Fugro-Jason helps you make the best reservoir management decisions using all your available information in a truly integrated workflow. With this approach, customers have achieved 95% history matches with no porosity modifiers, allowing you to make accurate predictions and evaluate alternative production scenarios.

The model is fully updateable, so as new information becomes available the model can change as well. An integrated, disciplined workflow with many QC steps, depicted below, ensures the best results from Seismic to Simulation.

Fugro-Jason delivers superior Seismic to Simulation results using advanced technology that solves problems encountered by traditional approaches:

Integrated Rock Physics and Petrophysics, to quantitatively relate petrophysical reservoir properties (lithology, porosity, permeability, and Sw) to elastic properties (p-velocity, s-velocity, and density)

MCMC Geostatistical Inversion, defining a range of highly detailed plausible 3D rock property models and quantifying uncertainty

RockScale, to accurately transfer the 3D rock properties from seismic to the corner point stratigraphic grid

Model Validation and Ranking, using dynamic flow simulation to pick the best fit among equally probable solutions using production history

History Matching

The objective of a Fugro-Jason Seismic to Simulation project is to use the existing data and information you have—wells, cores, seismic, geology, and production data—to construct a reservoir model that is in agreement with all this information, without the introduction of any artificial flow barriers or porosity modifiers in order to achieve an excellent history match.

Evaluate Alternative Drilling Locations

After constructing and validating your reservoir model, substantial value can be realized as you use it to project ultimate recovery and evaluate various reservoir management scenarios to maximize the profitability of the field.