Perform integrated reservoir evaluations and build reservoir numerical models using several simulation models, preferably CMG (Software Name) and Eclipse
Understand production concepts and processes to work in collaboration with production engineers
Knowledge of some basic production simulation tools like Prosper, GAP (Software Name), etc
Audit existing field development plans for oil and gas fields and identify potential to improve production levels and reduce field development costs
Integrate geological descriptions into numerical reservoir models, along with all production analysis and water production data
Assure the technical quality of project deliverables
Manage project teams and execute reservoir-engineering projects according to the schedule and within the budget following the proposed technical methodology
Manage multidisciplinary technical specialists over the course of project
Write technical and economic proposals, including technical methodology, schedule, and cost (budget)
Manage communications with the client and maintain the relationship as a trusted consultant
Manage internal documentation regarding project progress and completion. Write reports and presentations.
Perform Pressure-Volume-Temperature PVT and phase behavior analysis
Identify equilibrium regions and perform pressure analysis
Complete SCAL (Special Core Analysis) analysis to identify rock type properties
Complete RFT (Repeated Formation Tester) data and pressure data analysis
Execute production data analysis and aquifer analysis.
What you need to bring:
Understand reservoir compartmentalization based on geology and other data available
Complete OOIP (Original Oil in Place) and recovery factor calculations
Reservoir Simulation
Import the geocellular model (fully stochastic) into a reservoir simulation model, which will include coordinates, permeability, porosity, fracture coordinates, and other static arrays
Assess grid dimensions and upscaling workflows for converting from the fine-grid geological model
Validate the upscaling by comparing static property distribution with the fine-grid model
Run a full physics simulation to validate the upscaled models response versus the fine-grained model
Input PVT and SCAL (Special Core Analysis) tables into the model
Initialize the model and compare the OOIP (Original Oil in Place) numbers with the static model