Alternatives to DEPRO

The increased use of extended-reach, directional wells means that tubulars are subject to more torque and drag (T&D). This can lead to pipe failures, stuck pipes, and expensive fishing jobs if the torque and drag are not assessed. TADPRO, the most comprehensive torque-drag software on the market, eliminates many of the hazards of a drilling program or completion design. You can set limits on the horizontal length based upon specific friction factors. It is also possible to evaluate the ability to transfer the required weight to a liner top packer. It is possible to predict the torque and hookload of rig equipment by analyzing forces downhole. TADPRO is a user-friendly software that produces the best graphical outputs and flexibility in the industry. Advanced features make the software extremely user-friendly and allow for easy interpretation of results.

No matter if you are drilling a vertical well or an extended-reach one, a low or high equivalent circulating density (ECD), can cause serious drilling problems and compromise your project's finances. An optimal ECD is essential for a successful drilling operation. It is essential to accurately model the drilling process and optimize the drilling hydraulics. It allows engineers to plan ahead, improving drilling efficiency, reducing risk, decreasing non-productive times (NPT), and so on. Pegasus Vertex's HYDPRO hydraulics model covers all aspects of hydraulics including surge and swab and bit optimization, hole cleaning and volumetric displacements. These features allow downhole drilling hydraulic conditions to be thoroughly examined, and any potential problems identified before field execution.

There are many reasons why a pipe might become stuck. These causes are usually related to mechanical sticking or differential sticking. Key seating, undergauge holes, wellbore instability and poor hole cleaning can all lead to mechanical sticking. Differential sticking is caused by high-contact forces due to low reservoir pressures or high wellbore pressures. Stuck pipe problems are the most costly drilling problem facing the petroleum industry. The cost of correcting them can run into the millions. It is becoming more important to analyze well data to predict the stuck chance for a drill string.

The location of wells, rock properties, torque, drag, cost, and cost can all affect the optimal well trajectory. COMPASS™, which is available to both oil companies as well as directional drilling contractors, is the industry's most popular application for directional well paths planning, survey data management and anti-collision analysis. This allows engineers to direct the bit into the profitable payzone. No matter how complex the task, COMPASS directional planning software can optimize drilling routes quickly based on cost and torque, drag, or other anti-collision criteria. The software's well planner can automatically recommend the best well to sidetrack when infill drilling is being done. This saves you days of tedious trial and error analysis. Interactively create anti-collision scans for your project, while you plan, survey, or project ahead. To alert users, set up email notifications and warnings.

MiVu™, a software package, is designed to perform microseismic analysis during hydraulic fracturing. It can be used for both surface and downhole geophone arrays. MiVu™, which can be used to build simple and complex geologic models interactively and to design optimal microseismic monitoring geometries, process data with user-defined workflows and image event locations using multiple techniques. It also allows you to visualize and interpret microseismic events 3D. Multiple event location methods are available, including cross double difference, 3D grid search, 3D migrating, and 3D grid search. This allows you to see how different geophysical methods affect the location of the microseismic events. It will help you to understand the strengths and weaknesses of each method.

In-depth intelligence and analysis are required for mining operations, both in the exploration and operational phases. Bore hole drilling and analysis of samples are required to evaluate mineral deposits. Our technology platform can be used to detect changes in underground structures and the emergence air gaps during the operational phase of extracting minerals deposits. This allows mining companies to monitor these changes and prevent tunnel collapses. Mining companies can use the mDetect technology platform to help them identify. Impact of new structures, underground channels, and tunnels on existing subterranean structure.

PSD is a Windows program for processing seismological data. The software allows you to read and process event (.EVT), files in various versions (up to 1.50). This makes it easy to evaluate the quality of the data acquired. The PSD software package was designed to allow users to perform frequency analysis on the signals. The software can accept an EVT file as an input file and performs these functions: Signal/Noise Ratio uses the first 1024 signals as noise and the 1024 signals starting at the trigger point as the signal. The one-sided auto spectrum density function is used to calculate Power Spectral Density. The user can set parameters such as corner filter, order filter and overlapping window.

You can create your own analysis graphs using a drag-and drop format. Choose from a variety of data types, displacements, coordinates and vectors. Additional information like site voltage is also available. You can change the data reference values, date ranges, and filter your data-set with filters like 24h averaging. For simplified reporting, design your analysis graphs. Then add them to your dashboard. Heat Mapping - Choose any data type you wish to display, adjust the time range, and then display the movement as a heat map. You can adjust the scale and weighting of heat mapping colors to meet your reporting needs. For quick site reference, overlay project imagery below your heat maps. To cross-reference data from multiple systems, you can integrate any number of prisms and types of sensors.

MFrac Suite software allows you to create and execute well stimulation designs in both traditional and unconventional plays. This will maximize production and prolong the life of your well. You can improve your planning process and integrate real-time data, minifracs and hydraulic fracturing. This will help you to make better decisions and arrive at meaningful reserves estimates. Our hydraulic fracturing analysis and design software allows you to pinpoint the most productive zones, determine effective fracture treatment options, and monitor reservoir stimulation in real time. Since the beginning of frac modeling, our software has been a support tool for engineers. We are now delivering a step-change of efficiency and capability to people responsible for unconventional well planning and stimulation modeling.

Managed Pressure Drilling, including Underbalanced Drilling, (MPD), precisely controls the annular fluid pressure profile in a wellbore. This allows drilling of economically feasible prospects that might otherwise be unattainable. Management of pressure drilling is often done with the primary goal of reducing formation damage. The drilling process is often characterized by increased production and aerated fluid. Managed pressure drilling is used in hard rock applications to increase ROP (rates of penetration). Air/mist drilling fluids are often used. UBDPRO models complex hydraulics for compressible liquids, including air, mist and foam, as well as 2-phase fluids. This advanced software model can be used for optimizing liquid and gas injection rates to control bottomhole pressure.

Compare the tool responses of different vendors against your reservoir geology to determine the best tool and resistivity curves. To create high-accuracy final Inversions, integrate all memory data. For fast results, deploy the inversion module on High Performance Computing devices (HPC). To prevent the target zone from exiting and to keep the reservoir in place, calculate the distance to the bed boundary in real time. You can create phase shift and attenuation curves using non-azimuthal instruments, interval length, and parameters for 2-layer boundary mapping in real time. To predict a tool’s log response in advance, you can build an earth model of the formations that you are drilling. This will allow you to easily model resistivity effects such as shoulder effects, polarization Horns, and anisotropy.

To analyze soil settlement, perform immediate settlement analysis. You can easily create soil profiles with RSLog, CPT boreholes and soil classification. Ground improvement methods such as soil replacement, vibrocompaction, and stone columns offer more flexibility. They can be applied to different stages at different depths. Sensitivity analysis can also be used to analyze settlement properties, such as stiffness, top and bottom depths, spacing, etc. You can perform CPT and liquefaction analysis together or separately. CPT analysis results can yield 29 different parameter results. You can calculate liquefaction based on either Cone Penetration Test or Standard Penetration Test data.

RS2 allows you to easily analyze stress/deformation and stability of any project, regardless of whether it is above ground or below ground. RS2's integrated Seepage Analysis Tool allows you to factor in groundwater flow for both steady-state and transient conditions. Automate your slope stability analysis using shear strength reduction. This performs a finite element analyze to determine the critical strength reduction factor. You can analyze embankments using slope stability, groundwater leakage, consolidation, or dynamic analysis. Groundwater and dynamic analysis tools are available in RS2. There is also a large library of advanced constitutive models that can be used to capture the sudden loss in strength caused by liquefaction. This tool is suitable for both underground and open-pit excavations. It can analyze stability, stress/deformation and bench design. It also supports the design and support of underground caverns.

The advent of digital transformation via the cloud has provided an opportunity to create a new generation operations geology software that will improve collaboration and productivity. GravitasEDGE was built using the most recent technology. Users have access to a rich operations geology toolset to manage the geological workflow. It seamlessly integrates with other disciplines like drilling and asset geoscience. Winlog, EZ Correlate, PoreView, and Reporter, all world-class applications, are available for log visualization and analysis, well correlation, pore pressure monitoring, and daily and end-of-well reporting. The GravitasEDGE mobile app has been designed for smartphones and tablets. It allows users to view charts, reports, and other information on any device at any time, from anywhere.

Quick and easy stability analysis of underground crown pillars or surface roofs using three different limit equilibrium analysis methods: elastic plate, rigid plate, and Voussoir plate analysis. Probabilistic analysis is used to determine the likelihood of failure. By assigning statistical distributions of variables, you can model variability in geometry, point force application, joint strength, bedding strength, water pressure, and external loads. To evaluate the impact of changing model parameters on safety factor, perform sensitivity analysis with a range of values. This method was originally designed for steeply dipping ore bodies. By estimating crown geometry, and assessing stope geometry as shallow or steep, you can apply the best empirical relationships to your model.

All geo datasets are analyzed in order to view your orebody at a fine level. This includes predictions of the next bench, hardness changes mid-bench, and predictions about mill performance. Site-wide data are combined and visualized to give a complete view of operations. You can see which decisions were made by which department and what they resulted. MinePortal is a cloud-based program. All team members have access to real-time insight on any device, from anywhere. All systems and operations can be unified for site-wide optimization. Optimizing blast performance can maximize throughput. For optimal throughput, consistent grade and hardness mixtures are essential. For improved mill performance, better planning, efficient blasting, and optimal mixing are key. Increased awareness of the impact of the orebody on production and better communication between stages. Integrated datasets that identify which geological features or performance factors are beneficial or detrimental.

Analyzing the strength characteristics and constitutive behavior of your rock and soil materials will help you to fully understand them. This will allow you to establish strength envelopes and other material parameters. To get a deeper look at the stress-strain relationship between your soil materials, you can use constitutive models such as Modified Cam Clay and NorSand. RSData also includes RocProp, a database that contains intact rock properties. This application can be used as a standalone application. You can see the complete list of technical features within RSData. Compare the results of field and laboratory tests to determine your rock's strength criteria. RSData can import laboratory tests and stress-strain pathways of soils for visualization. You can compare and calibrate material parameters by overlaying experimental data with predicted constitutive behavior. Different constitutive models are used to predict typical laboratory tests.

It is not always possible or practical for spatial phenomena to be predicted and modelled using real-world observations. ArcGIS Geostatistical Analyst allows you to generate optimal surfaces using sample data and make predictions for better decision-making. These tools are particularly useful for atmospheric data analysis and petroleum and mining exploration, precision agriculture, environmental analysis, and fish and wild life studies. ArcGIS Geostatistical Analyzer extension provides a suite interactive tools that allow you to visually examine your data before it is analysed. ArcGIS Geostatistical Analyst can help you quantify uncertainties if your data is incomplete or subject to errors. To perform risk analysis, create multiple versions of the same surface. Geostatistical simulation creates multiple surfaces that simulate the real phenomenon and give possible values.

Comprehensive seismic processing and QC software to process data acquired on-shore, offshore, or in a vertical seismic profile. VISTA desktop seismic processing software allows data processing from the early stages of acquisition QC to the final processing and interpretation 2D and 3-D seismic data acquired either onshore or on land. It also supports vertical seismic profiles (VSP) in all industry data formats. VISTA software makes it easy to navigate workflows and evaluate datasets with the interlinked and interactive displays. You can also add your own algorithms via the MATLAB SDK or C++ interface. Advanced processing capabilities are supported by the software, including AVO and angle analysis (AVA), multicomponent processing, 2D and 3D VSP processing, and AVO and angle of incidence analysis (AVA). Advanced field package, including full geometry QC and post-stack migration. The complete solution, including QC, prestack migration and time depth image analysis.

Genesis Campaign Builder is a powerful software tool that allows you to statistically estimate the time it will take to execute a well-planned campaign. It can also be used to estimate campaigns that include several wells. You can plan well campaigns over multiple years and then monitor their performance later. Genesis' product provides insight into operational performance and benchmarking throughout the entire cycle of front-end loading. It also tracks several KPIs to keep managers and operations teams informed. It provides companies with a method to analyze results. They can also use historical data and statistical analysis to plan for future wells. Campaign Builder allows companies to create a multi-well development plan for a field. Campaign Builder can be used to generate the campaign in the early stages of design. This allows companies to identify potential risks and costs in developing the fields.

Comprehensive software package for near-surface seismological methods. Easily process reflection data with one application, including multi-step redo and undo. All records from a survey line can be imported at once. Use layout charts to efficiently assign geometry. CMP binning is used to correct crooked lines. AGC, trace balance, time-variant scaling, and AGC. F-K filtering, frequency filtering, Tau-p mapping. Predictive and spiking deconvolution. Random noise attenuation Muting of surgical, top, or bottom trace. Gather sorting (CMP), common shot, common receiver or common offset) Velocity analysis of CMP or common shot gathers. NMO correction and inverted NMO correction. This application is rich in features and can be used to process single-fold seismic reflection data or GPR data. Assign geometry in reverse or forward trace order. Support for SEG-2, SEG-Y, SEG-D, ASCIII, MALA and ImpulseRadar data formats. Static correction for elevation and first-arrival alignment. AGC, trace balance, time-variant scaling.

Multi-survey structural interpretation and visualization is fast and easy. Multiple users can collaborate in one shared environment. Integrated analysis of multi-scale geophysical, seismic and geological data allows for reliable prediction of facies from well data. Comprehensive, integrated solution for seismic interpretation that includes industry-leading facies classifications and volume visualization workflows. Visual integration and interpretation at all scales, from regional to prospect. You can easily share data and projects with other members of your team without duplication. Interactivity and consistency among views speed up the interpretation process. This makes full use of high-speed graphics and large memory, as well as the fast connectivity of modern workstations. The user interface is intuitive and easy to use.

WindowsLDP (Load Distribution Program), is a quasi-static tool for designing and analysing external and internal spur and/or helical pairs of gears. Most members of the consortium have used this software program extensively as their main tool for analysis and gear design. There are several versions of this model that can perform surface wear and duty-cycle analyses. WindowsLDP uses semi-analytical formulations that are computationally efficient and precise to calculate the load distribution between multiple teeth of gears. It uses the predicted load distribution to compute the loaded transmission error, root stress distributions, contact stress distributions and mesh stiffness functions. Other design relative parameters, such as surface temperature and lubricant film thickness, are also calculated. The user can choose to use SI or English units for the analyses. WindowsLDP also offers multi-torque analysis and manufacturing robustness analyses.

MineScape was specifically designed to meet the stringent requirements of the mining industry. It is used in more than 200 complex mining operations, including nickel phosphate mining (Russia) and coal mining (Indonesia). It provides integrated solutions for underground and open-cut mining operations for coal and other metalliferous resources. MineScape is a world-class mine planning tool that offers extensive geological modeling and mine design functionality. GDB stores downhole survey data, lithology, quality data, and produces custom, summary, and user-definable reports. It allows geologists to perform correlations, composition, washability calculations, and classic 2D geostatistical analyses.

The initial development of mud-logging software was based on extensive market research and the extraction of their strengths and weaknesses. It was then designed natively using the expertise and knowledge of MTC specialists. This original design is customizable and can be customized to meet any requirements. Mud-Logging Software from MAPSA Technology Center also offers significant computational speed and graphical displays thanks to the use of the most up-to-date and efficient software development technology. This gives ML Pro technical superiority over its worldwide counterparts in terms computational speed and user-friendly graphical interface. Different ways of illustrating drilling parameters are possible.

RockWorks is a software program that creates 2D and 3-D maps, logs, cross sections, geological models and volume reports. It also provides general geology diagrams for the petroleum, geotechnical and mining industries. RockWorks is the industry standard for environmental, geotechnical and petroleum mining data visualization. It includes popular tools like maps, logs and cross sections, fence diagrams and solid models, as well as logs and solid models. 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. RockWorks' graphic output can be displayed in the built-in 2D or 3D viewing/editing window. You can also export to CAD and Google Earth and other GIS programs. To create page layouts for posters and reports, use the ReportWorks module.

GM-SYS can be used to train your earth models. Integrate seismic, well and geology data with observed gravitation and magnetics. International government surveys and exploration programs of the most successful energy companies worldwide trust GM-SYS extensions. Rapidly create new interpretations using the latest survey data. Then, use interactive tools to see if the model's calculated response matches the observed data. All your data can be gathered together to reduce risks when planning expensive surveys and drilling targets. Oasis montaj integrates GM-SYS extensions, allowing you to view your gravity and magnetic data alongside your other earth models. In a seamless workflow, import and integrate grids, slices, numeric data, and other teams' data. You can run efficient QA/QC checks in Oasis montaj, and immediately extract your clean data into GM–SYS to ensure that your model is based upon the most accurate data.

The Petrel platform can be used on-premise or in the DELFI cognitive E&P Environment. This allows geoscientists to analyze subsurface data, from exploration to production, and create a shared vision for the reservoir. This shared earth approach allows companies to standardize their E&P workflows and make better decisions by having a clear understanding both of the risks and opportunities. Integration at the data level allows for multi-discipline integration. This integration allows for the collection and preservation of knowledge from exploration to production - from the petroleum systems modeler to reservoir engineers and beyond - all contributing to a shared understanding of the subsurface. The Petrel platform facilitates multidisciplinary workflows, whether you are drilling in a shale field or drilling your first deepwater exploration well.

PLAXIS 2D LE and PLAXIS 3DLE allow you to model and analyze geoengineering projects that are limited equilibrium. These powerful software applications allow for rapid and comprehensive analysis of various conditions. You can create 2D and 3-D limit equilibrium slope stability models for soil and rock slopes. The comprehensive search tools and more than 15 analysis options allow you to take advantage of the extensive set of search methods. Multiplane analysis (MPA) is a method that enhances spatial slope stability analysis. Analyze embankments, dams and reservoirs as well as cover systems using earth structures and other hydrogeological settings.

This software package includes crosshole survey design and model building and modeling, data transformation, CDP transformations, tomography, wave equation migration and post-processing. It provides all the capabilities you need to complete a crosshole seismic project. The model includes P- and A-wave velocities and densities as well as anisotropic parameters. Create an arbitrary velocity model with layers, objects, faults, and other elements. Full wavefield simulation using an anisotropic finite difference method.

You can locate critical failure surfaces and calculate the safety factor using a combination global metaheuristic search methods with local surface-altering technologies. Results can now be generated in minutes with parallel processing for both failure searching as well as FS computations. Integrating 3D wireframes (representing geological surfaces, modeled faults and surveyed topography) can streamline your workflow and provide more detail. Directly into your 3D models. It is now easier and more efficient than ever to create slope stability models. Import surfaces from mine planning software or geological modeling. Or use built-in surface construction methods that use coordinates or borehole information. You can either build surfaces using point cloud data, or import block models from programs such as Vulcan, Deswik and Datamine.

Geotechnical Engineering Modelling Software is a CAD software that allows foundation design and analysis to be performed intuitively. GEMS foundation analysis suite uses finite element modeling techniques to analyze and design shallow and deep foundations. The foundation analysis suite contains modules for analysing pile foundations, beam foundations, and a module that can analyze offshore pile foundations. GEMS foundation analysis suite is available for free on the cloud. You can also download it for free and purchase it for PC & Mac.

Every project is difficult, but the geotechnical analysis does not have to be. PLAXIS 2D offers fast computations. Advanced finite element and limit equilibrium analysis of rock and soil deformation and stability. Also, soil structure interaction, groundwater and heat flow. PLAXIS 2D, a powerful and easy-to-use finite-element software for 2D analysis and stability in geotechnical and rock mechanics, is available. PLAXIS is used by the top engineering firms and institutions in civil and geotechnical engineering. PLAXIS 2D can be used for many applications, including excavations, foundations, embankments, and foundations, as well as tunneling, mining and oil and gas extraction. PLAXIS 2D provides all the necessary tools to perform safety analysis and deformation of soil and rock. It does not need to take into account creep, steady-state groundwater, thermal flow, consolidation analysis or any other time-dependent effects.

AttributeStudio provides multi-attribute seismic interpretation as well as reservoir property prediction software. Integrated software system for seismic data interpretation and integration. It is easy to use. Geoscientists designed the system. Data I/O supports all industrial standard data formats. Comprehensive: Includes both basic interpretation workflows as well as advanced modules to predict reservoir properties using the most recent machine learning algorithms. Recent innovations. Regular updates include the latest innovations in seismic interpretation, visualization, or machine learning. Robust. AttributeStudio was built on a solid, 20-year-old software architecture. Affordable. Only license the modules you use in your work. Licenses for corporate teams are available at a discounted rate. Multiple attributes are required for fault surface tracking. Interactive attribute classification using cross plots in 2D and 3.

Most likely, we don't know the thickness of the source rock in our kitchen area. We also don't know the heat flow or secondary migration losses. You can only rank prospects by running different scenarios with these parameters. Prospects that are charged in the most scenarios will have the lowest risk. Top seal capacity, unconformity and source rock facies are all possible risks. There is also the possibility of different interpretations of seismic. It is absurd to invoke multi-component Kinetics when we don't know the thickness, TOC or HI of the source rocks. Drag and drop your interpreted surfaces to Trinity and draw cross sections interactively through them. You can move the cross section with the mouse to move through the data. In 3D, the cross sections look similar to fence diagrams except that fences can be moved. This will reveal a lot more geology than static maps.

RokDoc is the culmination of over 20 years of industry experience and innovative research. RokDoc provides a seamless interface that integrates everything from data quality control and modeling and prediction. It also integrates multidisciplinary workflows for Quantitative Interpretation and Pore Pressure. Assess sandstone, carbonate, and shale reservoirs for improved hydrocarbon exploration and production optimization, CO2 sequestration and geothermal surveying. RokDoc offers a comprehensive and extensive library that includes rock physics, cutting-edge seismic inversion techniques, as well as a complete geomechanics solution. Automated and easy evaluation of geological "what-if" scenarios. To better understand the probability and success of subsurface resource exploitation, and stored fluid monitoring, capture uncertainty in data and models.

Multisensor GeoStreamer is the ideal platform to perform broadband imaging. Deep towing reduces weather impacts and improves acquisition efficiency. The recorded signal is not sensitive to changes in towing depth or local sea surface variations. This significantly reduces non-repeatable noise in reservoir monitoring projects. Pre-stack phase and amplitude are consistent in a frequency-dependent and angle-dependent way. Rich low-frequency signals enhance Full Waveform Inversion and improve subsurface property prediction accuracy. Multisensor wavefield separation allows for better shallow illumination. For standalone interpretation, near-surface images can be used that are not affected by acquisition footprint effects. Enhanced broadband resolution stratigraphy allows for the recovery of small time shifts due to changes in reservoir pressure and saturation during reservoir monitoring projects. GeoStreamer employs both velocity sensors and hydrophones to remove any ghost reflections from the surface.

Advanced seismic processing and imaging can condition data for depth imaging and interpretation. Companies can configure the system to meet their business objectives and user needs through modular design, open architecture, and compliance to standards. The most advanced seismic processing and imaging solutions available, including SRMA and 5D interpolation and Aspen Echos RTM. A library of over 350 modules that allows the construction of data-dependent processing workflows to solve current geophysical challenges. The industry's best interactive link between data, seismic applications, and parameters. Aspen Echos is the standard seismic processing system in the oil and gas industry for producing 2D and 3-D seismic images of subsurface.

PLAXIS 3D provides the most important functionality to perform safety analysis and deformation for soil and rocks. This software is designed to allow you to model in 3D. Easy to create and scale construction sequences. Stable-state groundwater flow calculations can be done, including boundary conditions, material parameters, drains, wells, and drains. To model soil-foundation movement, such as slipping or gapping, use interfaces and embedded piling elements. You can get reliable results using realistic soil models and a full range of visualization capabilities. PLAXIS 3D provides different calculation types to address the unique geotechnical issues of soil structure interactions.

This makes it easier for engineers, geoscientists and drillers to collaborate. Your software doesn't have to be complicated, even though the world of oil & gas is becoming more complex. Kingdom™, which integrates geoscience, engineering, and geophysics, makes it easy for asset teams to make 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. Kingdom is optimized for unconventional, conventional, and deepwater plays. It allows you to assess the potential of regional geologic trends or find out where assets are underperforming. All this in a single, cost-effective, and easy-to-learn environment. Kingdom Geosteering will get you to the zone 95% of all the time. Collaboration increases productivity in geology and allows for better predictions.

Advanced velocity determination and 3D/2D model building allow for accurate, high-quality and interpretable seismic images in depth and time. An integrated suite of interactive and batch velocity analysis tools allows you to easily solve all kinds of seismic imaging problems. The workflow is simplified by integration with interpretation and modeling tools. Data loss is prevented and geologic constraints are respected. No matter how complex the structural geology, it is easy to create 3D and 2-D models. Highly parallelized to run efficiently on large 3D datasets as well as multi-line 2D datasets. Hydrocarbon exploration and production requires accurate seismic images and depth models. Aspen GeoDepth velocity calculation and modeling system provides a solution to improve seismic imaging in depth or time. It integrates interpretation, velocity analysis, model construction, time-to-depth conversion, and more.

MESA is a cutting-edge software package that offers a complete set of tools to optimize onshore, offshore and transition zone survey design, planning, and optimization. Data acquisition is the core of the seismic lifecycle. It is crucial that accurate decisions are made right from the beginning of the acquisition design process. To accurately analyze the imaging objectives of seismic projects, you need flexible and robust survey design tools. MESA software meets these needs for both marine and land projects. It streamlines the planning and survey design process. Field-proven on land, with a towed streamer and OBS survey designs; also multi-component or VSP surveys.

Galaxy4D is a 2D/3D modeler and stratigraphic tool that provides reservoir engineers and geologists with a powerful and flexible tool. It greatly reduces the time required to build, update and manage reservoir models. It also increases knowledge and understanding of the reservoir. Field development programs can be developed faster and with fewer risks. Galaxy4D's strengths are in its simple and logical workflow. Its modules and displays are easy to use, interactive, and efficient. Galaxy4D can estimate saturation distribution using logs (RSTs). You can create unified catalogs that include reservoir descriptions, engineering, geophysical, seismic, and other data. Analyze the histograms for reservoir properties for single wells or multiple wells for 2D or 3D data sets on a zone-by-zone or defined area basis.

Evaluation of a variety of QC attributes in arbitrary Windows, as well their derived combinations. Interactive common source/common receiver/CMP attribut map, CMP fold map and location map for advanced analysis of data quality - all maps are fully synchronized among them and with seismic display, active templates are highlighted along with SP and RP of the current trace. Real-time QC--control data quality immediately after it is acquired. This allows you to make decisions and fix problems instantly. A complete set of industry-standard algorithms are available for data processing, including vibroseis correlation and trace editing, bandpass and FK filtering and Radon, FXY and FXY decons. TFD noise corrections, deconvolutions and amplitude corrections can all be done. Interactive velocity analysis, statics and NMO-correction can also be used. Regularization, stacking, prestack and after-stack time migrations can also be done.

Geochemistry can be applied to any phase of a field's life cycle: appraisal, development, production, abandonment, and exploration. Malcom interactive fluid characterization software provides geochemical engineering solutions through processing gas chromatography data (GCFID, GCMS, GCMS-MSMS, GC-2D etc.). Different vendors. Comparison of oil GC fingerprints gives information on biomarkers and reservoir connectivity. It also estimates the size of reservoirs and allows for production allocation calculation. Malcom software provides a complete suite of tools that can be used to process chromatography data. It also performs statistical calculation and allows for fast data interpretation. Improve reproducibility and repeatability in gas chromatography data processing by harmonizing the baselines and peak areas.

Geobank is a cutting-edge technology that allows you to manage and collect geoscientific data. Geobank is a secure, fast, flexible, and safe way to manage and log geoscience data. It improves decision-making, reduces errors, fosters confidence and increases insight. It also creates and curates ore body knowledge that can be used for downstream action. This system is specifically designed to give you control over your digital resources. Protect sensitive data in a secure, controlled environment that establishes a clear chain, protects against theft, and prevents data alteration. Avoid data reprocessing, disorganized paper records, and create customizable outputs with structured data recorded at source.

It takes a lot of work to gather your data. Do not settle for substandard visualization. Surfer's powerful modeling tools allow you to present your data in the best possible way while maintaining precision and accuracy. Surfer makes it easy to communicate information about geology, hydrology and environmental. Surfer's many analysis tools are designed for engineers, geologists, and researchers. They allow you to discover the depths of your data. Adjust gridding and interpolation parameters, assess spatial continuity of data using variograms, determine faults and breaklines, and perform grid calculations such volume, smoothing, filtering, and transformations. Surfer converts your data quickly into knowledge.

OMNI 3D seismic design software allows you to create optimal 2D or 3D designs for land and marine, ocean-bottom cable, transition zone, vertical seismic profile, and multicomponent surveys. Advanced analysis modules allow you to analyze geometry artifacts, examine geometry effects, generate synthetics, build and ray trace 2D or 3D geological models, and more. OMNI 3D software bridges the gap between E&P asset teams and acquisition teams with its advanced tools, easy-to-use interface and multiproject handling. These features make OMNI 3D software a standard in the industry for geoscientists involved with survey planning, design and QC. Advanced analysis modules include synthetics, 3D geometry assessments, trace quality estimations using 5D interpretation, AVO Response, illumination on a subsurface horizontal using any survey geometry and post-stack time migration illumination via Fresnelzone binning

CoreLog is a log analysis application and petrophysical modeling software. It is based on industry-standard model models and used to calculate the petrophysical properties wells. It calculates many properties, including porosity and permeability as well as volume of shale. CoreLog allows users to quickly and efficiently import and transform data, view plot information, calculate petrophysical property, and export data for other applications. CoreLog is a robust application that allows for easy manipulation and interpretation of data. CoreLog makes it easy to create markers and zones, modify plots, and print or export data. CoreLog presents data in a user-friendly format with tabbed views and tables. Tree views can also be used to improve productivity.

SPW software is an interactive seismic processor system. SPW can be parallelized to run on multi-core processors that have threads on Windows 7 or Windows 10. SPW can be used on workstations, desktop computers or laptops. It can also be installed as a client/server configuration to meet large processing requirements on high-end server PCs. The SPW 3D package provides a complete processing system to process 3D P-wave seismic reflectance data. The system's strengths include data QC and interactive analysis. These allow for rapid control of data quality, and the checking of processing results.