GeoScale provides its clients with integrated multi-disciplinary and multi-scale analyses and risk assessments that are critical to clients’ success in evaluating projects and producing hydrocarbons.

Increasingly capital intensive projects in complex, deepwater and shale environments leave minimal room for error by exploration and production operators and require more advanced technological solutions. GeoScale’s state-of-the-art dynamic modeling capabilities enable unprecedented real-time asset monitoring, evaluation, simulation and optimization.

geoSTATE – Reservoir Statics

Combining multi-scale data from geological, geomechanical, geophysical, petrophysical and engineering data, this model is the most comprehensive multi-scale framework designed for oil and gas applications in the industry. This static modeling module creates a 3D snapshot of multiple realizations of subsurface conditions and results in better operational risk assessments in complex, deepwater and shale environments.

geoMODEL – Reservoir Dynamics

This module integrates rock and fluid mechanics, leading to an improved production forecast. This dynamic simulation modeling module utilizes a series of fundamental “time-aware” capabilities to analyze pore-scale to basin-scale dynamic behavior using multi-scale formulations. Multiple scenarios with sensitivity testing are used to capture time-dependent changes in subsurface conditions due to operations and production.

geoWELLS – Well Scale

This module is used to optimize well operational parameters. Well-based applications such as drilling and frac’ing are modeled with this module by linking independently to the static, dynamic and time-lapse modules.

geoSYNCH – Time Lapse

This module is used to optimize operations for EUR. It utilizes a proprietary calibration method that uses actual time-lapse(4D) data and realizations of subsurface conditions against model predictions to continuously improve estimates of subsurface rock and fluid dynamics. This approach has been proven to be superior to conventional approaches.

Dynamic Multi-Scale

GeoScale’s dynamic asset modeling incorporates both historical and real-time data (including sensor measurement, production, drilling, frac’ing and completion data) from multiple spatial and temporal scales, enabling predictive simulations and scenario analyses regarding future asset performance and outcomes.

The company’s technology enables seamless transition of multiphysics rock and fluid behavior analyses between length scales ranging from micrometers to kilometers and between time scales ranging from fractions of hours to years; when necessary, time range can be extended to millions of years for applications in geological history mapping and tracking.

Real-Time Asset Evaluation and Optimization

GeoScale’s asset models incorporate any new real-time data, further refining asset models’ simulation accuracy and predictive capabilities and providing clients with real-time field monitoring and analyses throughout the assets’ lifecycles.

GeoScale’s software solutions can detect and track changes in production and basin data and also assimilate production data and basin properties into the evolving basin model, enabling simulations that can guide and optimize future production decisions.

Cost Savings and
Enhanced Recovery

GeoScale’s software solutions increase clients’ profitability by reducing exploration and production, intervention and abandonment costs while accelerating production and increasing recovery rates. The software solutions help clients to optimize their capital spending decisions:

  • Scenario Models – What-if analyses and sensitivity testing allow clients to reduce risk associated with drilling, completion and production uncertainties and to prepare for multiple scenarios
  • Portfolio Management – More accurate and detailed assessments enable operators to determine optimal selection of assets and best choice and sequence of operations