Blackrock Modelling Pty Ltd

BRM aims to offer a broad range of geomodelling services and solutions, specified to your company’s requirements, no matter how generalised or detailed. Backed by a wealth of experience in all types of oil and gas field reservoirs in a number of depositional settings and structural regimes internationally, we understand that each field is different and requires a case-by-case approach.

BRM has experience in fulfilling the geomodelling lead role within a technical team and realises the importance of interaction within the entire team.

We also incorporate a high level of quality control and provide relevant modelling iterations for the reservoir engineering team, as required, once the static geomodel has been exported for dynamic simulation.

Whether it be complete static geomodelling constructing, editing, updating, maintaining, iterating, reviewing, auditing, expanding, revising or modernising, we have the capability to assist you in all your geomodelling needs.

Consultancy services

  • Complete static geomodel construction
  • Well, geological and geophysical input data quality control and import
  • Well correlation panel interpretation and creation
  • Structural modelling analysis and 2D/3D pillar interpretation
  • Skeleton grid framework generation and grid integrity check
  • Stratigraphic zone modelling, layering and well upscaling
  • Comprehensive facies and petrophysical property modeling
  • Detailed upscaling of properties, fit for simulation purposes
  • Comprehensive workflow generation
  • Volumetric calculation and uncertainty analysis
  • All relevant well and property export of static model to dynamic model simulation, including all iterations and updates for subsequent historical data matching

  • Reservoir characterisation and optimisation
  • Data and geostatistical analysis
  • Various property distribution techniques
  • Reserve audits
  • Peer reviews
  • Geomodelling mentoring and training
  • Competent person’s reports
  • Reservoir target and well path design
  • Bringing your geomodels “into the future”
  • Fit-for-purpose model building
  • Troubleshooting and problem solving
  • Deterministic and probabilistic volume calculations