Mark Stanford Email and Phone Number

• Project 1: Analyzed the reliability of measurement and calibration data from subsea multiphase flow meters in the North Sea by modeling downhole and surface sensor data. Built models using Prosper that confirmed the metered production data was inconsistent and unreliable. Recommended further collaboration with meter manufacturer and other industry experts to formulate an action plan.• Project 2: Evaluated optimal VFD settings on sucker rod pumps in North Dakota wells using QRod and RODSTAR, to achieve maximum production in minimum strokes without increasing risk of failure. Analyzed runtime costs at different speeds, pump intake pressures and fillage in a small sample of wells. Findings showed production decreased when VFD is programed to run and stop instead of slowing down. • Collaborated with many business units to obtain knowledge of production engineering diagnostic and optimization techniques such as nodal analysis and Prosper.• Actively engaged in all engineering intern social and community service events.

• Project: Reviewed wafer meter measurement statistical data using Spotfire in Eagle Ford wells to understand its accuracy and reliability as a means for estimating the control valve gas rate. Recommended adding a filter to the gas lift line for more accurate meter readings.• Teamed up with Production Leads for well site visits to understand the different facility designs for production optimization.• Worked with Measurement Specialists to understand common gas lift issues and potential solutions.

Canceled due to Coronavirus (COVID-19)

• Coached incoming Clements High School Freshman baseball players in a summer league.

• Designed and coded a Python application interface with the RRC to access production and regulatory data for recently acquired assets, which significantly increased workforce productivity.• Assisted with designing an automated production reporting program for field personnel use.