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The OLGA 2023.2dynamic multiphase flow simulator models time-dependent behaviors and provides an additional dimension to steady-state analyses. Dynamic simulation is extensively used in both offshore and onshore field developments. From wellbore dynamics for any well completion, to pipeline operations for process systems containing any type of equipment, the OLGA simulator provides an accurate prediction of key operational conditions involving transient flow.

Aspen Geologis a leading software suite for advanced petrophysical analysis and formation evaluation used in the energy industry. It provides tools for petrophysical and geological analysis, well data management, and robust data integration, and is utilized by a majority of the top oil companies worldwide.

Aspen RMS14.5 refers to a version of Aspen RMS, a subsurface modeling software developed by Aspen Technology. It's a collaborative platform used by geophysicists, geologists, and reservoir engineers to build and manage 3D reservoir models. This software is designed to integrate data from various sources, support interpretation, and facilitate the creation of models for complex reservoir scenarios.

Aspen SKUAis a suite of software providing geology-driven modeling solutions. With these advanced solutions, you can quickly and accurately construct models appropriate for multiple applications, including flow simulation, drilling, and imaging. Afterward, incorporate results from these applications to improve your models.

An integrated software suite providing a full range of reservoir engineering and simulation tools in a single, consistent interface, for reliable, accurate reservoir predictions. Aspen Tempest, an integrated software suite used in hundreds of installations worldwide, provides a single, consistent interface specifically designed for reservoir engineers. More than just a reservoir simulation tool, it provides a full range of solutions for preparing and navigating simulation input, submitting and monitoring runs, visualizing and analyzing results, performing assisted history matching, and predicting production uncertainty.

InterWell,the geophysical solution from Beicip-Franlab, The leading-edge software with comprehensive workflows, to conduct end-to-end geophysical studies, from defining your Rocks physics model, running QC and seismic data conditioning, seismic inversion, to subsurface characterization, and depth conversion.

Since 1995, Cerberus™ has been the leading intervention modeling software for planning and performing coiled tubing, wireline, and jointed pipe operations. Cerberus models provide advanced calculations for fatigue life, tubing forces, and hydraulics providing operational confidence. Featuring cloud connectivity, the entire organization now has access to the complete picture of operations and assets in real-time, enabling immediate process improvements, reduction of NPT, and unlocking opportunities to gain efficiencies for improving the bottom line. 

Jason from CGG, optimizes field development, reservoir management, and well planning using advanced seismic inversion and reservoir characterization technology. Intuitive seismic reservoir characterization workflows yield timely answers for critical decisions. With a commitment to precision and innovation, Jason offers solutions that address the intricacies of reservoir challenges, empowering informed decision-making for successful exploration and production endeavors.

CMG develops market-leading reservoir simulation software, which is recognized worldwide as the industry standard for advanced recovery processes. CMG's superior technology continues to break new ground for capabilities — simulating the simple to the most advanced recovery processes through a combination of easy-to-use model building workflows, state-of-the-art Performance Enhancement Technology and cross-disciplinary multi-physics (e.g. thermal effects, geochemistry, geomechanics, fluid and phase behavior, wellbore hydraulics and completions) required to accurately model recovery processes. Latest version of CMG is 2025.101.

CycloLog is a state-of-the-art tool for analysis and interpretation of well logs especially developed for petroleum geologists. The software contains tools to assist with log analysis and correlation, including petrophysics, cluster analysis, markov chain analysis, frequency analysis and the unique INPEFA®. CycloLog is user-friendly and has an intuitive workflow making it a time and cost-effective tool. It is fully integrated with all major petroleum industry software.

The Eclipse™industry-reference reservoir simulator offers the most complete and robust set of numerical solutions, for fast and accurate prediction of dynamic behavior, for all types of reservoirs and development schemes. The Eclipse simulator has been the benchmark for commercial reservoir simulation for more than 40 years due to its robust capabilities, speed, parallel scalability, and unmatched platform coverage. The simulator covers the entire spectrum of reservoir modeling, including black-oil, compositional, thermal, and streamline simulation.

Flaresim 2024.2is a computer program designed to assist professional engineers in the design and evaluation of flare systems. The program calculates the thermal radiation, thermal dose and noise generated by flares and estimates the temperatures of exposed surfaces. It also performs dispersion analysis of the combustion gases or relieved fluid in flame out conditions. Flaresim provides a user friendly interface with program actions accessed by menu and toolbar options. Data entry is through a series of data views controlled from an overall Case Navigator view. Context sensitive help is available at all points to assist the user in the use of the program and selection of appropriate design parameters.

Geoplat AI 25.03enables the conditioning of original seismic data using machine learning methods. The algorithm, like other our conditioning techniques, was trained on synthetic data. However, a distinctive feature here is the utilization of data with varying frequencies. This trained neural network is capable of enhancing the resolution of seismic data, enabling a more detailed observation of thin layers. These thin layers become more pronounced through this conditioning, resulting in a more detailed representation of the structural characteristics of the surveyed area.

GOHFER,which stands for Grid Oriented Hydraulic Fracture Extension Replicator, is a planar 3-D geometry fracture simulator with a fully coupled fluid/solid transport simulator. GOHFER was developed by Dr. Bob Barree of Barree & Associates in association with Stim-Lab, a division of Core Laboratories. GOHFER has been continually refined using established formulations that have been verified in Stim-Lab's laboratory and in the field.

GOHFERwhich stands for Grid Oriented Hydraulic Fracture Extension Replicator, is a planar 3-D geometry fracture simulator with a fully coupled fluid/solid transport simulator. GOHFER was developed by Dr. Bob Barree of Barree & Associates in association with Stim-Lab, a division of Core Laboratories. GOHFER has been continually refined using established formulations that have been verified in Stim-Lab's laboratory and in the field.

GPSeismic®is a suite of survey, mapping and data management applications. It has a wide range of both graphical, numeric and SQL based controller upload point selection methods and direct raw data file processing capabilities. Support for numerous survey systems with provision for import of data from any ASCII or binary file with known structure.

The INTERSECT 2025.1high-resolution reservoir simulator is the answer to many of your reservoir challenges. By combining physics and performance in a fit-for-purpose reservoir simulator for your reservoir models, the INTERSECT simulator enables modeling at the scale you need with the physics you need—fast. Reservoir engineers are provided with results that can be trusted to provide insight into understanding the progression of hydrocarbon in the reservoir at a resolution that is otherwise too costly to simulate. The outcome is improved accuracy and efficiency in field development planning and reservoir management, even for the most complex fields. From black oil waterflood models, to thermal SAGD injection schemes, to efficient handling of unstructured grids, the INTERSECT simulator delivers a new approach to reservoir simulation for meeting your reservoir management challenges. The INTERSECT simulator reveals new insights through the efficient simulation of high-resolution models while employing robust physics to support better field development decisions. Detailed reservoir characterization, together with well and network coupling, can be honored with only minimal or no upscaling.

The INTERSECT 2025.2high-resolution reservoir simulator is the answer to many of your reservoir challenges. By combining physics and performance in a fit-for-purpose reservoir simulator for your reservoir models, the INTERSECT simulator enables modeling at the scale you need with the physics you need—fast. Reservoir engineers are provided with results that can be trusted to provide insight into understanding the progression of hydrocarbon in the reservoir at a resolution that is otherwise too costly to simulate. The outcome is improved accuracy and efficiency in field development planning and reservoir management, even for the most complex fields. From black oil waterflood models, to thermal SAGD injection schemes, to efficient handling of unstructured grids, the INTERSECT simulator delivers a new approach to reservoir simulation for meeting your reservoir management challenges. The INTERSECT simulator reveals new insights through the efficient simulation of high-resolution models while employing robust physics to support better field development decisions. Detailed reservoir characterization, together with well and network coupling, can be honored with only minimal or no upscaling.

JewelSuite SubsurfaceModeling provides everything you need to build complex reservoir models, from tools to refine your seismic interpretation to static and dynamic reservoir modeling and well planning. Tools for automating these tasks are also available. These automation tools allow you to more efficiently apply your geological insight as they provide a means of quickly changing or tweaking models, which greatly aids in iterating through various scenarios in the field you are studying.

JewelSuite™ Geomechanicssoftware application enables you to quickly, accurately, and easily detect and mitigate any geomechanical risk. Our powerful and accurate models provide the intelligence you need to define a safe operating window and reduce non-productive time. Whether the solution is a change in direction, inclination, or mud density, the application’s automated workflows guide you to the optimal risk-mitigation solution and the best well plan for each reservoir, resulting in safer, faster, and more profitable drilling outcomes.