Lee Elliott
About Lee Elliott
Lee Elliott is a Systems Completion and Commissioning Representative at Chevron in the Permian Basin and an Assistant Superintendent at Stephens & Johnson Operating Co. in Velma, Oklahoma, with 12 years of progressive experience in the oil and gas industry.
Current Roles at Chevron and Stephens & Johnson Operating Co.
Lee Elliott holds dual positions in the oil and gas industry. At Chevron, he serves as the Systems Completion and Commissioning Representative in the Permian Basin. Concurrently, he works as the Assistant Superintendent at Stephens & Johnson Operating Co. in Velma, Oklahoma. These roles involve overseeing system completions, commissioning processes, and production management.
Experience as Production Team Lead at Chevron
From 2014 to 2016, Lee Elliott served as a Production Team Lead at Chevron in Odessa East. During this period, he managed production operations, coordinating team efforts to achieve performance targets. His leadership focused on optimizing production processes and ensuring efficient resource utilization.
Roles in Artificial Lift and Chemical Representation
In 2013 and 2014, Lee Elliott worked as an Artificial Lift & Chemical Representative at Chevron in Velma. His role involved managing artificial lift systems and chemical applications to enhance production efficiency. He leveraged his technical knowledge to troubleshoot issues and improve operational reliability.
Early Career at Chevron
Lee Elliott's career at Chevron began in 2005. He initially worked as a Utility Operator and Plant Operator until 2007. Subsequently, he transitioned to roles such as Field Specialist, Production Specialist in Operations, and Systems Completion and Commissioning Representative, accumulating 12 years of progressive experience in the industry. His earlier roles provided a strong foundation for his current responsibilities.
Proactive Production Planning and Analysis
Lee Elliott is known for his expertise in proactive production planning and analysis. He is adept at forecasting performance, volumes, operating expenses, and overall resource recovery. This analytical capability enables him to optimize production processes and ensure sustainable resource management.