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Petroleum E&P Software Solutions
Interactive Petrophysics (IP) Software Interactive Petrophysics (IP) is a software used by petrophysicists, geologists, and reservoir engineers for well log analysis and reservoir modeling. The 2025 version (IP 2025) introduced significant updates, including: Performance Improvements: Up to 4x faster data loading, saving, and processing for large datasets with hundreds or thousands of wells. New Workflows: Enhanced modules for Image Analysis, Saturation Height Modeling, Cement Evaluation, Pulsed Neutron, Gas Analysis, and Python utilities. A new connection to Open Subsurface Data Universe (OSDU) repositories enables secure data transfer. Applications: Supports deterministic petrophysical workflows (e.g., clay volume, porosity, water saturation), Monte Carlo uncertainty analysis, and integration of geophysics and petrophysics for tasks like fluid substitution and synthetic seismogram creation. No specific details are...
IHS SubPUMP is a comprehensive software tool for designing and analyzing Electrical Submersible Pumps (ESPs). It is the only independent source that provides unbiased designs customized to specific needs, sourcing equipment data from leading manufacturers worldwide. SubPUMP features the largest ESP equipment database with over 3,100 catalog items, making it a trusted choice for leading oil companies due to its calculation reliability and ease of use.
PETROSYS 2024 is a leader in mapping, modeling, and data management solutions for the oil and gas industry—uniquely integrated with the widest range of professional geoscience and GIS applications. Oil companies produce high-quality maps and visualizations. It aggregates, manages, and analyzes fundamental data to deliver actionable results with clarity and accuracy. Petrosys is the industry leader in mapping, surface modeling, and data management software solutions, offering direct connectivity to the most popular exploration, production, and GIS data sources in the E&P industry. Petrosys produces high-quality maps and surface models. It manages, edits, and analyzes foundational information, including specialized seismic, well, and geoscience data used to locate oil and gas. Geoscientists, data managers, and engineers at over 300 sites worldwide use...
Schlumberger OLGA 2025 is a dynamic multiphase flow simulator used for modeling transient flow behaviors in oil and gas production systems to maximize production potential. It’s widely applied in feasibility studies, field development design, and operational scenarios for both offshore and onshore pipeline networks. The software simulates time-dependent behaviors like flow rates, fluid compositions, temperature changes, solids deposition, and operational procedures (e.g., start-up, shut-down, pigging). It also supports advanced applications such as sizing separators, managing solids, contingency planning, and assessing environmental risks in deepwater drilling. Key Features of Schlumberger OLGA 2025.2: CO2 Handling for CCS: Features a new solver developed through the OLGA CO2 Joint Industry Project (JIP), enhancing CO2 transport and injection simulations for carbon capture and storage (CCS)...
Petromod basin modeling software combines seismic, well, and geological information to model the evolution of a sedimentary basin. The software predicts if, and how, a reservoir has been charged with hydrocarbons, including the source and timing of hydrocarbon generation, migration routes, quantities, and hydrocarbon type in the subsurface or at surface conditions. Applications Petroleum V2024.2 systems models (1D, 2D, or 3D) can cover multiple scales ranging from a single charge area for a prospect to regional studies of entire basins to multi-basin resource assessments. The models are dynamic, which means they provide a complete record of the structural evolution, temperature, and pressure history, as well as the effects on generation, migration, accumulation, and eventual loss of oil and gas by...
AVEVA PRO/II Simulation 2025 is a steady-state process simulator designed to optimize plant performance through advanced process design, operational analysis, and engineering studies. It performs rigorous heat and material balance calculations for a wide range of chemical processes, offering a comprehensive library of components, thermodynamic models, and unit operations. The software supports industries such as oil and gas, refining, petrochemicals, chemicals, pharmaceuticals, and polymers. Key Features: Thermodynamic Models: Extensive range for accurate modeling across industries. Integration: Seamlessly integrates with Microsoft Excel for custom modeling and reporting, and with industry-standard licensors like HTRI, OLI, Koch-Glitsch, and Cost Engineering. It also supports assay imports via AVEVA Unified Supply Chain. Cloud and On-Premise Access: Available with secure user access control, simplified maintenance, and...
AVEVA Dynamic Simulation 2025 is a comprehensive, dynamic process simulator designed to address the challenges of designing, commissioning, controlling, and operating modern process plants safely and profitably. It supports process design, control system validation, operator training, and performance improvement across industries like oil and gas, chemicals, power, and more. New Features in AVEVA Dynamic Simulation 2025 – Infrastructure Enhancements is a 9-minute recording that provides an overview of the new features available in AVEVA Dynamic Simulation version 2025. This eLearning assumes familiarity with previous AVEVA Dynamic Simulation versions. The new features are outlined via MS-PowerPoint slides along with software demonstrations. This recording will be of value to those looking to gain an understanding of the new features related to infrastructure...
Schlumberger Flaresim 2024 is an advanced flare simulation and design software used primarily in the oil, gas, and petrochemical industries. It is the industry-standard tool for modeling thermal radiation, noise footprints, and gas dispersion generated by flare systems in offshore platforms, gas plants, refineries, and chemical plants. The software predicts the temperature of exposed surfaces and supports complex flare system configurations, including multiple flare tips on vertical, horizontal, or inclined stacks. It uses various algorithms to model pipe flares, sonic flares, and liquid burners, allowing users to input and report data in customizable units. Key features include: Thermal Radiation and Gas Dispersion Modeling: Simulates thermal radiation and gas dispersion under different environmental conditions, aiding in safety and compliance. Comprehensive Configurations:...
Geosoftware jason 2024, developed by GeoSoftware, is a leading reservoir characterization software suite designed to optimize field development, reservoir management, and well planning through advanced seismic inversion and geostatistical workflows. Below is a concise overview based on the latest available information: Key Features of Jason 2024 Enhanced Usability and Efficiency: Streamlined workflows with fewer mouse clicks and improved user interfaces for faster data handling and analysis. SEG-Y Importer simplifies data import with automatic survey detection, XY location mapping, and pre-import geometry previews to reduce errors. RockRank engine improvements enable faster, more stable calculations, resuming from previously saved results and adding timestamps for better tracking. Advanced Reservoir Characterization: Anisotropic inversion leverages azimuthal seismic data to define optimal drilling locations, integrating with...
FRACPRO® 2023, the latest version of the industry-leading hydraulic fracturing design and analysis software from StrataGen, is now available! This version enhances existing models for improved accuracy and speed. It also incorporates numerous advanced capabilities that solve field challenges faced by our broad customer base. New Features and Enhancements • Added new ISIP (Instantaneous Shut-In Pressure) calculation method to the existing options.The new method is applicable for cases where wellbore storage and/or fracture complexity around the wellbore masks the clear observation of this key parameter. • Added a new Closure Pressure calculation method to the existing options.The new method considers the Rock Compliance effect over the fracture face closure. • Added Asymmetric Fractures Simulation (considering Parent & Child Interaction) capability.The...
Hampson-Russell offers a fully integrated suite of world-class geophysical interpretation tools for reservoir characterization. Known for its ease of use, Hampson-Russell makes sophisticated geophysical techniques accessible to all levels of geophysicists. This comprehensive suite of reservoir characterization tools integrates well logs, seismic data and geophysical processes into an easily navigated, intuitive package for fast results. Known for its ease of use, HampsonRussell makes sophisticated geophysical techniques accessible. circleExperience powerful speed improvements for your processing projects with multi-node processing circleGet the flexibility to design and code any process with the Python ecosystem while taking advantage of the HampsonRussell project structure and data access circleQuickly import and use shapefiles circleWork with your AWS and Microsoft Azure cloud data HampsonRussell offers a comprehensive...
The Pipesim™ steady-state multiphase flow simulator is the flagship SLB well and network modeling software for steady-state multiphase flow simulation. Together with the Olga™ dynamic multiphase flow simulator, SLB provides a complete software solution for design and optimization of production systems. These notes accompany the release of Pipesim 2025.1. The notes describe changes in Pipesim 2025.1 relative to Pipesim 2024.3. This document should be read by all users of the program. The complete program documentation consists of Pipesim help, release notes, and installation guides. The SLB Software Support Hub provides useful information about the product, and a knowledge base. Please contact SLB if problems or missing functionality are encountered when using Pipesim steady-state multiphase flow simulator or any of its...
Schlumberger OLGA 2024 The Olga™ dynamic multiphase flow simulator models transient flow (time-dependent behaviors) to maximize production potential. Transient modeling is an essential component for feasibility studies and field development design. Dynamic simulation is essential in deep water and is used extensively in both offshore and onshore developments to investigate transient behavior in pipelines and wellbores. Transient simulation with the Olga simulator provides an added dimension to steady-state analysis by predicting system dynamics, such as time-varying changes in flow rates, fluid compositions, temperature, solids deposition, and operational changes. From wellbore dynamics for any well completion to pipeline systems with various types of process equipment, the Olga simulator provides an accurate prediction of key operational conditions involving transient flow.
IHS QUE$TOR, developed by S&P Global (formerly IHS Markit), is a premier software suite for cost estimation and project modeling in the upstream oil and gas industry. It is utilized by over 500 organizations across 50 countries for concept screening, process optimization, and generating detailed CAPEX (capital expenditure) and OPEX (operational expenditure) cost estimates. The QUE$TOR 2024 application suite comprises three core modules: QUE$TOR Offshore, QUE$TOR Onshore, and QUE$TOR LNG Regasification. Below is an overview of its key features and anticipated enhancements for 2024. 1. Comprehensive Cost Database Overview: QUE$TOR 2024 maintains a robust database with over 60,000 cost items, covering materials, labor, technologies, and equipment. The database is updated bi-annually to reflect current market conditions and technological advancements. Applications:...
Schlumberger Techlog 2024 is a wellbore-centric software platform designed for multidiscipline workflows in petrophysics, geology, geophysics, drilling, reservoir, and production engineering. It offers a fully integrated environment for processing and visualizing wellbore data, enabling collaboration and informed decision-making from exploration to production. Key features include: Geology: Image log analysis, texture analysis, dip meter analysis, and core analysis. Petrophysics: 3D petrophysics with local layer models and EcoScope neutron fast-forward modeling. Drilling: Well wall stability analysis and drilling performance evaluation. Geophysics: Rock physics, multimineral fluid replacement, and amplitude versus angle (AVA) analysis. Studio Environment: Enhanced collaboration with notifications, project browsers, and data management tools. Ocean Framework: Extensibility for custom workflows via software development.
IHS Kingdom 2025 Optimized for unconventional, conventional and deep water plays, Kingdom helps you assess the potential of regional geologic trends or discover where assets are underperforming, all within a singular, cost effective and easy to learn environment. Kingdom™ from S&P Global enables: Better Collaboration – Hit the zone 95% of the time with Kingdom Geosteering. Enhanced collaboration increases productive geology and enables better predictions Higher Productivity – Work smarter and benefit from an intuitive interface and user experience. With Kingdom you can complete 90% of key workflows and reduce your cycle time by half through streamlined workflows, increased performance with large projects, and reduced bottlenecks through shared data and workflows Ease of Use – Rated number one for easiest to use interpretation, Kingdom...
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