David Correll, Pg, Cwd Email & Phone Number

Oklahoma City, Oklahoma, United States

Oklahoma City, Oklahoma Area

In my role at The Phoenix Group, I am dedicated to delivering effective solutions that mitigate risks associated with hydrocarbon releases for our clients. Leveraging cutting-edge environmental remediation technologies, I strive to achieve optimal outcomes while ensuring fiscal responsibility. My daily responsibilities encompass a range of activities, including overseeing traditional site characterization, geologic modelling, data analysis, implementing risk-based corrective actions, and designing, installing, and operating groundwater remediation systems for cases involving chemicals of concern (COCs).In addition to employing established methods like air sparge/soil vapor extraction systems, our focus extends to innovative approaches such as targeted in-situ chemical oxidation/reduction. This approach is particularly valuable for sites where conventional methods may not be viable. What sets us apart is our organization's leadership in both site characterization and remediation. By seamlessly integrating sub-surface geophysical techniques and geologic data modeling with conventional investigative methods, we refine our site conceptual models, ultimately leading to cost-effective projects and expedited "site closure" timelines.Our achievements are a direct reflection of our exceptional team members and the strong relationships we maintain with industry partners, all of which contribute to our continued success.

Oklahoma City, Oklahoma Area

Accomplished project leader with expertise in directing comprehensive soil and groundwater investigations at sites affected by LNAPL and DNAPL substances. Proficiently execute Due Diligence Phase I and Phase II Environmental Site Assessments to facilitate seamless real estate transactions for a wide range of commercial properties. Act as a knowledgeable lead consultant, driving successful characterization and remediation initiatives at sites grappling with oilfield brine and acid releases. Additionally, adeptly manage and oversee complex projects involving the removal of underground storage tanks.

Experienced team leader spearheading the initiation of a significant regional groundwater study focused on the Rush Springs Aquifer. Skillfully leveraged well logs, cuttings, and geophysical data to assess and comprehend aquifer properties. Contributed as a co-author in the Woodbine Minor Groundwater Basin study, demonstrating a collaborative approach to research. Proficiently generated informative data figures and maps, enhancing the clarity of public presentations. Conducted hands-on field investigations encompassing site geology, surface water, and groundwater projects. As the Lead Coordinator, effectively managed well drilling and completion tasks for the Mesonet's long-term water level observation initiative.

Experienced project leader at the forefront of a subsurface phosphorus transport research endeavor. Proficiently coordinated and managed all aspects of project drilling and geophysical operations, showcasing adept multitasking abilities. Skillfully conducted analysis and processing of electrical resistivity data, effectively illustrating the dynamics of fluid transport.

Proficiently calculated mass discharge for a DNAPL-contaminated site through advanced data modeling techniques. Contributed to the research team by aiding in the development of an innovative experimental soil vapor measurement method. Played a pivotal role in acquiring groundwater and soil vapor samples from sites with contamination due to leaking underground storage tanks during a comprehensive methane/vapor intrusion study. Conducted thorough water quality analyses within the EPA's general parameters laboratory, showcasing a commitment to rigorous scientific assessment.

Master Of Science (Ms), Environmental Science

Bachelor Of Science (Bs), Environmental Health Science

Activities and Societies: Sigma Tau Gamma