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Kate Moore, G.I.T.

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Project Geologist
M.S., Earth Science, University of Memphis
B.S., Geology, State University of New York, Oneonta

Ms. Moore is an adept field geologist with experience in groundwater and soil sampling applicable to state and federal standards (EPA, NJDEP, and NYSDEC agencies), in situ geochemical stabilization, groundwater monitoring of temporary hydraulic control treatment systems, geotechnical investigation that involved sediment coring along a major east coast river, and oversight of drilling, well installation, and well abandonment under various state agencies (NJDEP, NYSDEC, MDNR, and VDEQ) . In addition to field experience, Ms. Moore provides technical support which involves; evaluation of specific site remedies to determine when remedial objectives have been met, TSCA Risk-Based applications, remedial action groundwater and soil permit application, and conceptual and applied groundwater modeling (MODFLOW, MODPATH, SEEP2D, etc.).

Experience:

Year of Experience/Years with KEY: 3/3

Practice Area(s):

  • Brownfield Remediation/Redevelopment

  • Construction Oversight

  • Emerging Contaminants

  • Environmental Permitting & Compliance

  • Geophysics Investigations

  • Groundwater Flow/Contaminant Modeling

  • Oil & Gas Services

  • Site Assessment

  • Site Development

  • Soil & Groundwater Remediation

  • Superfund/RCRA

Specialties

  • Conceptual and Applied Groundwater Modeling

  • Construction and CQA Oversight

  • In situ Geochemical Stabilization

  • TSCA Risk-Based Evaluations

  • Remedial Action Permitting for Soil and Groundwater

  • Implementation of and Adherence to Material Management Plan

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Representative Projects:

Former Benzol Recovery System

  • Revised and expanded 3-D finite-difference groundwater model 

  • Assessed current groundwater flow conditions under different pumping scenarios

  • Utilized particle tracking software to visualize groundwater flow paths and directions 

Former Paint Facility

  • Completed TSCA Risk-Based Application to address PCB remediation

  • Performed detailed review of previous remediation activities and Site owner’s requirements to tailor the remedial approach

  • Created a remediation plan for shallow soils, porous surfaces, and deep soils

Former Wood Treating Facility

  • Oversaw in situ geochemical stabilization utilizing permanganate-based solution to geochemically stabilize DNAPL

  • Coordinated with local Port Authorities and Site owner to obtain access to wells in the DNAPL zone

  • Managed installation of sentinel wells, and completed well development, and sampling as part of remedial action.

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