Acquisition and Divestiture
Optimizing asset performance and maximizing value over the full asset lifecycle.
Optimizing asset performance and maximizing value over the full asset lifecycle.
Delfi Agile Reservoir Modeling enables geoscientists and reservoir engineers to work together, it helps better understand reservoir uncertainties and efficiently quantify their impact on the possible development strategies
PetroMod software predicts the location of oil and gas accumulations and other important properties.
Smarter decision making through tailored analytics tools.
The Delfi platform’s solutions give you access to the best of the best when you need it—automatically calling the relevant components of market-leading software when required.
Optimized implementation of Schlumberger software into your E&P environment.
Realizing the business value of digital innovation across the exploration and production lifecycle
Optimizing asset performance and maximizing value over the full asset lifecycle.
Optimizing asset performance and maximizing value over the full asset life cycle
Optimizing asset performance and maximizing value over the full asset lifecycle
Analyze and allocate by hydrocarbon component.
Analyze and allocate by hydrocarbon component.
Analyze and allocate by hydrocarbon component.
Visualization, report tools, and distribution to meet all your reporting needs
Visualization, report tools, and distribution to meet all your reporting needs
Visualization, report tools, and distribution to meet all your reporting needs
Synchronized data collection and review in the field
Synchronized data collection and review in the field
Synchronized data collection and review in the field
Online ESP monitoring, surveillance, and performance optimization
Online ESP monitoring, surveillance, and performance optimization
Online ESP monitoring, surveillance, and performance optimization
Real-time solution support facilitating high-frequency data operations
Real-time solution support facilitating high-frequency data operations
Real-time solution support facilitating high-frequency data operations
With the Avocet mobile data capture app, your field personnel can easily collect, validate, and share production operations data—whether onshore or offshore.
With the Avocet mobile data capture app, your field personnel can easily collect, validate, and share production operations data—whether onshore or offshore.
With the Avocet mobile data capture app, your field personnel can easily collect, validate, and share production operations data—whether onshore or offshore.
Production-ready workflows to help you meet your targets
Production-ready workflows to help you meet your targets
Production-ready workflows to help you meet your targets
Enhance the Avocet platform for your production operations
Enhance the Avocet platform for your production operations
Enhance the Avocet platform for your production operations
Standardized reporting to meet US regulatory reporting requirements
Standardized reporting to meet US regulatory reporting requirements
Standardized reporting to meet US regulatory reporting requirements
Capture, validate, store, and process production information.
Capture, validate, store, and process production information.
Capture, validate, store, and process production information.
Increase productivity using a comprehensive picture of your asset
Increase productivity using a comprehensive picture of your asset
Increase productivity using a comprehensive picture of your asset
The Avocet platform provides a field-level decision support system enabling you to hit all your production targets.
The Avocet platform provides a field-level decision support system enabling you to hit all your production targets.
The Avocet platform provides a field-level decision support system enabling you to hit all your production targets.
Develop your own customized solutions with the developer toolkit for the Avocet platform.
Develop your own customized solutions with the developer toolkit for the Avocet platform.
Develop your own customized solutions with the developer toolkit for the Avocet platform.
Fully auditable volumes-tracking from producing zone to sales point
Fully auditable volumes-tracking from producing zone to sales point
Fully auditable volumes-tracking from producing zone to sales point
GPM geological process modeling software is used to build advanced digital geological models predicting the development and redistribution of carbonates.
GPM geological process modeling software is used to build advanced digital geological models predicting clastic sedimentary stratigraphic sequences.
Advanced technology to manage your data, information, and corporate knowledge
If you want your people to work in one space, if you want limitless collaboration, if you want to use your own IP, if you want to benefit from all the best-in-class technology in the industry—then go to the Delfi digital platform.
A collaborative environment enabling you to discover and consume multiple data sources of global E&P information in one place, in the context of your operations.
Delfi Data Science is a package of AI and analytics solutions for energy workflows that enables geoscientists and engineers to build, manage, and deploy AI to solve their day-to-day challenges.
Freedom to develop new or enhanced E&P software applications.
Delfi Reservoir Engineering Workspace combines the power of cloud with data analysis to bring advanced reservoir simulation model interpretation and to generate insights.
Delfi Production Data Foundation unifies and enriches fragmented data. By streamlining multiple on-premise and cloud data points into a single source of truth, teams gain clarity and confidence in decision making.
Delfi Reservoir Engineering Workspace combines the power of cloud with data analysis to bring advanced reservoir simulation model interpretation and to generate insights.
Promote and evaluate E&P acquisition & divestment opportunities - further, faster and securely
Our key expertise is to design wells, manage risk and projects on our clients behalf.
Redefine business as usual for your production
Realizing the business value of digital technologies across E&P
The Delfi digital platform brings existing application technology, data, and petrotechnical knowledge from decades of E&P studies together in one environment.
Dynamic drilling simulation software
Dynamic drilling simulations for pressure control, well control, and managed and underbalanced operations.
It is crucial to understand the dynamic hydraulic effects in the wellbore
Dynamic multiphase modeling for secondary well control—accurate representation of wellbore flow and realistic evaluation of design limits.
Benefit from the realistic results of dynamic simulations and be well prepared for a potential well control incident
Identify and avoid potential problems in well planning and design for complex UBD/MPD operations
Optimized implementation of Schlumberger software into your E&P environment.
Drilling Insights - Intelligent well data solutions
Drilling monitoring and analysis for remote decision support
Intelligent well delivery and insights
DrillOps Automate adaptive drilling system assists and optimizes every drilling task to improve consistency, efficiency, and tool performance.
The coherent well construction planning solution that maximizes the results from drilling teams in a single, common system.
Optimized implementation of Schlumberger software into your E&P environment.
Advanced Wells (Multisegment Wells)
Multicomponent reservoir fluid description for compositional changes associated with depth, condensates, or volatile crude oils, gas injection programs, and secondary recovery studies.
Fully implicit, three-phase, three-dimensional, and general purpose black oil reservoir simulator.
Simulate the full spectrum of enhanced oil recovery (EOR) methods and model CO2 capture and storage projects
Control your reservoir simulation with a wide range of field management options
The Eclipse simulator offers several options for refining the simulation grid and the well model
Break a full-field model into sectors while maintaining boundary conditions established from a full-field run.
FrontSim Streamline Simulator
Eclipse gas field operations
Eclipse gas lift optimization
Black oil, compositional, thermal, and streamline reservoir simulation.
Eclipse local grid refinement and coarsening
Include surface network constraints in your reservoir simulation.
Leverage the power of high-performance computers to speed up your simulation workflows
Simulate multiple coupled reservoirs with constraints on overall production and injection rates.
The Eclipse blackoil simulator delivers three-phase, 3D reservoir simulation with extensive well controls, field operations planning and EOR.
Heavy oil recovery, handling changes in reservoir temperature and calorific energy
Simulate SAGD schemes, cyclic steam injection, steam flooding, hot and cold water injection, and in situ combustion.
Simulate coal bed methane, shale gas, shale oil, and naturally fractured reservoirs
The Enterprise Data Solution unifies your data from subsurface to operations. It gives you everything you need to make data accessible to your users on an unprecedented scale.
Honor the latest reservoir understanding in identifying, evaluating, and ranking EOR methods
Optimizing asset performance and maximizing value over the full asset lifecycle
Flaresim is the leading flare radiation software package for design and analysis of flare systems.
Optimized implementation of Schlumberger software into your E&P environment.
Consistent fluid analysis and modeling
Understanding the geochemistry of oil and gas reserves, from wellbore to basin
Powerful 2D and 3D geological analysis, mapping, and modeling
Optimal decision making and accurate assessment of geomechanical risks for your reservoirs and surrounding formations
Seismic and nonseismic interpretation, from basin to reservoir scale
Scalable decision support for risk, resource, and economic evaluation of exploration projects and portfolios
Consistent and comprehensive evaluation of exploration risks and resources
Achieving production objectives with full stochastic evaluation of exploration portfolios
GPM geological process modeling software is used to build advanced digital geological models predicting clastic sedimentary stratigraphic sequences.
Improve reservoir prediction in clastic and carbonate sediments.
Make more informed decisions to extract the most value from your field over its lifetime.
A unique combination of technology and methodology to automatically and continuously check and improve data quality.
New insights with high-resolution reservoir simulation.
Simulate a wide range of EOR methods by accurate high-resolution modeling of chemical and miscible injection agents with black oil and compositional fluids
Simulate complex field development plans, multiple reservoirs and coupled networks
Intersect Simulator Petrel Reservoir Engineering
Intersect Simulator Deployment Services
Intersect Simulator Performance & Scalability
Simulate heavy oil reservoirs using a variety of thermal recovery processes: SAGD, huff ‘n’ puff, steamflooding, steam-solvent, hot water injection, and wellbore heaters
Comprehensive, integrated set of simulators, models, and workflows to optimize production through stimulation operations for all techniques, reservoirs, and well types
Malcom Interactive Suite allows you to process and interpret your analytical chemistry data.
PetroMod software manages uncertainties using the advanced statistical PetroRisk risk management system module or through calibration.
Ocean software development framework enables seamless integration of innovations into the SLB software platform.
Powerful production surveillance visualization with robust analytical and forecasting tools.
The Compositional Tracking module models dynamic changes in fluid composition and tracks individual components along the pipeline.
Olga Core System
Olga Core System
The industry-standard tool for dynamic multiphase flow simulation
Olga FEMtherm simulates the thermal effects for a general heat transfer problem with nonradial symmetry.
Olga Hydrate Kinetics
The Olga Online production management system uses live production data to reveal the multiphase flow behavior of the wells, pipelines and network in real-time.
Identify possible locations along the pipeline where corrosion problems are likely to occur.
Ensure fluid flow to maintain production—from pore to process.
A real-time operations solution for online management of single-line gas condensate transients
A real-time operations solution for online management of single-line gas condensate transients
A real-time operations solution for online management of single-line gas condensate transients
ROCX
Track and quantify each individual slug, from formation to pipeline outlet or to slug extinction.
Identify when solids form and design mitigation strategies.
Wax
Wells
Well production optimization requires understanding of transients.
Unlock your geophysics data potential with the industry's most advanced geophysical processing software solution
Estimation of a Fourier spectrum of the input data, followed by an inverse Fourier transform to output data onto a regular grid.
Seismic analysis at your fingertips
High-end prestack two-way wave equation migration for accurate imaging in and below areas with great structural and velocity complexity.
OMNI 3D seismic survey design software helps you create optimal 2D and 3D designs for land, marine, ocean-bottom cable (OBC), transition zone, vertical seismic profile (VSP), and multicomponent surveys.
Built on global standards and best practices to help accelerate your E&P productivity
Opportunity Assessor on Delfi is a digital opportunity volume and risk assessment tool
Our purpose is reimagining energy for people and our planet. We want to help the world reach net zero and improve people’s lives.
Preserve resolution throughout your model, maintaining geologic and reservoir flow integrity
Advanced train estimation tools and trend modeling.
The Petrel combined core brings the power and capabilities required for full exploration and production studies—allowing complete subsurface uncertainty to be modeled.
Base configuration providing integrated platform for geoscience for exploration to production workflows.
Petrel Data Analysis enables interactive analysis of distributions and trends and their relationships across all data types.
Accurate velocity modeling and domain conversion.
An integrated environment for geoscience and drilling from well design to geosteering.
Integrate Omega platform data and extend workflows for a unified, reliable earth model
Appraise development decisions across geological and engineering models by incorporating the power of economic analysis tools.
Analyze petroleum systems from basin to prospect scale.
Build accurate facies models
Create geologically consistent fracture models
The Petrel E&P software platform provides a full range of tools to solve the most complex structural and stratigraphic challenges—from regional exploration to reservoir development.
Integrated 3D and 4D geomechanics modeling and analysis workflows to understand subsurface behavior and plan wells in complex environments.
Petrel geomechanics provides an integrated environment for 3D and 4D modeling and simulations that take geomechanics into account for both the reservoir and surrounding formations to reduce risk and improve decision making throughout the life of the field
Petrel subsurface software provides a full spectrum of geophysical workflows to solve the most complex structural and stratigraphic challenges—from regional exploration to reservoir development scale.
The complete and comprehensive geophysics package
Full integration of all E&P data in a unique platform, offering 2D and 3D flexible canvases, and QC input.
Collaborative environment for reservoir characterization, development planning, and production evaluation to optimize reservoir performance.
Maximize the value of your well tests with optimized designs that honor the geological model and address uncertainty
Petrel guru is a quality and capability tool that will help you leverage Petrel subsurface software
Calibrate your reservoir models for more accurate and robust recovery forecasts
Empowered by technological prowess, fueled by integrated modeling, led by industry expertise, and streamlined for operation
Advanced presentation quality mapping
Integrated processing and modeling capabilities for magnetotelluric, controlled-source electromagnetic, and gravity and magnetic methodologies
Create advanced seismic attributes to condition seismic data for better structural and stratigraphic interpretation tasks, as well as enable powerful 3D volume interpretation workflows.
Build accurate petrophysical models
Petrel play and prospect assessment is a map-based assessment workflow with a flexible setup that enables users to conduct assessment of conventional and unconventional opportunities.
Prestack seismic visualization, interpretation, and processing
Production performance monitoring, analysis, and data integration into geology and reservoir engineering.
Accurate and comprehensive quantitative interpretation
Petrel reservoir engineering software delivers a fully featured reservoir simulation pre and post-processing environment with powerful visualization capabilities.
Petrel reservoir engineering provides the ideal model-centric environment for reservoir engineering workflows.
Modeling and inversion tools for advanced, efficient reservoir characterization
Efficiently validate the integrity of the seismic spectrum and bandwidth and perform scenario testing of bandwidth and amplitude compensation enhancements of stacked seismic data in the Petrel platform.
A responsive and flexible environment for 3D and 2D interpretation
Multiwell pore pressure prediction model
In regions with sparse well data, seismic attributes are a key component in distributing properties in a 3D structural grid away from the wells. The Petrel seismic sampling module enables bringing seismic attribute data directly, or in the form of extracted geobodies, into the 3D structural grid.
Petrel seismic survey design plug-in (SSD) plug-in is used to plan, edit, execute, analyze, and QC marine, land, OBC, and VSP surveys for many acquisition geometries.
Interactively blend multiple seismic volumes, isolate areas of interest, and then instantly extract what is visualized into a 3D geobody—a fast, intuitive, and accurate approach to volume interpretation.
Petrel seismic well tie enables interactive checkshot calibration of sonic log data, analytical wavelet creation, statistical and deterministic wavelet extraction, and synthetic seismogram generation for 2D and 3D seismic data.
End-to-end workflow with an interface designed for shale, from exploration to production.
Tools for rapid shale field development
Analysis of fault sealing capabilities and mapping QC tools
A vast range of tools for better mapping, analysis, and modeling of faults related to fields and prospects.
Fast, accurate structural interpretation workflow, reducing interpretation uncertainty and delivering confident validated structural framework of the subsurface.
The Petrel subsurface software enables discipline experts to work together to make the best possible decisions throughout the asset lifecycle.
Display scanned maps, attribute maps, seismic time slices, and satellite images, draped over surfaces
Plan your well paths with confidence
Perform sensitivity and uncertainty analysis and generate probabilistic forecasts to optimize operational constraints and improve field development
Create complex well geometries while designing completions with devices and valves best suited for a variety of phase control scenarios.
Petrel well correlation provides a clean correlation canvas on which to display logs, core images, seismic data, grid data, and even completions and simulation results—which can be played through time.
Make more-informed business decisions from exploration to production
Building understanding through basin- to reservoir-scale modeling of petroleum systems
PetroMod petroleum systems modeling software contains additional functionality to solve more advanced problems related to geomechanics and pore pressure prediction at the basin scale.
Calculate user-defined output functions beyond the default simulator output
PetroMod petroleum systems modeling software combines seismic, well, and geological information to model the evolution of a sedimentary basin.
Petroleum systems models are 1D, 2D, or 3D large-scale geologic models. The models provide a complete record of the evolution of a petroleum system, including pressure and temperature history.
PetroMod software uses consistent simulators in 1D, 2D, and 3D, which means that all technical features and tools are available—and identical—in all dimensions.
Understand near wellbore rock properties, enhance characterization, and optimize drilling and completions strategies
The Pipesim Base System analysis software for well modeling, nodal analysis, artificial lift design, pipeline, and process facilities simulation.
Pipesim Extensibility and Integration
The foundation for steady-state multiphase flow analysis.
The Pipesim Network Analysis (NET) module allows users to create accurate network models
Advanced network simulation to analyze and optimize complex production and injection networks
Proven and robust, Pipesim software delivers the level of accuracy you need to overcome fluid flow challenges and optimize production.
Optimized well performance through comprehensive modeling of completions and artificial lift systems
Single-line multiphase flow model add-on to process simulators
Tuned Production Operation Solution
Rigorous engineering design, analysis, and modeling—for optimal asset performance
Integrated acquisition, management, and delivery of corporate data for use in petrotechnical applications.
Powerful management, visualization, and delivery of corporate data
Simplify the challenges of E&P data management and accessibility.
Well log data access, exchange, and storage
Enable real time workflows.
Define and associate quality and context attributes with each piece of preserved information.
Simplify the challenges of E&P data management and accessibility.
Focus on your core business.
Evaluate reservoir performance through simulation to maximize recovery
Optimized implementation of Schlumberger software into your E&P environment.
Security for the Delfi platform
Rapid seismic data display and analysis
Accurate simulation of fluid behavior within all reservoir types
Enables users to find information, collaborate with peers, and manage the generated knowledge within context for the Petrel and Techlog platforms
Embedded knowledge environment enhances productivity for Petrel subsurface software through collaboration and data capture
Multiuser collaboration for the Techlog wellbore software platform
Administer the Studio E&P knowledge environment, including data across multiple stores and knowledge created by Petrel users
Symmetry field is a fully integrated reservoir/multi-phase gathering system simulator, built to allow you to quickly optimize your total field, no matter what the size.
The fully-integrated Flare workspace allows models to suit any application. Users are empowered to analyze standalone components or complete systems, with various levels of detail, in steady-state or dynamics.
The Pipe workspace relies on state-of-the-art thermodynamics, which allows users to apply the same fluid characterization, physical properties and phase equilibria throughout the reservoir, gathering system, processing, refining, final products, and by-products.
Symmetry process simulation software uniquely integrates the modeling of fields, pipe networks, process plants, and flare systems.
Rigorous and comprehensive steady-state process simulator developed with an integrated flowsheet design in a user-friendly, modern environment.
The 3D petrophysics for high-angle and horizontal wells (HAHz) lets you efficiently extract the full value from acquired measurements, to make interpretations you can trust.
The Techlog Acoustics module supports a wide range of wireline and LWD sonic tools for loading, viewing, and quality control of sonic data.
Use well path trajectories to locate wellbores within their spatial positions, to create a 3D model of the reservoir or geological structure under study.
The Techlog BASE is the foundation of the whole suite upon which the rest of the modules meet in a tightly integrated environment to deliver all of the elements you need to process your data & deliver results
Get Connected to the outside world. This important utility allows programmers to write applications that read and write against the Techlog binary data stores.
Workflows to process and interpret cased hole pulsed neutron logs, determine sigma and carbon/oxygen for reservoir saturation, and process three-phase holdup logs.
An integrated and extensible modern architecture that empowers productivity across all well related workflows.
Easily catalog all core results and experimental conditions in a robust database with a highly interactive and customizable interface—your core data management solution.
Visualize your well data in a 2D map viewer—any curve in the Techlog platform can be summarized on a zone by zone basis for mapping and quickly displayed in the 2D map viewer.
Manage compartmentalization in complex reservoirs—incorporate geological, reservoir engineering, and petrophysics data into multiple zonation schemes, resolved in measured depth and true-vertical depth.
Analyze your formation pressure data. The graphical tools in the pretest interpretation phase enable easy quality control of the raw pressure versus time data to generate a single dataset. You can use the dataset generated from pretest interpretation phase in the gradient analysis phase (in single- and multiwell environments) to get fluid typing from determination of densities, hydraulic zones, and contacts.
Bring together geological and petrophysical data for reservoir characterization.
Accurately create 1D mechanical earth models and quickly calculate the safe mud-weight window
Combine petrophysical and geophysical data—specialized tools create time-depth functions based on checkshot and/or sonic data, or apply Gassmann fluid substitution to compare logs with seismic data.
The Techlog wellbore software platform enables processing of geophysical properties and manages all kinds of waveform data.
Predict and propagate rock classification groups—use the 2D indexed and probabilized self-organizing map to help your geological interpretation of log data and facies prediction.
Objectively reconstruct your missing data. Use log data and the powerful neural network capabilities to predict non-recorded parameters e.g. (Ф, K), to reconstruct poor or missing data and to manage the shift from core to reservoir scale.
Understand the pore networks and fluid distributions—NMR lets you compute porosity, binned porosity, permeabilities, water, and hydrocarbon volumes using an intuitive user interface.
Design your own petrophysical workflow to generate meaningful quick-look interpretations based on local expertise and the application of industry standard methods.
Improve operational safety, visualize geomechanical outputs, and compute safe mud-weight windows
Understand production with comprehensive workflows and tools for multiphase production logs, wellbore integrity assessment, and cased hole pulsed neutron logs.
Comprehensive workflows for processing and interpreting multiphase production logging data including visualization, QC, spinner calibration, and inversion.
Go further with full extensibility and openness. Python is a popular, open-source scripting language incorporated within Techlog. With a large, worldwide user base, Python is used for wide variety of programming activities, from simple calculations to complex interface and database implementations.
Basic to advanced interactive log interpretation.
Multicomponent inversion model incorporating the ELAN solver—benefit from tried-and-tested algorithms within a modern and intuitive interface.
Get your data on time—real-time visualization and interpretation of streaming data from the wellsite.
From the static to the dynamic model, bring all of your wellbore-centric data within one tool and upscale to reservoir-centric applications.
Integrate core-to-log data in your saturation-height workflow using set of solutions for saturation-height modeling in both the log and core domains.
Maximize the value of your measurements to evaluate and exploit unconventional reserves
Core data interpretation solution. TechCore effectively combines data from log and core domains. It allows you to partition core data into reservoir rock types or petrophysical groups with similar storage or transmissivity characteristics. It is also an important tool to assist in upscaling.
Core data interpretation solution. TechCore effectively combines data from log and core domains. It allows you to partition core data into reservoir rock types or petrophysical groups with similar storage or transmissivity characteristics. It is also an important tool to assist in upscaling.
Understand and validate your data—data mining tools provide rapid access to your data, allowing you to search for and repair incorrect naming or unit assignments.
Comprehensive exploratory data analysis. Enables you to review your data to find similarities between wells, to group wells and align data respoonses using Gaussian analysis. Visualization tools aid with the analysis of results e.g. Decision trees etc.
Resolve your highly laminated formations using the deterministic Thomas-Stieber or the LowRep (probabilistic Thomas-Stieber) method.
Maximize the value of your measurements to evaluate and exploit unconventional reserves
A simplified, lightweight user interface for data analysis and specific workflows.
Sophisticated image analysis, automatic tool and vendor recognition for raw and processed data, and simplified loading and analysis of wellbore image data via a processing wizard.
Workflows for determining cementing quality at casing points and across the reservoir during well construction and then that appropriate barriers are in place.
The Techlog software platform enables the integration of all wellbore-centric data types into multi-discipline workflows.
Generate 1D mechanical earth models, assess sand management concerns, and perform fracture stability analysis
Matching our software and expertise to your challenges
DelfiI provides customers with unique solutions built around key E&P disciplines – planning and constructing wells, developing fields, optimizing production and managing corporate decisions.
Realizing the business value of digital innovation across the exploration and production lifecycle
Optimizing asset performance and maximizing value over the full asset lifecycle
Enhance the evaluation, development, and production of unconventional resources
Understand geomechanical risks and optimize production
VISTA is a software package for field QC and processing of 2D and 3D seismic data acquired on land, offshore, or though VSP.
VISTA IVA is a powerful, highly interactive velocity analysis app for both velocity and eta in the time domain workflow for 2D and 3D including moveout methods.
DELFI ProdOps: Well Intervention Opportunity Screening and Management Spend time working on opportunities, not looking for them
The Delfi digital platform is a secure, cloud-based space built on key premises that make it unique in our software portfolio.