Grant Hahnenkamp

About Grant Hahnenkamp

Experienced engineer with a demonstrated history in the oil & energy Hours in the field. Skilled in facilities engineering with a focus on process design, optimization, acoustic and flow induced vibration, and management of change. Broad experience ranging from international offshore gas processing plants to onshore multi-well facilities and sour gas compression. Licensed PE with a Bachelor of Science (BS) in Petroleum Engineering from The University of Texas at Austin.Recognitions / Achievements- 2x Exceptional Contribution Award - Noble Energy (2018 & 2019)- Best Presentation Award - Noble Energy Technology Conference (2018)- Played a key role in obtaining regulatory approval for Colorado\'s first Comprehensive Drilling Plan (CDP)- Designed, developed and implemented a custom PTFE sealing mechanism for a modified activated carbon water filtration vessel, reducing instances of off spec water by 98%- Sargent & Lundy Top Performer (2024)- ASME Energy Assessment Project Team 10 Member- Authored MES-2.45, a company-wide technical standard detailing best practices, methodologies, and minimum requirements for process modeling (ProMax, Hysys, Symmetry, etc.)- Authored MES-2.46, a company-wide technical standard for flare systems design, with specific criteria for the avoidance of AIV (Acoustic Induced Vibration) and FIV (Flow Induced Vibration)Certifications- Licensed PE in CO, NM, TX & WY

Experience

1. Sr Process Engineer

   Sargent & Lundy

   Apr 2023 — Present · Denver, CO, US

   Supervise a sub-team of 2-4 full-time process engineers- Designated as internal Subject Matter Expert (SME) for Overpressure Protection and Process Modeling- Serve as lead process engineer on Sargent & Lundy\'s largest oil and gas project to date -$7.7 million-dollar (engineering budget) sour gas midstream project, encompassing 5 compressor stations,~50 interconnects and meter skids, 15 valve stations, 10 redelivery / offload points, and ~270 miles of pipeline. PE stamped and signed all process deliverables- Developed a methodology for conducting dynamic PSV sizing evaluations for fire scenarios, resulting in up to 40% reduction in PSV orifice sizes, leading to considerable cost savings for clients. This methodology was adopted for use for all Sargent & Lundy oil and gas projects- ASME Energy Assessment Project Team 10 Member- Authored MES-2.45, a company-wide technical standard detailing best practices, methodologies, and minimum requirements for process modeling (ProMax, Hysys, Symmetry, etc.)- Authored MES-2.46, a company-wide technical standard for flare systems design, with specific criteria for the avoidance of AIV (Acoustic Induced Vibration) and FIV (Flow Induced Vibration)

Education

• The University of Texas at Austin

  Bachelor of Science (BS), Petroleum Engineering

  2011 — 2015