Process Engineer

Mora Energy · Dallas, United States

Location: Dallas, TX, with travel as needed

Position Summary

The Process Engineer will provide technical and operational support for company assets, including both sweet and sour natural gas gathering, treating, compression, amine treating, and cryogenic processing facilities. The role will include support for both field operations and capital projects.

Key Responsibilities

• Provide engineering support for troubleshooting upset conditions, equipment malfunctions, and process deviation for assets including amine treating, and cryogenic processing facilities
• Work directly with Engineering team, Area Manager, Operators, and Field techs to diagnose issues and implement corrective actions
• Develop, evaluate, and maintain process simulations
• Support daily production optimization and troubleshoot process bottlenecks
• Lead or support the design and review of engineering packages, cost estimation, procurement, and commissioning for new capital projects.
• Coordinate equipment startups, shutdowns, and minor modifications at the site level
• Provide support for MOCs, PSSR, PSM, and PHA workflows on existing operations and capital projects.

Qualifications

• Bachelor's degree in Mechanical, Chemical, Process, or Petroleum Engineering
• 3+ years of experience in midstream process engineering and operational support for compressor stations and gas processing facilities
• Experience with compression, amine treating, glycol dehydration, and cryogenic gas processing.
• Strong organizational skills and ability to manage multiple concurrent project phases
• Knowledge of codes, standards, and regulations applicable to the midstream industry (API, ASME B31.3/4/8 and VIII, DOT 192/5, NACE, NFPA, Texas RRC requirements, etc.)
• Comfortable working in an active field environment and responding to time-sensitive operational issues
• Willingness to be on-site regularly
• PE license a plus, not required

Primarily office-based in Dallas, with regular travel to company assets during design, fabrication, construction, and commissioning phases.