Eclipse Core Simulator
Multicomponent reservoir fluid description for compositional changes associated with depth, condensates, or volatile crude oils, gas injection programs, and secondary recovery studies
Refine the simulation grid in areas needing extra detail, or remove grid cells from unimportant areas
The Local Grid Refinement (LGR) option allows enhanced grid definition in areas needing a higher level of simulation accuracy, such as near wells or in areas of complex geology.
Grid coarsening may be used to amalgamate cells in regions of the reservoir which are less important to speed up simulation run times.
The Eclipse simulator enables users to easily simulate any field development strategy and can allow extensibility for coupling to external simulators.
Every well (or group of wells) in the Eclipse simulation can have production / injection rates and pressure targets. In addition, dedicated models support gas field operations, gas lift optimization, surface networks and reservoir coupling.
Local grid refinements may be 2D radial, 3D radial, or 3D Cartesian, and the local models may have more layers than the global model. The properties of the cells in the local grid can be inherited from the global grid or specified explicitly. Transmissibilities between the local model and the global model are computed automatically by the Eclipse simulator.
NExT offers a comprehensive training program to support users of the SLB software, plugins, and other software products.
Black oil, compositional, thermal, and streamline reservoir simulation.
Make more informed decisions to extract the most value from your field over its lifetime.
Simulate the full spectrum of enhanced oil recovery methods and model CO2 capture and storage projects
Control your reservoir simulation with a wide range of field management options
Model complex wells and geology
Leverage the power of high-performance computers to speed up your simulation workflows
Black oil, compositional, thermal, and streamline reservoir simulation
For heavy oil recovery, handling changes in reservoir temperature and calorific energy
Simulate coal bed methane, shale gas, shale oil, and naturally fractured reservoirs