Airswift has been tasked by one of our major Oil & Gas clients to seek a Process Engineer III to join them on a long-term assignment in The Woodlands, TX.
The Process Engineer will provide support to maintain production uptime, reduce risk, and optimize operating expense by focusing on debottlenecking, surveillance, process control, product quality, ideal operating windows, and chemical programs.
Responsibilities
- Support operations with production bottlenecks, process optimization, phase separation, and chemical applications
- Conduct surveillance on equipment and process
- Understand overall platform material and energy balances
- Identify remedial or proactive measurements to sustain or improve uptime
- Interface with 3rd party chemical provider regarding sampling, monitoring, and data collection
- Ensure that export product quality meets pipeline and overboard water specifications
- Understand and optimize equipment and control systems to minimize process related downtime
- Establish KPIs for performance of major equipment and processes including their operating envelopes
- Recognize, plan and execute process improvements to reduce expense and increase efficiency and uptime
- Participate in facility and major project hazard reviews
Requirements
Bachelors Degree in Engineering : Chemical Engineering with focus on fluid mechanics and hydrocarbon processing preferred5-10 years of experience in oil and gas processing required, offshore Gulf of Mexico experience preferredFamiliar with oil and gas process; including gas-liquid (foaming, gas carry over, gas carry under) and water-oil separation (emulsions, water quality, gravimetric, BS&W in oil and MIC)Familiar with system performance assessments and building process models for troubleshootingUnderstanding of pump, reciprocating and turbine compression systemsUnderstanding of process and safety control systemsAbility to read and understand P&IDs, PFDs, SAFDs, and equipment data sheetsKnowledge of pressure relief, separator, heat exchanger, and control valve designs to evaluate capacities and identify bottlenecksFamiliar with separation and integrity management chemistries and their applicationsBasic understanding of corrosion, scaling, emulsion and foaming mechanismsKnowledge of ASME B31.3, API 14C and Subpart H, ASME BPV Code Section VIII, API 520 and 521 and API 2000Basic knowledge of project management, cost estimation and value added economic evaluationsSoftware : Knowledge of one (or more) major process simulator (PVTSim, UniSim / HYSYS, PipeSim)Data analysis and regression techniquesRoot Cause Failure Analysis techniquesMS Office applicationsStrong communication, organization, and collaboration skills