Dietrich Kuhlmann
Staff Geologist
M.S., Geology, West Virginia University
B.S., Geology & Marine Science, University of Miami
Mr. Kuhlmann is a Staff Geologist with experience in geochemistry, hydrogeology, computer modeling, and database management. His work with KEY has included project design for a former EPA Superfund site in Pennsylvania, oil spill response, data reviews of worksites nationwide, and Phase I reconnaissance and reporting for various sites in California and Michigan. Prior to joining KEY, Mr. Kuhlmann worked as a graduate student researching new technologies for the treatment of mine drainage. Other notable experiences include working as a guide for the National Park Service and conducting research on the hydrogeology of the Miami Limestone.
Experience:
Years Experience/Years with KEY: 3/1.25
Practice Area(s):
Construction Oversight
Environmental Due Diligence
Groundwater Flow/Contaminant Modeling
Oil & Gas Services
Site Assessment
Site Development
Soil & Groundwater Remediation
Superfund/RCRA
Specialties
Remedial Design & Reporting
Geochemical Modeling
Sampling & Analysis
Groundwater Modeling
Mine Drainage
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Representative Projects:
EPA Superfund Region 3 Site
Reviewed reports to assess prior remediation activities
Analyzed groundwater quality to propose new remediation methods and well installations
Performed statistical modeling to establish trends
Employed fate and transport modeling to predict impact of remedy modifications
Spill Response
Responded to client spills at oil & gas production sites
Delineated impacted areas for sampling and analysis to determine remediation areas
Oversaw extraction and removal of contaminated soils
Wrote work plan document to summarize response activities and future recommendations
Former Wood Treatment Plant
Performed in-depth chemical analysis, stoichiometric calculations, and hydrogeologic evaluations
Established chemical dosing calculations to treat contaminated groundwater throughout the site
Former Chemical Manufacturing Facility
Crafted updated contour maps to reflect recent well installations and changes in VOC contaminant plumes
Performed statistical analysis using ProUCL to determine changes to contaminant distribution over time
Calculated 3-D extent of contaminant plume
Maintained and updated database for groundwater monitoring events