APPLICATIONS ■ Petroleum systems modeling ■ Prediction of hydrocarbon generation

timing, migration routes, quantities, and hydrocarbon type in the subsurface and at surface conditions

■ Pressure and temperature (P/T) prediction

■ Fast flowpath migration simulation

FEATURES ■ PetroMod* petroleum systems

modeling software combines seismic, well, and geological interpretation for comprehensive simulation of a sedimentary basin’s evolution

■ Model-building tools and multi-1D to full 2D and 3D P/T simulation capabilities

■ Reaction kinetics, adsorption models, and flowpath migration ray-tracing method to analyze hydrocarbon movement and flow

■ Standardized user interface across all 1D, 2D, and 3D modeling workflows

■ PetroMod 1D enables input of data, model set-up, simulation, and output of results to be performed within one application

■ PetroMod 2D Core software provides rapid analysis in complex areas of both sparse or dense data coverage

■ PetroMod 3D Core enables the full 3D assessment of pressure and temperature in a sedimentary basin through geological time

BENEFITS ■ Model the evolution of your reservoir ■ See if, and how, your reservoir

has been charged with hydrocarbons ■ Predict drilling hazards early ■ Access detailed facies descriptions

and powerful distribution techniques with compatible Petrel* E&P software platform capabilities

■ All core and advanced migration simulator components can be licensed individually

PetroMod petroleum systems modeling software combines seismic, well, and geological interpretation to model the evolution of a sedimentary basin. Simulations help to predict P/T and if, and how, a reservoir has been charged with hydrocarbons. Simulation also predicts the timing of hydrocarbon generation, migration routes, quantities, and hydrocarbon type in the subsurface and at surface conditions. PetroMod software provides a standardized user interface across the 1D, 2D, and 3D modeling workflows. The same simulator is employed with all technical features and tools available and identical in all dimensions, ensuring full compatibility.

Geocellular models built using the 2014 release of the Petrel platform contain detailed facies and property distributions. These models can be incorporated into the PetroMod software for dynamic forward modeling, hydrocarbon generation, and flow simulation. Petroleum systems modelers using the Petrel platform’s facies modeling tools have access to powerful distribution techniques to represent the subsurface according to analogues and geological concepts, while honoring data trends and distributions. These detailed facies descriptions significantly enhance P/T prediction and hydrocarbon charge analysis. Petrel 2014 has direct access to PetroMod

3D simulation results.

The PetroMod Core system includes model-building tools and multi-1D to full 2D and 3D P/T simulation capabilities. A database of reaction kinetics predicts phases and properties of hydrocarbons generated from various source-rock types, and editors provide customized source-rock kinetics. Multicomponent kinetic models can be combined with flowpath migration simulation. Flowpath migration is a ray-tracing method to analyze simple buoyancy-driven flow. In addition, the PetroMod Core system includes adsorption models that describe the release of generated hydrocarbons into the free pore space of source rock.

PetroMod 2014 Petroleum Systems ModelingCore system

Geocellular models built on the Petrel 2014 platform contain detailed facies and property distributions that can be incorporated into the PetroMod software for dynamic forward modeling.

PetroMod software provides a standardized user interface across all 1D, 2D, and 3D modeling workflows.

PetroMod 1D PetroMod 1D allows data input, model setup, simulation, and output of results in one application. The 1D capabilities support single-point data (wells and pseudowells) which can be constructed from scratch, imported from Petrel or the PetroMod Well Editor function, or extracted directly from PetroMod 2D and 3D models.

PetroMod 1D can be used as a standalone tool, or as a fully integrated component of PetroMod 2D and 3D. Calibrated wells with calibration results such as heat flow trends can be used by the 2D and 3D simulators. As a result, P/T modeling calibration is performed efficiently in all workflows. The output results offer a choice between numerous calculated overlays and plots (depth, time, and burial), and allow the display of input and output data adjacent to each other. The results page offers an ideal canvas for preparation of presentations.

PetroMod 2D CoreThe PetroMod 2D Core software is primarily applied in areas with sparse data where a 2D geological section captures all relevant information and can be used to quickly develop and test conceptual models. It is particularly suited for structurally complex areas for fast simulation results and a better understanding of the region prior to constructing a 3D model. This software is also routinely applied in areas with dense data coverage if rapid analysis is desired, and for pressure prediction work with full 2D P/T simulations and preliminary charge evaluations.

software.slb.com/PetroMod

PetroMod 2014 Petroleum Systems Modeling

*Mark of SchlumbergerOther company, product, and service names are the properties of their respective owners.Copyright © 2014 Schlumberger. All rights reserved. 14-IS-0337

PetroMod 3D Core PetroMod 3D Core software enables the full 3D assessment of P/T in a sedimentary basin through geological time. The results can be used to

■ enhance pore pressure prediction for seismic velocity inversion ■ improve imaging processes ■ predict drilling hazards in early stages of exploration ■ provide detailed assessment of maturation, generation, and expulsion

of hydrocarbons.

The input model can be enhanced when built together with the detailed description of source rocks based on the Petrel platform’s source-rock characterization processes.

The PetroMod 3D Core capabilities also enable fast flowpath migration simulation which provides a rapid assessment tool for drainage areas, and fill and spill analysis of a petroleum play. PetroMod software enables full 3D petroleum system modeling of deepwater exploration areas by predicting temperatures, pressures, and petroleum properties in both post- and presalt plays. All core and advanced migration simulator components can be licensed individually.

SpecificationsPetroMod software is available on all hardware platforms running Microsoft Windows 7 (64-bit), or Red Hat Enterprise Linux 5.6 and 6.3 (64-bit) operating systems. PetroMod software provides the same interface, functionality, and binary data formats on all platforms with the result that input/output files can be easily transferred within mixed hardware systems.

Data input, model setup, simulation, and results output capability in a single application.

PetroMod 2D Core software provides rapid analysis in complex areas of both sparse or dense data coverage.

PetroMod 3D Core software enables full 3D assessment of pressure and temperature in a sedimentary basin through geological time.