Advisor Process Engineer - Midstream Facilities

EQT Corporation•Canonsburg, PA

6d•Hybrid

About The Position

At EQT, you won't just do a job, you'll help shape our future. Through Transparent Leadership, you'll work alongside leaders who value collaboration and ensure every voice is heard. Through Connected Impact, you'll see how your work influences critical business decisions and drives value across our operations. Through Supported Growth, you'll have opportunities to expand your skills through cross-functional collaboration, development opportunities, and career advancement. Join our Qrew! EQT is seeking an experienced Process Engineer – Midstream Facilities to provide process engineering expertise in support of natural gas gathering, compression, dehydration, liquids handling, and related midstream infrastructure. This position will play a key role in the design, optimization, troubleshooting, and expansion of midstream facilities, working closely with Facilities Engineering, Operations, Construction, Automation, Project Management, Commercial, and other technical teams.

Requirements

Bachelor’s degree in Chemical Engineering, Mechanical Engineering, or a related engineering discipline.
6+ years of process, facilities, or project engineering experience within the natural gas midstream industry or a closely related field.
Strong understanding of natural gas gathering, compression, dehydration, and hydrocarbon liquids handling.
Demonstrated experience with NGL, condensate, and/or bulk propane handling systems.
Familiarity with applicable API, ASME, NFPA, and other relevant industry standards.
Experience with process simulation software, preferably: ProMax, HYSYS
Strong troubleshooting and analytical skills.
Ability to work effectively across Engineering, Operations, Construction, Automation, Commercial, and Project Management organizations.

Nice To Haves

Experience with Symmetry is a plus

Responsibilities

Provide process engineering support for the design, expansion, optimization, and troubleshooting of natural gas gathering, dehydration, compression, stabilization and NGL liquification facilities.
Develop and maintain process simulations using ProMax and HYSYS (experience with Symmetry is a plus), and other applicable engineering tools.
Perform heat and material balances, phase-equilibrium studies, pipeline and facility hydraulic analysis, equipment sizing, , and process optimization studies.
Evaluate gas compositions and operating conditions to predict hydrocarbon condensation, water dropout, hydrate formation, hydrocarbon and water dew points, and liquids production throughout the gathering system.
Provide technical expertise for NGL and condensate systems.
Design and evaluate liquids systems, including separation, storage, stabilization, pumping, vapor management, pressure control, and truck loading/unloading.
Support the design and optimization of natural gas compressor stations, including inlet separation, suction scrubbers, compression, interstage and discharge cooling, liquids handling, recycle systems, blowdown, and process controls.
Support the design and optimization of natural gas dehydration facilities, including TEG contactors, regeneration systems, flash tanks, reboilers, condensers, circulation systems, and associated emissions-control equipment.
Develop and review PFDs, P&IDs, equipment datasheets, and operating philosophies.
Specification and design of process safety over pressure protection systems (primarily sizing PSV’s)
Size, specify, and order separators, scrubbers, vessels, heat exchangers, pumps, control valves, dehydration equipment, and other process equipment.
Provide technical support throughout the project lifecycle, including conceptual design, detailed engineering, equipment selection, construction, commissioning, startup, and performance testing.
Troubleshoot operating issues in partnership with field operations and maintenance personnel and develop practical solutions that can be implemented safely and efficiently.
Participate in HAZOPs, PHAs, relief-system evaluations, Management of Change (MOC), and other process-safety activities.
Ensure designs comply with applicable company engineering standards, operating requirements, industry codes, and regulatory requirements.