Empowering Petrophysical Evaluation!

Unlock Your Reservoir's Potential with Podium, Our Comprehensive Petrophysical Evaluation Software

Podium is a powerful software solution designed to revolutionize your petrophysical workflows. By seamlessly integrating well log data, core measurements, and geological models, Podium provides geoscientists and engineers with the tools they need to accurately assess subsurface formations and make informed decisions.

From data integration to advanced analysis, Podium provides the tools you need to identify hydrocarbon-bearing zones, optimize well completions, and unlock your reservoir's full potential.  

Podium's Key Features

  • Integrates Geophysics, Geology, and Geomechanics (3GEO): Offers a unified platform to address Geoengineering challenges in both conventional and unconventional reservoirs.
  • Multidisciplinary Software Platform: Breaks down silos between geoscience and engineering disciplines.
  • Comprehensive Data Integration: Incorporates 3D seismic, well logs, and surface drilling data.
  • Hydraulic Fracture Modeling: Provides data-driven, geologically and geomechanically constrained hydraulic fracture modeling.
  • Additional Features: Includes well interference prevention and model updating using friction-corrected surface drilling data.

Podium's Focus

  • Estimation of Stress Gradients and Subsurface Properties: Evaluates these factors throughout the entire reservoir volume.
  • Identifies Sweet Spots: Pinpoints optimal landing zones, hydraulic fracturing zones, and stimulated reservoir volume (SRV) development areas.
  • Stress Gradient Simulation: Models stress gradients based on rock geomechanical properties, pore pressure, natural fractures, and their interaction with regional stress before and during hydraulic fracture stimulation.

LogPredictor

  • Computes pore pressure, stresses, geomechanical logs, and natural fracture proxies from wireline logs.
  • Interactive TOC estimation and petrophysics to compute shale content, porosity, and water saturation.   
  • Utilizes multivariate regression and Artificial Intelligence tools to estimate missing logs.

RockPredictor

  • 3D reservoir modeling of continuous petrophysical properties and discrete facies using geostatistics and Artificial Intelligence.
  • Employs Continuous Fracture Modeling (CFM) technology for accurate and predictive natural fracture models.

MapPredictor

  • Leverages geostatistics and AI for 2D mapping
  • Predicts rock property distribution
  • Predicts well performance distribution
  • Aids in well placement and reservoir management decisions

GMXPredictor

  • Employs the Material Point Method (MPM) for reservoir geomechanics
  • Models the interaction between hydraulic and natural fractures
  • Predicts differential stress and strain, validated with microseismicity data
  • Includes elastic and poroelastic modeling for well interference assessment

StimPredictor

  • New generation fast 3D grid-based frac simulator
  • Proppant transport constrained by validated geomechanical half-lengths
  • Resulting fracture geometry can be used as input in ProdPredictor™ and other commercial reservoir simulators

StratPredictor

  • 3D structural framework and 3D grid builder capable of handling reverse and normal faults in structured grids.
  • Generated 3D grids can be easily exported to any third-party software.
  • Builds automatically custom grids around microseismic data or along a horizontal well.

SeisPredictor

Advanced seismic inversion techniques

Extraction of detailed subsurface properties

Natural fracture identification

Velocity modeling for improved depth conversion


DrillPredictor

  • Utilizes commonly available surface drilling data and Corrected Mechanical Specific Energy (CMSE)
  • Estimates geomechanical logs, pore pressure, stresses, and natural fracture
  • Enables geoengineered completions based on drilling-derived logs

SRVPredictor

  • Estimates stimulated reservoir volume (SRV) and asymmetric geomechanical half-lengths
  • Utilizes strain or microseismicity data for estimations
  • Derived geomechanical half-lengths are used as constraints in StimPredictor


ProdPredictor 

  • Constrained production forecast using an asymmetric tri-linear model
  • Constrained pressure depletion estimated with the Fast Marching Method (FMM)
  • Automatic history matching of rates or pressure
  • PVT and BHP estimation tools

Ready to unlock your reservoir's full potential?

Podium empowers you to make data-driven decisions, optimize well strategies, and achieve sustainable success. Experience the power of Podium Contact us today to request a demo or learn more

Contact us

Universities Trusting Us

Shared Vision, Shared Success!

Our References

Shared Vision, Shared Success!