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Michael Lamar

7 articles
United States CDM Smith

Biography

Discipline Lead for In-Situ Remedial Action (CDM Smith) B.S. Chemical and Petroleum Refining Engineering - Colorado School of Mines M.S. Environmental Engineering - University of Texas at Austin Mr. Lamar is project manager and environmental engineer with 21 years of experience in environmental and groundwater remediation projects. Mike currently serves as the discipline leader for in-situ remedial action. He has been involved in the characterization, evaluation, design and implementation of many in-situ remediation efforts. Mr. Lamar has extensive experience working with private, state, and federal clients to evaluate innovative solutions to contaminant cleanup problems, primarily focusing on in-situ groundwater remediation. In addition to designing innovative in-situ remedial strategies for contaminated groundwater, Mr. Lamar’s experience includes conceptual modeling for groundwater assessment and treatment, work plan development, bench-scale studies, performance studies, tracer studies, multi-phase extraction oversight, research and development (R&D), and in-situ groundwater design, construction, operations, and maintenance. Mr. Lamar is also involved in evaluating innovative techniques for investigation and remediation applications for traditional and emerging contaminants.

Publications by Year
Showing 7 of 7
Using “Stacked Fractures” to Increase Oxidant Loading to Subsurface for VOC and 1,4-Dioxane Treatment
Michael Lamar CDM Smith
Drew Baird FRx, Inc
Chapman Ross FRx, Inc.
Brant Smith Evonik Corporation
+5 more
Attachment
G3.: In Situ Chemical Oxidation: Optimized Design Approaches and Lessons Learned (Platform)
13th International Conference on Remediation of Chlorinated and Recalcitrant Compounds
Design, Implementation, and Assessment of a Slurry Injection Pilot Study to Treat a Low Permeability Aquifer Contaminated with TCE
Emma Ehret CDM Smith
Tamzen Macbeth CDM Smith
Michael Lamar CDM Smith
Kimberly Myers CDM Smith
+2 more
Attachment
C7.: Low-Permeability Zone Treatment Approaches, Permeability Enhancements, and Case Studies (Platform)
13th International Conference on Remediation of Chlorinated and Recalcitrant Compounds
Evaluation of In Situ Pilot Study Impacts on a TCE Groundwater Plume: Microbial, Geochemical, and Isotopic Analyses over One Year
Emma Ehret CDM Smith
Tamzen Macbeth CDM Smith
Michael Lamar CDM Smith
William Lai CDM Smith Australia
+2 more
D1. In Situ Bioremediation Applications (Platforms) Platform Attachment
D1.: In Situ Bioremediation Applications (Platforms)
2025 Bioremediation Symposium
(Group 1, Poster Board #80) Demonstration of Advanced Amendment Delivery Technologies for Remediation in Difficult Geologic Settings: Multiple Case Studies
Ryan Wymore CDM Smith
Michael Lamar CDM Smith
Jeffrey Bamer CDM Smith
Dung Nguyen CDM Smith
+1 more
D2. Innovative and Efficient Amendment Delivery Strategies (Posters) Poster
D2.: Innovative and Efficient Amendment Delivery Strategies (Posters)
2025 Bioremediation Symposium
Optimizing In Situ Treatment Barriers: An Adaptive Strategy for a Superfund Site
Benjamin Yezuita CDM Smith
Michael Lamar CDM Smith
Tamzen Macbeth CDM Smith
Matthew Renko CDM Smith
+3 more
D3. Biobarrier Implementation and Management (Platforms) Platform Attachment
D3.: Biobarrier Implementation and Management (Platforms)
2025 Bioremediation Symposium
Evaluation of Three Injection Methods for a Phased Pilot Approach to In Situ Treatment of a TCE in a Low Permeability Aquifer
Emma Ehret CDM Smith
Jennifer Byrd CDM Smith
Ben Carreon CDM Smith
Michael Lamar CDM Smith
+1 more
D3. In Situ Technologies: Lessons Learned (Platforms) Platform Attachment
D3.: In Situ Technologies: Lessons Learned (Platforms)
14th International Conference on Remediation of Chlorinated and Recalcitrant Compounds
Permeability Enhancement Pilot Study for Remediation of CVOCs in Weathered Sandstone
Ryan Wymore CDM Smith
Michael Lamar CDM Smith
Anthony Kuster CDM Smith
Greg Stuesse CDM Smith
+1 more
H9. Low-Permeability Zone Treatment Approaches, Permeability Enhancements, and Case Studies (Platforms) Platform Attachment
H9.: Low-Permeability Zone Treatment Approaches, Permeability Enhancements, and Case Studies (Platforms)
14th International Conference on Remediation of Chlorinated and Recalcitrant Compounds