Software Print


At Pangea, we believe that new technologies is the key for success in today’s oil&gas business.

And we rely on the extensive geoscientific knowledge collected in the country produced more than 17.5 billions tons of oil from reservoirs of all ages from Proterozoic to Cretaceous. The country in which or the first time advanced software for interpretation of digital geophysical data was applied more than 55 years ago.

We simply did our best to integrate the best of those achievements with latest innovations and make it work together in easy-to-use industrial software PANGEA.

PANGEA software provides the most effective exploration decision support. Optimal integration of all types of relevant G&G data is provided by our Multi-D Interpretation™ technology allowing to go much deeper in understanding the subsurface. The comprehensive toolkit for combining most informative volume, 2D or interval seismic attributes allows to classify territory and to predict reservoir properties at any E&P stage from early exploration to development of the field, providing unprecedental resolution and accuracy. Built-in uncertainty evaluation options allow to estimate various exploration risks.

PANGEA is the only software in the market in which highest level seismic interpretation is integrated with interpretation of gravity and magnetic data along with other maps reflecting subsurface properties. And for user convenience the software also provides all necessary tools for standard seismic and log interpretation including petrophysical analysis.

PANGEA tools allow extracting the most essential information from any new or archival data whether it be seismic, log, core measurements, gravity, magnetic, satellite images, surface geochemistry or EM resistivity and polarization maps for better return on investments in oil&gas assets.

Are those reasons sufficient for you to consider PANGEA as worthy addition to your exploration software portfolio?


PANGEA software family is developed to integrate all the data characterizing geological features of the territory, allowing to generate and evaluate leads and prospects, to recommend drilling sites and quantify drilling risks, to characterize reservoir and to predict its performance.

Seismic data are interpreted by a geophysicist using ReView™ which also enables to geometries lithofacies in 2D/3D and to convert seismic to reservoir properties using well data.

In many cases the most reliable prediction can be provided for layer parameters, such as effective thickness or average porosity, controlled by interval seismic attributes. Relevant correlation may also exist between layer properties and non-seismic attributes. All these attributes maps are interpreted simultaneously by geologist or geophysicist using Certainty™ which provides search for most informative attributes combinations, area zonation and prediction of layer properties maps.

To provide the petrophysical basis for ReView™ and Certainty™ a petrophysicist is recommended to use PetroExpert™ allowing to elaborate petrophysical model and to evaluate formation parameters for further extrapolating from wells to reservoir volume or across the area.

Where salt tectonics, basalt intrusions, trust folding or other geological processes complicate the exploration, gravity and magnetic data must be added to the dataset. A dedicated geophysicist using Magistr™ will extract the most valuable attributes from GM data and to transfer them and to interpret them with Certainty™.

At the producing fields reservoir connectivity issues may be the main challenge. A reservoir engineer, using patented ECHO™ software, obtains the direct evidences for well interference through statistical analysis of production time series. These conclusions will allow to conclude about permeability of faults or lithological barriers predicted by ReView™ or Certainty™.

Data exchange between the modules of PANGEA is supported by two seamlessly connected databases for G&G and production data. The team working with PANGEA software suite provides volumetrics and risks analysis which result in the most reliable exploration decision. The results are further transferred to industry standard reservoir modeling software for 3D modeling and simulation.