Paul Hatzinger

Affiliation

APTIM

Track

A1. Characterization and Remediation of PFAS-Contaminated Sediments (Platform), A1. Innovative Treatment Technologies for PFAS In Situ (Platforms), A4. Activated Carbon-Based PFAS Treatment Technologies (Posters), B9. Advances in Tools and Techniques for Assessing MNA (Platforms), D5. Bioremediation Approaches for the Innovative Management of Large or Dilute Plumes (Posters), E10. Bioremediation of Munitions Constituents (Platforms), E2. Cometabolic Bioremediation (Platforms), E2. In Situ PFAS Treatment Approaches (Poster), G4. Bioremediation: Advances in Amendment Formulations (Poster), Panel Discussion

Biography

Dr. Paul Hatzinger is the Director of the Biotechnology Development and Applications Group at APTIM. Paul holds a BS degree from St. Lawrence University and both MS and PhD degrees from Cornell University. Paul’s research group at APTIM has been instrumental in improving our understanding of biodegradation and bioremediation processes and developing field approaches to utilize these processes for contaminant treatment.

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Showing 1 - 16 of 16
(Group 2, Poster Board #148) Development of New Bacterial Consortium for Enhanced Biodegradation of 1,1-Dichloroethane and Chloroethane

Simon Vainberg; Bianca LaBarbera & Paul Hatzinger

13th International Conference on Remediation of Chlorinated and Recalcitrant Compounds

Publication Year: 2024

Part of: G4.: Bioremediation: Advances in Amendment Formulations (Poster)

Abstract
2 Views
2 Downloads
1 Views
1 Downloads
Computer Modelling Used in Development of PFAS Pilot Test Design and Subsequent Analysis of Colloidal Carbon Barrier Monitoring Data

Keith Gaskill; Jeremy Birnstingl; Anthony Danko & Paul Hatzinger

2025 Bioremediation Symposium

Publication Year: 2025

Part of: A1.: Innovative Treatment Technologies for PFAS In Situ (Platforms)

Abstract
16 Views
1 Downloads
Prospects for PFAS Bioremediation: Inherent Limitations and Reasons for Optimism

Paul Hatzinger

2025 Bioremediation Symposium

Publication Year: 2025

Part of: A1.: Innovative Treatment Technologies for PFAS In Situ (Platforms)

Abstract
20 Views
1 Downloads
3 Views
1 Downloads
Cometabolic Treatment of 1,4-Dioxane and cVOCs Utilizing a Fluidized Bed Bioreactor: Batch to Pilot Studies

Todd Webster; Paul Hatzinger & Rachael Rezes

2025 Bioremediation Symposium

Publication Year: 2025

Part of: E2.: Cometabolic Bioremediation (Platforms)

Abstract
1 Views
1 Downloads
Transformation of PFAS in AFFF-Impacted Site Material by Environmentally Relevant Cometabolic Organisms

Jessica LaFond; Rachael Rezes; Jennifer Guelfo; Andrew Jackson & Paul Hatzinger

2025 Bioremediation Symposium

Publication Year: 2025

Part of: E2.: Cometabolic Bioremediation (Platforms)

Abstract
5 Views
1 Downloads
(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; David Freedman; Paul Hatzinger & Charles Schaefer

2025 Bioremediation Symposium

Publication Year: 2025

Part of: D5.: Bioremediation Approaches for the Innovative Management of Large or Dilute Plumes (Posters)

Abstract
1 Views
1 Downloads