GeoStudio Alternatives

PLAXIS 3D includes the most essential functionality to perform everyday deformation and safety analysis for soil and rock. This comprehensive software for the design and analysis of soils, rocks, and associated structures makes it easy to model in full 3D. Easily generate and scale construction sequences for excavations. Facilitate steady-state groundwater flow calculations, including flow-related material parameters, boundary conditions, drains, and wells. Use interfaces and embedded pile elements to model movement between soil and foundation, such as slipping and gapping. Get trustworthy results with realistic soil models and a complete portfolio of visualization abilities. To meet the unique geotechnical challenges of soil structure interactions, PLAXIS 3D offers different calculation types, such as plastic, consolidation, and safety analysis.

Advanced velocity determination and 3D/2D velocity model building create accurate, high-quality, interpretable seismic images in time and depth. A complete suite of interactive and batch velocity analysis tools for anisotropic models easily handles the full range of seismic imaging problems. Integration with interpretation and modeling solutions streamlines the workflow while preventing data loss and honoring geologic constraints. Easy construction of accurate 3D and 2D models, regardless of the structural geology’s complexity. Highly parallelized for running efficiently on very large 3D datasets and multi-line 2D datasets, on-premise or in the cloud. Accurate seismic images and depth models are essential in hydrocarbon exploration and production. The Aspen GeoDepth velocity determination and modeling system offers a solution for improved seismic imaging in time or depth through the integration of interpretation, velocity analysis, model building, time-to-depth conversion, etc.

Galaxy4D provides geologists and reservoir engineers with a highly versatile and easy to use 2D/3D stratigraphic and reservoir modeling tool. It significantly decreases the time involved in building, updating and managing reservoir models while also increasing knowledge and understanding of the reservoir. As a result, optimal field development programs can be designed faster and with reduced risks. Galaxy4D’s strengths lie in its logical and straight forward workflow. Its modules and displays are intuitive, interactive, and time saving. Galaxy4D has the unique ability to estimate saturation distribution based on logs (RSTs). Create unified catalogs for reservoir descriptions and geological, petrophysical, seismic, and engineering data. Analyze histograms of reservoir properties for single or multiple wells, for 2D and 3D data sets, on a zone by zone or defined area basis.

Tecplot Focus Gets You Answers Faster and enables you to quickly plot all your engineering and test data exactly the way you want. Analyze and explore complex datasets, arrange multiple XY, 2D and 3D plots, and then communicate your results to colleagues and management with brilliant, high-quality images and animations. Save even more time and effort by automating routine data analyses and plotting tasks. Available on Windows, Linux and Mac platforms, Tecplot Focus meets the needs of your multi-platform engineering group.

GeoProbe® software is the industry-leading 3D multi-volume interpretation and visualization solution. The software is designed to accelerate interpretation workflows from the basin scale through detailed prospect and reservoir analysis. GeoProbe software delivers breakthrough speed whether evaluating a reservoir-scale data volume on your desktop or analyzing basin-scale volumes with an asset team in the largest immersive visualization environment. GeoProbe software features GeoShell technologies, which provide geoscientists the ability to quickly interpret salt body geometries and boundaries with unprecedented flexibility and accuracy. The ability to leverage all relevant information into a dynamically updateable multi-Z subsurface model helps ensure that in areas of complex structure, the delineation of reservoir makeup can be mapped with better precision.

MiVu™ is a software package designed to perform microseismic monitoring during hydraulic fracturing for both downhole geophone arrays and surface geophone arrays. MiVu™ offers capabilities for building simple and complex geologic models interactively, designing optimal microseismic monitoring geometry, processing data with user-defined workflows, imaging event locations with multiple techniques, visualizing and interpreting microseismic events in 3D. Multiple event location techniques are offered such as 3D grid search, 3D migration, and cross double difference to provide insight on how different geophysical methodologies effect the location of the microseismic event. Understanding the strength and weakness of each methodology will provide a better understanding of the accuracy of the event.

Locate critical failure surfaces and compute the correct factor of safety using a combination of global metaheuristic search methods and local surface-altering technology. With parallel processing added for both failure searching and FS computations, results can now be generated within minutes. Streamline your workflow and get more detailed insights by integrating 3D wireframes (representing surveyed topography, geological surfaces, modeled faults, etc.) directly into your 3D models. Constructing slope stability models is easier and faster than ever before. Import surfaces from geological modeling or mine planning software or use built-in surface construction methods using coordinates or borehole data. Choose to build surfaces from point cloud data or import block models from applications such as Leapfrog, Deswik, Datamine, and Vulcan.

The Petrel E&P software platform combines transparent data flows with an easy-to-learn graphical user interface—Petrel Reservoir Geomechanics—that supports the VISAGE simulator configuration and results visualization. This enables the powerful functionality of the VISAGE simulator to be combined seamlessly with other interpretation, modeling, and engineering workflows within the Petrel platform. With the Petrel platform-enabled workflow, you can include multiple data types to create new 3D geomechanics property and stress models, or add geomechanics data to augment existing reservoir subsurface models. This seamless combination within the Petrel platform ensures that the geomechanics model is consistent and integrated with geophysics, geology, petrophysics, and reservoir data.

An innovative, scalable data management infrastructure that enhances collaboration, security, and efficiency. The advanced, architecturally light data management infrastructure is scalable to multiple users and projects. A centralized repository meets the highest security standards and can be customized based on role-defined permissions. Real-time data workflows and shared access enable seismic, petrophysics, and geologic modeling teams to collaborate on projects and interact in a common visualization environment. Import/export tools with a wide choice of data formats allow exchange with the OSDU Data Platform and with third-party repositories. Real-time data workflows and shared access for seismic, petrophysics, and geologic modeling teams in a single environment. Common data models, interfaces, services, and visualization platforms. Easy scalability for changing performance and storage needs as datasets continue to grow.

It is not always possible or practical to predict and model spatial phenomena through real world observations. ArcGIS Geostatistical Analyst lets you generate optimal surfaces from sample data and evaluate predictions for better decision making. These are especially helpful for atmospheric data analysis, petroleum and mining exploration, environmental analysis, precision agriculture, and fish and wildlife studies. ArcGIS Geostatistical Analyst extension offers a suite of interactive tools to visually investigate your data prior to analysis. When data are incomplete or subject to error, ArcGIS Geostatistical Analyst provides a probabilistic framework for quantifying uncertainties. Create multiple versions of a surface to perform risk analyses. Geostatistical simulation produces multiple surfaces that mimic the real phenomenon and provide possible values.

SurvOPT is the ultimate marine seismic project planning, optimizing and costing tool, letting you examine the effect of survey design changes in near real time. As well as finding efficient shooting plans and accurate completion estimates, SurvOPT seismic survey design software can compare vessel configurations side by side, explore different costing models and can analyse the affect of almost any parameter change. On the vessel, SurvOPT provides acquisition plans that optimize acquisition time while minimizing non productive line change time. With support for obstructions, timesharing, currents, tides, priority areas, maintenance, crew changes, circles, port calls and weather downtime there is no scenario that the patented optimization engine can’t handle. SurvOPT even lets you specify feather requirements on individual lines and will optimise line scheduling around them, putting you on the right line at the right time without unnecessary delays.

GeoThrust has been designed with a workflow architecture to obtain an accurate earth model and earth image in time and in depth from data recorded with irregular geometry in areas with rough topography, complex near-surface, and complex subsurface, with uncompromisingly high technical specifications for data analysis and quality control, but easy to learn and easy to use. The near-surface model is estimated by nonlinear tomography applied to first-arrival times that accounts for topography and resolves lateral and vertical velocity variations. Aside from statics corrections, the corrections for the near-surface are performed by wavefield dating - an essential requirement for imaging from irregular topography. GeoThrust performs subsurface velocity estimation, modeling and imaging from topography, not from a flat datum, based on rms and interval velocities estimated at reflector positions, not at reflection positions.

Change how you look at and work with data using streamlined workflows. Generate cross sections rapidly and use tools that integrate your models with engineering designs. Increase the productivity of your 3D subsurface modelling with rapid creation and updating of geological models. As new data is input, your models and outputs (such as cross sections) dynamically update without needing to recreate them, saving both time and money. 3D subsurface modelling offers an unrivalled level of accuracy and efficiency in understanding ground conditions. Better identify and assess risks at every stage of the project lifecycle and spot challenges early on. Seeing subsurface insights in 3D brings clarity to even complex data, giving you a higher level of understanding. Highly visual 3D subsurface models help you better interpret ground conditions.

Advanced seismic processing and imaging to condition data for depth imaging, seismic characterization and interpretation, and pore pressure prediction projects. A modular design, open architecture and adherence to standards enable companies to configure the system to their business objectives and user requirements. State-of-the-art seismic processing and imaging solutions, including SRMA, 5D interpolation, and Aspen Echos RTM. A comprehensive library of nearly 350 modules enabling the construction of data- dependent processing workflows to solve modern geophysical challenges. A highly efficient parallel framework and infrastructure for the cluster (HPC) optimization, and the industry's best interactive link between seismic applications, parameters, and data. Aspen Echos is the oil and gas industry’s benchmark seismic processing system for generating 2D and 3D seismic images of the subsurface.

Whether you are drilling a vertical or extended-reach well, an equivalent circulating density (ECD) that is too low or too high can cause serious drilling problems or compromise your project’s budget. A successful drilling operation relies heavily on achieving an optimal ECD. Accurate modeling and optimized drilling hydraulics is crucial. It allows engineers to plan ahead, thus improving drilling efficiencies, reducing risk, and decreasing non-productive time (NPT). Pegasus Vertex's HYDPRO is a comprehensive drilling hydraulics model that covers all aspects of hydraulics, including downhole circulating pressures, surge and swab, ECD, bit optimization, hole cleaning, and volumetric displacements. With these features, downhole drilling hydraulic conditions can be fully examined and any potential problems can be identified prior to field execution.

Simultaneously compare different vendors tool response against your specific reservoir geology to identify the most suitable tool and resistivity curves. Incorporate all memory data to create high-accuracy final inversions. Deploy the inversion module on High Performance Computing (HPC) devices for fast results. Calculate the distance to bed boundary in real-time to prevent exiting the target zone and staying in the reservoir. Set up phase shift and attenuation curves from non-azimuthal tools, interval length and parameters for conducting 2-layer boundary mapping in real-time, To predict a tool's log response in advance, build the earth model of the formations you are drilling and easily model resistivity effects: shoulder effects, polarization horns and anisotropy.

DEPRO is a comprehensive torque, drag, and hydraulics program. Using this software, users can reduce many of the risks encountered in drilling and completion operations. DEPRO predicts the limits in the length of a horizontal well based on specific friction factors, recommends rig specifications, and evaluates the required weight to set a packer. For hydraulics, DEPRO covers downhole circulating pressures, surge and swab, equivalent circulation densities (ECD), bit optimization, hole cleaning, and volumetric displacements. Using DEPRO, downhole drilling hydraulic conditions can be fully examined and any potential problems can be identified prior to field execution. Torque, drag, and stress calculation. Soft and stiff string models. Drilling, back reaming, rotation off the bottom, tripping in and tripping out operations. Sinusoidal and helical buckling prediction. Field data comparison on workload and surface torque. Friction factor sensitivity analysis. Packer setting analysis.

Geology by SeisWare is a fast and intuitive interpretation tool that enables efficient geological workflows. Our Petrophysical Calculator is a client favorite; create and customize calculations like net pay, assign zone attributes, and more! You’re the expert so we develop our software with your advice and guidance. We’ve shaped our software with client focus groups and user feedback. Our software packages work together so that your team can too! Geology is fully integrated with Geophysics by SeisWare for seamless data integration and fast results without importing and exporting data. Your plans move fast, so our software needs to keep up. Geology by SeisWare is intuitive and responsive. You’ll be surprised how fast you can go! Run multiple calculations in sequence with a variety of inputs like log curves, log curve aliases, zone attributes, and previous calculation outputs. Perform aggregate functions such as summations and averages over data.

TomoPlus is a comprehensive near-surface solutions package. It is designed to obtain an accurate near-surface velocity model , and derive accurate long and short wavelength statics solution to help seismic data processing. TomoPlus offers both conventional and high-end near-surface refraction solutions to handle a variety of near-surface problems. In simple situations, conventional approaches are applied to resolve high velocity contrasts and offer high resolution solutions. In complex areas, conventional methods may be applied to derive a good initial velocity model, and then high-end imaging technologies, such as nonlinear traveltime tomography, full waveform tomography, or joint traveltime waveform tomography may be applied to resolve more details. Besides several robust automatic first-break pickers, TomoPlus offers basic and advanced 2D & 3D near-surface imaging and statics approaches;

Rock properties, torque and drag, cost, and the location of existing wells can all cause potential problems and affect the optimal well trajectory. Designed for both oil companies and directional drilling contractors, COMPASS™ is the industry’s premier application for directional well path planning, survey data management, and anti-collision analysis enabling engineers to steer the bit into the profitable pay zone. Whether simple or complex, COMPASS directional path planning software can optimize drilling trajectories quickly based on cost, torque and drag, or anti-collision criteria. When carrying out infill drilling, the software’s well path planner can automatically recommend the most appropriate well to sidetrack, saving days of costly trial and error analysis. Set up customized anti-collision scans interactively while planning, surveying, or projecting ahead. Set up warnings and automatic email notifications to alert users.

All geo datasets are analyzed to view your orebody at a granular level; mid-bench hardness changes, predictions of the next bench, and predictions of mill performance. Site-wide data is combined and visualized to provide a holistic view of operations. Know what decisions from which department resulted in specific outcomes. MinePortal is a cloud-based software. All team members are connected to real-time insights on any device from anywhere. Unifying all systems and operations for site-wide optimization. Maximize throughput by optimizing blast performance. Consistent grade and hardness blends for optimal throughput. Better planning, more efficient blasting, and optimal blending for improved mill performance. Increased awareness of the orebody's effect on production and easier communication between stages. Integrated datasets that identify which geological features and performance factors help or hinder.

Setting the standard in geophysics modeling for over 30 years. View, QA/QC, transform and analyze all raw data, geology, geochemistry, and geophysics with powerful 2D and 3D modeling capabilities. Rapidly assess and experiment with large data sets in real-time, running numerous filters and processes. Spatially align all data with real-time coordinate projection. Import, overlay, and work with more than 50 common formats from CAD to GIS, to mine planning and modeling. Directly import data from many online geoscience repositories. Bring geoscience data together to build the most complete model, and easily pass off files to teams working with different formats. Code your own processes through the Oasis montaj open API. Each project is unique. Record and automate repetitive and complex data processing tasks. Streamline team workflows and save time, so you can focus on generating insights. Plus, add on specific tools and workflows for the geoscience data you need.

You work hard gathering your data. Don’t settle for subpar visualization. Utilize Surfer’s extensive modeling tools to display your data the way it deserves while maintaining accuracy and precision. Clearly communicate information related to geology, hydrology, environmental, construction and more with Surfer. Discover the depths of your data with Surfer’s numerous analysis tools, made specifically with engineers, geologists and researchers in mind. Adjust interpolation and gridding parameters, assess the spatial continuity of data with variograms, define faults and breaklines, or perform grid calculations such as volumes, transformations, smoothing, or filtering. Surfer quickly transforms your data into knowledge.

OCPS is 100% script-free and specifically designed to deal with the challenges of open-cut phosphate mines. It is made up of pre-defined logic, which, when combined with the knowledge of mining engineers, automatically determines what is practically possible to achieve across one or multiple mining operations. This agility gives Engineers the ability to respond rapidly to the market and maximise output, delivering shareholder value. OCPS is the only Enterprise Planning solution that complies with industry standards and aligns to ISA-95, delivering true collaboration across the mining value chain.Automatically creates the scheduling reserves from geology and design, whilst handling massive models. Simultaneously schedules mining and dumping, so you know the source and destination of every step.

Fast, multi-survey structural and stratigraphic interpretation and visualization, enabling multiple users to collaborate in a single shared environment. Reliable prediction of facies identified from well data through integrated analysis of multi-scale geological, geophysical and seismic information. A comprehensive, integrated solution for seismic interpretation, including industry-leading facies classification and volume visualization workflows. Regional-to-prospect scale interpretation and visual integration. Easily share projects and data with other team members, with no duplication. Interactivity and consistency between views accelerate the interpretation process, taking full advantage of high-speed graphics, large memory and fast connectivity of modern workstations. A simple, intuitive user interface and a highly ergonomic design make workflows more efficient with fewer clicks.

Get quick and easy stability analysis of surface or underground crown pillars and laminated roof beds using three different limit equilibrium analysis methods: rigid plate, elastic plate, and Voussoir (no tension) plate analysis. Perform probabilistic analysis to determine the probability of failure. Model variability in geometry, point of force application, joint and bedding strength, water pressure, external loads and more by assigning statistical distributions to variables. Perform sensitivity analysis using a range of values to evaluate the effects of changing model parameters on factor of safety. Originally developed for steeply dipping ore body geometries, by estimating crown geometry and assessing the stope geometry as steep or shallow, you can apply the most appropriate empirical relationships to your model.

OreSense® Platforms is Plotlogic's collection of algorithms, API's and visualisation tools that interface with your geological models and end users. OreSense® Platforms allows mine planners, supervisors, and geologists to select how data is best integrated within their workflows. Newly obtained information captured by OreSense® systems across the value chain can be used to update relevant parts of the block model or process flow. Alternatively, our APIs allow integration with your existing short-term scheduling tools to provide greater transparency over process variations as they occur. Improved monitoring of mining process through actionable reports generated by Platforms. Data captured and analysed in real time used to inform your decision support system (DSS).

It uses the synergy within the geoscientific data to effectively and efficiently fulfill the needs of several industries. The program can be used to evaluate contaminants, soil and rock properties, mineral deposits, and oil and gas deposits. It is ideal for the environmental, geotechnical, mining, oil sands, and petroleum industries.GaeaSynergy is comprised of a base application and several optional modules. The base application is free and is used as a platform that all of the other modules build upon. Using the optional modules, the program can be used to generate geotechnical test results and reports, lab analyses reports, boring and well logs, cross-sections, and fence diagrams. The base application of GaeaSynergy consists of several components that provide functionality to both the base application and optional modules.

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. Advanced analysis modules in the software enable you to examine geometry effects, analyze geometry artifacts, generate synthetics, and build and ray trace 2D and 3D geological models. With its sophisticated tools, an easy-to-use interface, and versatile multiproject handling, OMNI 3D software helps bridge the gap between E&P asset and acquisition teams. These features make OMNI 3D software the industry standard for geoscientists involved in survey planning, design, QC, and modeling worldwide. Provides advanced analysis modules, including 3D geometry assessments, synthetics, trace quality estimates using 5D interpretation, AVO response, illumination on a subsurface horizon using any survey geometry, and poststack time migration illumination using Fresnel zone binning.

Block H125 mainly develops Qingshankou oil layer. The top structure of the Qing 1st sublayer is a broken nose structure blocked by reverse normal faults. The reservoir type is a layered lithological structure reservoir. The current injection-production scale is an encryption five-point well pattern, including 27 injection wells and 38 production wells. The main target layers in the north of Block H125 are delta front deposits. The main microfacies types of each sublayer are bars. Reservoir geological modeling technology is mainly divided into two major workflows structural modeling and property modeling. The property modeling includes sedimentary facies modeling, porosity modeling, permeability modeling, oil saturation modeling, and NTG modeling. In geological modeling, the first step is to use the well header and well picks to establish a structural model and to set the increment in I and J direction to control the grid quality and well pattern.

Comprehensive software package for near-surface seismic methods. Efficiently process reflection data in one application with multistep redo and undo. Import all records of a survey line at one time. Efficiently assign geometry with layout chart. CMP binning for crooked lines. AGC, trace balance, and time-variant scaling. Frequency filtering, F-K filtering, and Tau-p mapping. Spiking deconvolution and predictive deconvolution. Random noise attenuation. Surgical, top, and bottom trace muting. Gather sorting (CMP, common shot, common receiver, or common offset) Velocity analysis on CMP or common shot gathers. NMO correction and inverse NMO correction. A feature-rich application for processing single-fold seismic reflection or GPR data. Assign geometry in forward or reverse trace order. Support SEG-2, SEG-Y, SEG-D, ASCII, MALA, ImpulseRadar, and other data formats. Elevation correction and first-arrival alignment static correction. AGC, trace balance, and time-variant scaling.

Central gives multidisciplinary teams a space to collaborate in the cloud. Whether you’re a geologist, geophysicist, engineer, manager, or stakeholder, everyone can keep abreast of project changes as they happen. Central is your shared workspace wherever you are in the world, making projects more accessible, shareable, and collaborative, with all-new visualization capabilities. Streamline workflows by dividing up a master model by location or specialty. Each member can focus on their individual section, experiment, and be peer-reviewed without impacting others. Once approved, their updates can be instantly pulled back into the master model, giving the whole team the latest insights. Central is cloud-hosted, so even remote teams have instant access to project files and can manage who has permission to access them. Access all project data and history in 3D via the coud and interrogate it using intuitive tools. Control and manage access with detailed permissions.

With PLAXIS 2D LE or PLAXIS 3D LE you can model and analyze geoengineering projects with limit equilibrium. These powerful software applications for limit equilibrium slope stability analysis and finite element analysis of groundwater seepage provide rapid, comprehensive analysis for various conditions. Create 2D and 3D limit equilibrium slope stability models of soil and rock slopes. Take advantage of the comprehensive set of search methods and more than 15 analysis methods. Use multiplane analysis (MPA), for enhanced spatial slope stability analysis. Perform analysis on embankments, dams, reservoirs, and cover systems through earth structures and broader hydrogeological settings.

The SPW software is an interactive seismic processing system. SPW is parallelized for use on multi-core processors with threads on either Windows 7 or Windows 10. SPW can be configured for standalone use on workstations, desktop PC's or laptops and may also be installed as a client-server configuration for large scale processing needs on high end server PCs. The SPW 3D package is a complete processing system for 3D P-wave seismic reflection data. Data QC and interactive analysis are strengths of the system and allow rapid control of data quality and checking of procesisng results.

Evaluation of a number of QC attributes in arbitrary windows, as well as their derived combinations. Interactive common source/common receiver/CMP attribute maps, CMP fold map, location map for advance analysis of data quality—all maps are fully synchronized between each other and with seismic display, active template is highlighted along with SP, RP and CMP of the current trace under cursor. Real–time QC—control the data quality as soon as it is acquired for making decisions and fixing problems immediately. Complete set of industry–standard algorithms for data processing up to brute stack: vibroseis correlation, trace editing, band–pass and FK filtering, Radon, FX and FXY decons, TFD noise attenuation, amplitude corrections, deconvolutions, interactive velocity analysis, statics, NMO–correction, regularization, stacking, pre–stack and post–stack time migrations, etc.

Whether your project is civil or mining based, above ground or below, RS2 enables you to effectively analyze stress/deformation, stability, support design, and staged excavations with ease. Factor in groundwater flow with RS2’s integrated seepage analysis tool for steady-state and transient conditions of dams, embankments, slopes, tunnels, and excavations. Automate your slope stability analysis with shear strength reduction which performs a finite element analysis to identify the critical strength reduction factor. Embankments can be analyzed using slope stability, groundwater seepage, consolidation, or dynamic analysis. RS2 includes groundwater and dynamic analysis tools in addition to a vast library of advanced constitutive models to capture the sudden loss of strength due to liquefaction. Developed for both open-pit and underground excavations, analyze stability, stress/deformation, bench design, and support design of underground caverns and openings.

A stuck pipe can result from a wide variety of causes. Typically, these causes are related to mechanical sticking and differential sticking. Mechanical sticking can be caused by key seating, under gauge holes, wellbore instability, poor hole cleaning and related causes. Differential sticking typically occurs when high-contact forces caused by low reservoir pressures, high wellbore pressures, or both, are exerted over a sufficiently large area of the drill string. Stuck pipe occurrences are widely held to be the most expensive drilling problems confronting the petroleum industry and the cost of correcting them can amount to millions of dollars. Running an analysis of well data to predict the stuck chance of a drill string is becoming more imperative.

WellArchitect, developed in conjunction with Baker Hughes Company, is an advanced well planning and survey management system for integrated planning and drilling of directional wellpaths with or without earth models. Devised to seamlessly accommodate the needs of sidetracking, multi-lateral wellpaths, and re-entry drilling, WellArchitect is used at both the office and wellsite, by all personnel levels in the industry. Trajectory calculations, target erosion by positional uncertainty, reporting, plotting, and 3D visualization are all included in this package. Wellpaths can be juxtaposed against earth models, reservoir models, and more (above). Data used with permission of the owner. Combines powerful directional drilling software with advanced 3D visualization tools and optional reservoir geo-data, a major step forward for the drilling industry. Handles everything from planning and survey calculations through data management and collision-risk analysis.

EarthVision developed by Dynamic Graphics, offers software for 3D model building, analysis, and visualization, with precise 3D models that can be quickly created and updated. Accurate maps and cross-sections, reservoir characterization, and volumetric analysis are made easy. EarthVision’s advanced 3D⁄4D viewer enables model examination and interrogation in the context of datasets from throughout the asset development team, which serves to improve and simplify quality control, well planning, and communication with management, investors, partners, and other team members. Using EarthVision’s workflow manager, the model-building process is streamlined allowing complex models to be built quickly and easily through a guided, geologically oriented process. Using one-time data entry, the workflow manager’s interface provides an intuitive environment, guiding users through modeling fluid contacts, salt domes, diapirs, and complexly faulted structures, and performing time-to-depth conversions.

LogPlot is an easy-to-use log plotting program with a flexible log layout and intuitive data editor. LogPlot software has been used by geoscientists since 1983 to display their geotechnical, environmental, geophysical, mud/gas, and mining data as a graphic boring log. Plot single-page logs for shallow borings or multi-page/continuous logs for deep wells. Share logs with clients via PDF or post HTML log pages on your website. Export single pages or continuous logs to JPG, BMP, TIFF, and PNG images.

CoreLog is a log analysis and petrophysical modeling application, based on industry-standard models, used for calculating the petrophysical properties of wells. It calculates several properties, such as porosity, permeability, volume of shale, and others, by zone or well. CoreLog gives users a straightforward and efficient way to import and transform data, view and plot information, calculate petrophysical properties, and export data for use in other applications. It is a robust application with innovative data display capabilities that allow for easy interpretation and manipulation. CoreLog allows users to easily create markers and zones, customize plots, and export or print data. Data is presented in a user-friendly structured format, with tabbed views, tables, and tree views, which help improve user productivity.

Constrain your earth models with GM-SYS. Integrate seismic, well, and geology data with observed gravity and magnetics. GM-SYS extensions are trusted by international government surveys and the exploration programs of the world's most successful energy companies. Rapidly create new interpretations based on the latest survey data – and see when the calculated response of the model matches the observed data using interactive tools. Minimise risks when planning expensive surveys or drilling targets by bringing all your data together. GM-SYS extensions are directly integrated within Oasis montaj allowing you to view gravity and magnetic data directly alongside your other earth models. Import and incorporate grids, slices, and numeric data from other teams in a seamless workflow. Run efficient QA/QC controls in Oasis montaj and instantly extract your clean data into GM-SYS to ensure your model is based on the most accurate data.

Managed Pressure Drilling (MPD), including Underbalanced Drilling (UBD) technology, precisely controls the annular fluid pressure profile within a wellbore, which allows drilling of what might otherwise be economically unattainable prospects. Managed pressure drilling is often performed with the primary motivation of reducing formation damage. Therefore, increasing production and aerated fluid is commonly employed in the drilling process. In hard rock applications, managed pressure drilling is often performed with the primary motivation of increasing ROP (rate of penetration). Here air/mist drilling fluids are commonly employed. UBDPRO models the complex hydraulics for compressible fluids including air, mist, foam and 2-phase fluids. The advanced software model can be used to optimize gas and liquid injection rates in order to control bottomhole pressure.

RokDoc is the result of more than 20 years of innovative research and industry experience. RokDoc offers a seamless interface incorporating everything from data quality control to modeling and prediction, integrating multidisciplinary workflows for Quantitative Interpretation, Pore Pressure, and Geomechanics. Evaluate sandstone, shale, and carbonate reservoirs for improved hydrocarbon exploration, production, and optimization, CO2 sequestration, and geothermal surveying using a comprehensive and extensive library of rock physics, cutting edge seismic inversion techniques, and complete geomechanics solution. Automate and easily evaluate geological “what if” scenarios. Capture uncertainty in data and models to better understand the probability of success for subsurface resource exploitation and stored fluid monitoring.

Perform soil settlement analysis to analyze immediate settlement, primary consolidation and secondary settlement of embankments, foundations, and surface loads. Easily create soil profiles using RSLog, CPT boreholes with soil classification, or the section creator feature to generate models efficiently. Get more flexibility over ground improvement methods like soil replacement, vibro-compaction, or stone columns, which can be applied to regions with different staging at different depths. Sensitivity analysis is also available for settlement analysis with ground improvement properties such as stiffness, top depth, bottom depth, spacing etc. Perform CPT and Liquefaction analysis in conjunction with each other or as standalone modules. CPT analysis results offer 29 different parameter results. Liquefaction results can be calculated based on Standard Penetration Test (SPT), Cone Penetration Test (CPT), or Shear Wave Velocity (VST) data.

With seamless integration across desktop, web and mobile, GIM Suite enables the capture, management and delivery of geoscientific observations and measurements in any environment. The powerful data management capabilities in GIM Suite improve confidence in decision-making across the mining value chain because you are always working from a single source of truth for one of your most important assets – your geological data. Miners are collecting and using more data than ever before. Smart mining techniques and practices give companies access to more complex deposits. Your geological data is part of a wider mining ecosystem and, when properly integrated, can inform optimizations elsewhere. A single, trusted version of your data can be safely accessed across teams, with everyone in your organization working with the same information.

Specifically developed to meet the mining industry’s rigorous demands, MineScape is used at more than 200 of the world’s most complex mining operations from nickel phosphate mining in Russia to coal mining in Indonesia. It is a suite of integrated solutions designed for open cut and underground mining operations for coal and metalliferous deposits. MineScape delivers extensive geological modelling and mine design functionality, making it a leading mine planning solution globally. GDB stores downhole survey, lithology and quality data and also produces standard, summary and custom, user-defined reports. It graphically displays data such as lithology, intervals, downhole geophysics as well as allowing geologists to conduct correlations, composition, washability calculations and classical 2D geostatistical studies.

Best-in-class, world-leading data management solutions for onshore and offshore wind, developed in collaboration with a leading multinational energy company. Our data management software, Prediktor APIS is a component-based architecture that serves Industrial Internet of Things (IIoT) interoperability purposes with various industry-standard protocols and approaches. It utilizes OPC UA technologies to strive for interoperability and openness in industrial operations. This architecture’s component strategy assures that each deployment can balance the right level of functionality and complexity without sacrificing robustness. Through industry-unique standardization, Prediktor APIS provides a unified way of accessing and displaying all kinds of data associated with your wind asset. This results in a highly efficient ‘software platform’ that can quickly and easily build practical IIoT applications at scale.

RockWorks is a comprehensive software program for creating 2D and 3D maps, logs and cross sections, geological models, volume reports, and general geology diagrams for the environmental, geotechnical, mining, and petroleum industries. RockWorks is the standard in the environmental, geotechnical, petroleum, and mining industries for surface and subsurface data visualization, with popular tools such as maps, logs, cross sections, fence diagrams, solid models and volume calculations. RockWorks offers numerous options for analyzing your surface and subsurface data, and accepts many different data types, such as stratigraphy, lithology, downhole geochemistry/geophysics / geotechnical measurements, color intervals, fractures, and aquifer data. Display RockWorks graphic output in its built-in 2D and 3D viewing/editing windows, or export to CAD, Google Earth, and other GIS programs. Use the ReportWorks module to create page layouts for reports and posters.

Making it easier for geoscientists, drillers and engineers to collaborate. Even though the world of oil and gas has become more complex, your software does not have to be. Kingdom™ integrates geoscience, geophysics and engineering into a single, easy-to-use software solution, enabling asset teams to make confident and faster decisions from exploration to completion. Our solutions are simplified, giving you access to advanced geoscience/scientific tools that are affordable, easy to learn and install and come with excellent support and training. Optimized for unconventional, conventional and deepwater 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. Hit the zone 95% of the time with Kingdom Geosteering. Enhanced collaboration increases productive geology and enables better predictions.