Petroleum Engineering Jobs

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Fixed-Price - Intermediate ($$) - Est. Budget: $800 - Posted
PreScouter is a technology scouting company that works across all scientific disciplines. PreScouter runs a Scholar Program that provides opportunities for advanced-degree academics to gain industry/micro-consulting experience, and utilize their technical knowledge to address real-life R&D problems. Our Scholars have completed projects for multiple Fortune-level clients, tackling industry problems in a variety of scientific disciplines. We are currently looking for an applicant to serve as the Subject Matter Expert on a project in Computational Fluid Dynamics. On this role, you will: - Model the fluid dynamics within a novel rotating hydraulic meter to assess fluid dynamic calculations under a variety of scenarios. Note that while the geometry of this container is fixed, the container will be rotating. - Act as the scientific interface with the R&D client team, presenting on behalf of your team during each of 1 teleconference meeting (usually scheduled during business hours, CST) -Use CFD results to Predict and Reduce Minimum pressure/force and flow required to rotate the meter. Build a transfer function/mathematical model to link flow, pressure and inertia forces at various conditions of temperature, fluid phase, and changes in flow rate. An ideal candidate is pursuing or has completed a PhD or Master's degree a Engineering or Physics, with a specialization in Fluid Dynamics and/or Ultrasonic flow-metering technology. Proficiency in spoken English and scientific writing are a must. Applicants must be able to commit to the project until completion (~Mid-late August); total anticipated time commitment is ~30-35 hours over that time period. No travel is required, but~ 1-3 client meeting will occur.
Skills: Petroleum Engineering Computational Fluid Dynamics (CFD) Mechanical Design Mechanical Engineering
Fixed-Price - Intermediate ($$) - Est. Budget: $30 - Posted
I have an ongoing project as stated above. Part of the project it to show six case studies related to the project. Literature review: Explain how the literature supports your choices in design and methodology Project Status Update: Discuss overall percentage completion and project status relative to timeline and Time Frame. Indicate if any adjustments are necessary. Review of Technical Objectives completed. Highlight challenges being experienced. I also need a 20 slide presentation for the literature review reagrding each case study. What i want is to drill a horizontal well and a vertical well in each compartment for development. The project is basically a field development on the outskirts of a previously developed field. As givrn in the attached file it is compartmentalised and located in Palo Seco region Trinidad and Tobago. The Literature review i want to cover 2 cases showing similar development in a similar environment and geology, ie onshore and compartmentalised etc. Two cases showing horizontal drilling in compartmentalised reservoirs with similar characteristics and two showing economic feasibility. The reservoir sits at a depth of 5500’ feet from surface on land with the following characteristics: • Horizon is the Cruse E (Middle Cruse) sands, has no shale breaks and are unconsolidated. Average porosity is 32%. Average Sw is 0.22%. • Crude API averages 28. • Sand is non -dipping and along 6000’ in length but is compartmentalized • Sand thickness is 50’ but the GOC is 10’ from the top of the sand. • The formation is abnormally pressured to 12 ppg. • The Upper Morne L’Enfer sands lie from surface to an average depth of 500” and contain fresh water. • In a similar field in another fault block, vertical wells usually come in with an IP of 60 bopd but gas breakthrough severely curtail oil production within one year. The wells will need a sand control.
Skills: Petroleum Engineering