CCUS Reservoir Engineer III/Senior/Expert/Advisor

Responsibilities

• Develop and apply reservoir simulation models to evaluate CO₂ injection performance, plume migration, pressure response, storage efficiency, and long-term containment for Class VI and Class II projects.
• Support development of Engineering Well Designs (EWDs) for CO₂ injection and monitoring wells through integrated reservoir engineering analysis.
• Provide technical reservoir engineering evaluations to support CCUS project screening, feasibility assessments, and commercial development opportunities aligned with EQT's CCUS strategy.
• Analyze and interpret field test data, injection performance, pressure transient behavior, and production response to calibrate reservoir models and improve predictive capability.
• Quantify and update CO₂ storage capacity, reserves, and resource estimates using reservoir simulation, geologic characterization, and operational data.
• Advance EQT's technical capabilities in CO₂ storage and enhanced recovery (ER) reservoir modeling through benchmarking, workflow development, and integration of industry best practices.
• Lead reservoir modeling and simulation efforts for Class II enhanced recovery projects and associated CO₂ storage in depleted Marcellus and Utica reservoirs.
• Develop static and dynamic reservoir models to evaluate injectivity, containment, pressure management, recovery performance, and long-term storage behavior.
• Generate injection and production forecasts to support well design, operational planning, workover requirements, and commercial evaluations.
• Perform reservoir engineering analyses for Class VI geologic storage projects, including pressure modeling, plume migration assessment, and storage optimization.
• Analyze and interpret results from CCUS field pilots and injection tests, including model calibration, uncertainty analysis, and technical reporting.
• Collaborate with Geoscience, Completions, and Reservoir Engineering teams to integrate data and improve subsurface understanding and model accuracy.
• Interface with external technical consultants, research organizations, and industry partners on reservoir simulation studies and subsurface evaluations.

Requirements

• Minimum of 5 years of reservoir engineering experience with demonstrated expertise in reservoir simulation, forecasting, and subsurface analysis; experience in unconventional and conventional reservoirs is preferred.
• Bachelor's degree in Petroleum Engineering or related engineering field required; Master's degree is preferred.
• Direct experience with CO₂ storage, enhanced recovery, or gas reservoir development projects preferred.
• Strong background in reservoir modeling for Class II and/or Class VI applications, including injection forecasting, pressure management, and storage capacity estimation.
• Familiarity with the Class VI permitting process/requirements and experience supporting the preparation of Class VI permit applications, including the requisite modeling and technical documentation.
• Experience with dynamic simulation tools and integrated reservoir characterization workflows.
• Experience supporting injection well design, injectivity evaluation, and workover planning.

Qualifications

• Ability to work remotely, excluding California, Connecticut, Delaware, Illinois, Indiana, Louisiana, Massachusetts, Michigan, New Jersey, New York, and Tennessee.

Skills

• Strong analytical and problem-solving skills.
• Excellent communication and collaboration skills.
• Proficiency in reservoir simulation software and tools.
• Knowledge of subsurface geology and reservoir engineering principles.

Benefits

Remote work is being considered for this role excluding the following states: California, Connecticut, Delaware, Illinois, Indiana, Louisiana, Massachusetts, Michigan, New Jersey, New York, and Tennessee unless willing to relocate.

Pay

Competitive compensation package.

Schedule

Full-time position.

Company Information

EQT Corporation and its subsidiaries is an Equal Opportunity Employer -- Disabilities/Veterans.

Application Instructions

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