Conventional

Itasca's engineers leverage their knowledge and expertise to provide optimized designs and recommendations for field operations. They use physics- and field-data-based models to understand the complex nonlinear behaviors of geological materials in oil and gas reservoirs. Such models are used to aid design and to anticipate problems during reservoir stimulation and extraction of oil and gas in complex environments. Geomechanical, hydraulic, and thermal phenomena are considered, as well as the complexity rock lithology and structures, including faults and fracture network. Itasca’s conventional oil and gas services include:

  • Borehole breakout and banding
  • Flow in fractured rock
  • Induced seismicity
  • Wellbore drilling and stability
  • Drilling and well equipment
  • Sand production analysis
  • Enhanced oil recovery
  • Water-quality impacts
  • Compaction and subsidence
  • Reservoir-scale geomechanical modeling
  • Salt cavern formation, stability, and fuel storage
  • Short- and long-term gas storage in caverns
  • Fault stability, movement, and integrity
  • Water and soil quality impacts
  • Deep-well injection of produced waters
  • Dynamic/seismic analysis
Latest News
  • Introducing FLAC2D Itasca is very pleased to announce FLAC2D as the next generation of our foundational software,...
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  • Itasca Partners with Rescale for FLAC3D Cloud Computing With the advent of web licenses, Itasca software can be run in the cloud via...
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  • Software Forum Now Open Itasca has launched a new software forum to provide a platform for users to ask...
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Upcoming Events
23 May
71st Highway Geology Symposium
Better highways through applied geology.... Read More
20 Jun
URTeC 2022
The Unconventional Resources Technology Conference (URTeC) is an event focused on the latest science and technology applied to explorat... Read More
23 Jun
Online Live Training : Python in Itasca Software
This course provides an overview of the Python programming language in Itasca software. The course covers major applications of Python ... Read More