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2010
2011
2012
2014
2015
2013
2017
2016
PE 132093: Industry’s first LS-LR-DK (Tartan) Grids Introduced & Validated;
Used in SPE 125530 & 125532
Complex Fracs with Microseismic Import for SRV Delineation Added to the
Hydraulic Fracture Wizard
SPE 125167: CMG, Modelling Caprock Failure during CO2 Sequestration using
GEOMECH’s Barton-Bandis feature (continuum fracture opening)
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2018
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2011
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2010
2012
2013
2014
2015
2016
2017
SPE 148710: Nexen, CMG Multi-Well Hydraulic Fracture Shale Gas Modelling Workflow
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2018
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2012
2010
2011
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2013
2014
2015
2016
2017
Time-Dependent Dilation/Compaction for Modelling
Re-Fracking & Multi-Well Fracking Added to GEM & IMEX
IPTC-14940: ExxonMobil, Fayetteville Shale Modelling
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2018
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2013
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2010
2011
2012
2015
2014
2017
2016
Parameterization of HF Wizard Input Data for CMOST AI Automated Workflows
Linear Permeability Gradient to Propped Fractures Added to HF Wizard
CMOST AI Works with Continuous Parameters
SPE 166201: Chevron, uses GEM & GEOMECH to model DFITs
SPE 157448: Shell, uses GEM to Optimize Marcellus Well Spacing
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2018
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2014
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2010
2013
2012
2011
2015
2017
2016
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Reduced File Size, Complexity & Model Creation Time with New Data Objects for HF Grids in GEM, IMEX & Builder
Specify Additional HF Properties with Block Groups in GEM & IMEX
SPE 171611: Encana Multi-Pad Shale Play Simulation
2018
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2015
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2010
2011
2012
2013
2014
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2016
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Import HF Properties from 3rd-Party HF Design Software
SPE 175029: Chevron, uses GEM & GEOMECH, to Optimize DrawDown Management
in Haynesville
SPE 175122: CMG, Bayesian History-Matching & Probabilistic Forecasting
of an Eagle Ford Well using CMOST AI
2018
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2016
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2010
2018
2017
2014
2013
2012
2011
2015
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CMOST added Bayesian History-Matching, Probabilistic Forecasting & Robust Optimization Added to CMOST AI
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2017
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2010
2016
2015
2014
2013
2012
2011
2018
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GEOMECH added 3D Fracture Initiation and Propagation with coupling to Natural Fracture opening via Barton-Bandis
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2018
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2010
2011
2012
2013
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Optimize production costs by simulating real fractures, as observed in the field, using the new "Frac Hits" functionality
Understand and predict production with the industry's go-to unconventional resources modelling workflow. For more than ten years, CMG continues to prove the value of its workflow as now more than 151 customers worldwide use CMG to simulate hydraulic fractures in shale gas reservoirs.


FractureInitProp.png Apply CMG’s industry-leading hydraulic fracture simulation workflow to model shale or tight oil/gas reservoirs:
  • Model entire lifecycle of unconventional reservoirs
  • Only hydraulic fracturing workflow that models single and multiple wells
  • Design, evaluate, and optimize field development planning
  • Quickly achieve accurate and reliable EUR forecasts
  • Simulate and analyze geomechanical effects
  • Accurately model fracture growth in complex geologies