IMEX - Three-Phase, Black-Oil Reservoir Simulator
IMEX, the world's fastest black oil reservoir simulator, is used to model primary and secondary oil recovery processes in conventional and unconventional reservoirs. Use IMEX for screening prospects, setting up pilot designs, monitoring and optimizing field operations, and improving production performance. Regardless of the size or the complexity of the reservoir, IMEX is an effective tool for a broad range of reservoir modelling and management issues.
With IMEX, you will:
- Quickly screen a variety of recovery mechanisms before moving to more complex simulations
- Model complex hydraulic fracture networks, and all associated effects, to accurately history match field results
- Accurately model the matrix-fracture transfer in fractured reservoirs
- Complete fast and easy transition to EOR process modelling in GEM and STARS
- Seamlessly integrate with CMOST for rapid history matching and optimization of reservoir management workflows
- Model different types of reservoir fluids (under-saturated & saturated oils, volatile oils, gas condensates, dry & wet gas reservoir fluid systems)
- Select from multiple gridding options (Cartesian, radial, orthogonal and fully non-orthogonal corner point grids)
- Dual continuum options for modelling naturally fractured reservoirs and gravity segregation processes
- Seamlessly integrate with CMOST to facilitate rapid history matching and optimization of reservoir management workflows
- Model longitudinal or transverse bi-wing hydraulic fractures and complex hydraulic fractures networks through SRV
- Import third-party hydraulic fracture simulation data for better propped fracture characterization
- Utlize various correlations to capture the effect of non-Darcy flow
- Achieve reliable gas-in-place and reserves estimates by modelling adsorbed gas contribution to production in shale and CBM reservoirs
- Optimize well and fracture spacing to increase production, NPV and EUR with CMOST
- Predict and compare reservoir performance by applying secondary recovery techniques (water injection, polymer injection, pseudo-miscible injection, in continuous and WAG)
- Model adsorption, polymer degredation, shear thinning and non-linear viscosity mixing
- Inject chase gas that has different properties than the solution gas component
- Couple to third-party surface network simulators to model more complex (e.g. looped) surface networks
- Create explicitly-coupled subsurface and surface network models, including onshore gas storage fields and deep water offshore oil and gas fields
- Coupled modelling allows engineers to trouble-shoot bottlenecks in the entire reservoir and surface network system
- Decrease project turn-around time
- Run more simulation jobs simultaneously and get results faster than before
- Additional parallelization increases speed-up when jobs are submitted on a higher number of cores
- Reduce capital expenditures with efficient use of current IT computer hardware
- Quickly load results of large models with the new standardized and compressed SR3 files to maximize productivity
iSegWell, an intelligent segmented wells module in IMEX, accurately and realistically models the flow and pressure change throughout wellbore branches, tubing strings and equipment.
- Wellbore modelling for gravity and frictional pressure losses (horizontal & multi-lateral wells, downhole equipment, tubing)
- Define and use non-standard flow control devices (FCDs) to optimize injection and production strategy
|The 2016 General Release (IMEX 2016.11) is now available. If you would like more information, please login to your account or contact our sales team.
New Feature Highlights:
IMPORTANT NOTICE: If you would like access to an unsupported version of CMG software, for Windows XP or 32-bit capabilities, please contact our sales team.
All CMG simulators have a base set of common modules to ensure that compatibility, speed and quality of output remains consistent.
Adaptive Implicit Formulation
Seamless integration with CMOST
64-bit Windows & Linux
Learn the basics of reservoir simulation and build a black oil simulation model using the latest pre-processing and post-processing technology available for CMG simulators: IMEX (black oil), GEM (compositional) and STARS (thermal).
Practice creating PVT data for miscible floods for both IMEX and GEM. Build a 1D model to simulate core studies using GEM and history match core flood lab data.Builder to achieve optimum data designs and presentations.
To view any of our previous webinars, please log into the User Area (teal tab at the top right) and select the appropriate session. For IMEX, you may be particularly interested in the following presentations:
- Comparison of Numerical vs. Analytical Models for EUR Calculation and Optimization in Unconventional Reservoirs June 2016
- Advanced Parallelization Techniques to Optimize and Boost Simulator & Hardware Performance April 2016
- What's New in CMG's 2015 General Release July 2015
- Advancements in Numerical Performance and Simulation Speed-up June 2015
- Modelling and Optimizing Hydraulic Fractures February 2015
- Advances in Unconventional Reservoir Modelling March 2014
During the 37th Technical Symposium (June 2016), several IMEX related papers were presented. Please log into the events archive to access the following presentations:
- Advances in IMEX Development, CMG
- Advances in Simulator Optimization and Solver Technologies, CMG
- Octopus: Optimizing Reservoir Development Plans using IMEX, Pontifical Catholic University of Rio de Janeiro
- Proxy-based Simulation and Optimization of EOR Processes in Fractured Carbonate Reservoirs, Heriot-Watt University
- Multi-Scale Reservoir Modelling of a Giant Carbonate Reservoir, Heriot-Watt University
CMG regularly contributes technical papers to SPE conferences and workshops. Below is a small selection of technical papers authored or co-authored by CMG where IMEX was used.
- SPE 171671 Understanding Water Flood Response in Tight Oil Formations: A Case Study of the Lower Shaunavon
- SPE 166279 Estimation of Effective Fracture Volume using Water Flowback and Production Data for Shale Gas Wells
- SPE 132093-MS Accurate Simulation of non-Darcy Flow in Stimulated Fractured Shale Gas Reservoirs
- SPE 163615-PA A Semi-Implicit Approach for Integrated Reservoi and Surface Network Simulation