Responsibilities:
- Conduct steady-state and transient simulations for both single-phase and multiphase flow using industry-standard software, and prepare technical reports for surface facility systems and pipeline operations.
- Perform integrated modeling for CO2 sequestration fields, including steady-state and transient analysis.
- Demonstrate a strong technical grasp of core flow assurance principles, pipeline simulation technology, and process analysis.
- Carry out surge analysis on proposed pipelines to assess whether surge relief systems meet operational requirements and recommend solutions for addressing potential deficiencies.
- Provide expert guidance on the design, development, and implementation of hydraulic analysis and surge management for liquid pipelines, pumps, and compressors.
- Offer consultation and support for hydraulic applications and real-time computational monitoring within operational settings.
- Evaluate model performance by comparing it against actual pipeline behavior and recommend improvements.
- Conduct feasibility studies for various flow assurance and fluid property projects, including single/multiphase flow and associated research and development.
- Review and provide input on hydraulic and flow assurance design specifications, project plans, and execution strategies.
- Train pipeline controllers to better understand hydraulic systems and operational considerations.
- Analyze pipeline performance to identify improvement opportunities in the control center and contribute to the development of operational philosophies.
- Assist in business development by modeling potential pipeline acquisitions or expansion projects, addressing hydraulic limitations and design requirements.
- Collaborate across departments to align project goals and ensure successful execution.
- Lead by example in workgroups, demonstrating expertise in hydraulic analysis and design.
- Review and validate designs in collaboration with engineers and other technical disciplines.
- Participate in discussions with management regarding the technical challenges of business development projects.
- Provide regular technical updates to management, assisting in the alignment of project objectives.
- Support Leak Detection Engineers by aligning hydraulic models for RTTM/CPM leak detection and transient modeling.
- Assist Field Engineering teams with surge relief design and automated shutdown settings.
- Work with Automation teams to refine valve timing and automated shutdown or slowdown logic.
- Support Integrity Engineering with inline inspection (ILI) tool runs and manage pressure reductions as they relate to throughput impact.
- Contribute to front-end hydraulic and flow assurance analysis for all projects.
- Provide peer review for various modeling efforts conducted by operations and system design engineers.
- Assist with Pre-FEED, FEED studies, and participate in HAZOP and HAZID reviews.
- Participate in incident investigations and contribute to the Management of Change (MOC) process while documenting best practices.
- Effectively communicate complex technical information to non-technical stakeholders and senior management.
- Engage with a variety of people professionally and courteously, demonstrating strong verbal and interpersonal skills.
- Help management define and set technical objectives.
- Maintain a high level of performance with regular attendance and commitment to safety and operational excellence.
- Perform other duties as assigned by management.
Qualifications:
Education:
- A Master's or Bachelor's degree in Engineering (Mechanical, Civil, Petroleum, or Chemical) from an accredited institution.
Experience/Specific Knowledge:
- At least 10 years of pipeline experience with a Master's degree, or 15 years with a Bachelor's degree.
- Expertise in well modeling, hydrate management, corrosion studies, pipeline slugging mitigation, and transient operations like pigging, ramp-ups, blowdowns, and shutdown analysis using tools like OLGA.
- Advanced knowledge and hands-on experience with steady-state and transient hydraulic/flow assurance software.
- Experience in hydraulic modeling, flow assurance, pump/compressor performance, and field optimization for pipeline and facilities engineering evaluations.
- Familiarity with leak detection technologies, SCADA systems, statistical analysis, and instrumentation in a dynamic control center.
- Recognized as a technical expert in hydraulic simulations and design.
- Thorough understanding of fluid properties, thermal-fluid dynamics, and flow assurance principles.
- Familiarity with pipeline safety regulations such as DOT, EPA, and OSHA.
Certifications, Licenses & Registrations:
- Valid driver's license with an acceptable driving record.
- Willingness to travel as required for field and project needs.
Competencies, Skills & Abilities:
- Advanced engineering skills with the ability to successfully plan and deliver complex projects, including long-term, multi-team assignments.
- Ability to assess the feasibility of engineering tests or products and find practical solutions.
- Strong problem-solving skills with a systems-oriented approach to challenges.
- In-depth knowledge of pipeline facility design and operation, including the ability to collaborate effectively with multidisciplinary teams.
- Proven ability to work under strict deadlines and prioritize tasks effectively.
- Strong leadership skills, capable of de-escalating conflicts and fostering consensus within teams.
- Excellent communication, presentation, and interpersonal skills, with the ability to convey technical information clearly.
Physical Demands:
- Ability to sit for extended periods, use hands for typing or handling, and communicate effectively.
- Ability to lift up to 25 lbs and perform fieldwork, including navigating construction sites and confined spaces when necessary.
Working Conditions:
- Flexibility to work non-traditional hours and overtime if required.
- Primarily office-based, but fieldwork in varying weather conditions and remote locations may be necessary.
- Must adhere to established safety protocols and maintain effective communication across teams.
Supervisory Responsibility:
- None.
Preferred Qualifications:
- Ph.D. or Master's degree in Engineering.
- Professional Engineering license.
- Experience in CO2 pipeline and sequestration operations and design.
- Proficiency with hydraulic simulation software such as OLGA, Pipesim, and other industry-standard tools.
- Knowledge of industry standards, including DOT, API, and ASME.
