Alternatives to PVT Solver

Calsep is a leader in providing PVT simulation services for the oil & natural gas industry. Calsep has successfully solved PVT modeling problems on all continents. These projects include EoS modeling all types of reservoir fluids including natural gas, gas condensates and near-critical fluids as well as black oils, heavy oils, and dark oils. Calsep's main product, PVTsim Nova is a versatile PVT simulation software for reservoir engineers and flow assurance specialists, PVT lab technicians, and process engineers. PVTsim can help you from fluid sample to process design and planning. You can test your fluid compositions, create EoS models, handle liquid, assess the risk of solids precipitation, and generate input to over 30 external simulators, including the most popular reservoir, process, and flow simulators. Calsep Nova 5.1 supports PRODML, Calsep Excel PVT templates, which can be used to import fluid compositions and PVT data directly into PVTsim.

Azore is software for computational fluid dynamics. It analyzes fluid flow and heat transfers. CFD allows engineers and scientists to analyze a wide range of fluid mechanics problems, thermal and chemical problems numerically using a computer. Azore can simulate a wide range of fluid dynamics situations, including air, liquids, gases, and particulate-laden flow. Azore is commonly used to model the flow of liquids through a piping or evaluate water velocity profiles around submerged items. Azore can also analyze the flow of gases or air, such as simulating ambient air velocity profiles as they pass around buildings, or investigating the flow, heat transfer, and mechanical equipment inside a room. Azore CFD is able to simulate virtually any incompressible fluid flow model. This includes problems involving conjugate heat transfer, species transport, and steady-state or transient fluid flows.

A thorough understanding of multiphase flow behavior is essential for successful production system design and operation. Flow simulation and modeling provide valuable insights into flow behavior. This includes the physics that describes flow through the entire production system, from the reservoir pore to the process facility. To maximize production potential, the OLGA dynamic multiphase flows simulator models time-dependent behavior or transient flow to maximize production potential. For field development planning and feasibility studies, transient modeling is a crucial component. In deepwater, dynamic simulation is an essential component. It is used extensively in both onshore and offshore developments to study transient behavior in wellbores and pipelines. The OLGA simulator allows for transient simulation, which adds an additional dimension to steady-state analyses. It predicts system dynamics such time-varying changes of flow rates, fluid compositions and temperature.

Tecplot RS, an integrated visualization and analytical software for reservoir engineers, is designed specifically for oil and natural gas reservoirs. It simplifies the management and interpretation reservoir simulation data by using comprehensive XY plots and 2D cross-sections. The platform allows users to import data from different simulation sources. This allows them to organize results, validate models and effectively communicate findings between teams. Recent updates, like the 2023 R1 version, have introduced features that enhance the assessment of history matching quality by allowing selection sets to be created based on deviation band. The software also supports the visualization negative values on stamp plots to aid in the analysis and trends of fluid behavior within reservoirs. Tecplot RS's user-friendly interface ensures a quick learning curve. It is complemented by free online training and full technical support.

WellArchitect is an advanced well-planning and survey management system developed by Baker Hughes Company for integrated planning and drilling directional wellpaths, with or without earth model. WellArchitect was designed to accommodate sidetracking, multilateral wellpaths and re-entry drills. It is used by all levels of personnel in the industry, both at the office and the wellsite. This package includes trajectory calculations, target erosion based on positional uncertainty as well as reporting, plotting and 3D visualization. Wellpaths are able to be compared with earth models, reservoir models and more (above). Data used with the permission of the owner. This powerful directional software combines advanced 3D visualization tools with optional reservoir geo-data to create a major leap forward for the drilling sector. The software handles everything from planning, survey calculations, data management and collision risk analysis.

Aucerna Previso allows your teams to efficiently model the entire integrated extraction and production system from multiple reservoirs and wells. Operators receive a comprehensive production forecasting and modeling tool. Forecasts are market-driven and track production on a component basis. Production is then back-allocated through each reservoir, pipeline, compressor, processing plant, and well. Aucerna Previso software calibrates historical inputs quickly and accurately, forecasts production profiles and manages subsurface uncertainties quantification by generating the vast number of scenarios necessary for understanding and optimizing short-, medium-, and long term production planning. Previso uses industry-tailored optimization algorithms. They rely on smart block matrix construction to facilitate linear programming. This results in very rapid solution convergence.

There is no typical user of this system. There are many users: independent reservoir engineers who prepare reserve reports, production engineers who monitor daily production and set up AFE's, bank engineers who track petroleum loan packages, CFOs who track their borrowing base, property tax professionals who assess ad-valorem values, and investors who buy and sell producing properties. TCW's ProdEval software provides a comprehensive and quick Economic Evaluation system that allows for both prospect analysis and reserve reporting. ProdEval is easy to use and provides a straightforward approach to economic analysis. This methodology is very useful. One of the most appealing features for new users is the ability to project future production using advanced curve fitting techniques that allow the user simply adjust the curves. The system accepts data from many sources, including excel worksheets and commercial data sources.

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.

PROSPERE was first commercialized in the early 1990's. It has been the subject for continuous research and development for more than two decades. Every year, new models are added and functionalities are added. There are more than three million combinations of options available to describe the vast majority physical phenomena occurring in pipelines and wells. The adaptive interface is very efficient in reducing the effort required to build models, despite the many situations that can be modeled. It only displays the relevant input fields and menus based on the selections made from the options menu. PROSPER is the industry standard in well and pipeline modeling thanks to its unrivaled technical foundation and unique modeling capabilities. Today, PROSPER is the foundation of the Digital Oil Field System. Numerous workflows use the calculation engine in real-time on hundreds of fields around the world.

A comprehensive software suite that provides a complete range of reservoir engineering and simulation tool in one consistent interface. This allows for accurate reservoir predictions. Aspen Tempest is an integrated software suite that is used in hundreds of locations around the world. It provides a consistent interface for reservoir engineers. It is more than a reservoir simulation tool. It provides a complete range of solutions for preparing, navigating, monitoring, visualizing, analyzing results, performing assisted historical matching, and predicting production uncertainties.

Baker Hughes' JewelSuite™, subsurface modeling tool, is a powerful and innovative tool that quickly creates precise geological models of reservoirs. It takes half the time to do this than traditional solutions. This modeling tool can be easily integrated into any industry standard simulator. Reservoir models can easily be modified with new well information and alternative geological scenarios. This allows for field development plans to be optimized and drives greater production. The JewelSuite subsurface modeling software allows for faster, more reliable evaluation of complex geology thanks to its innovative gridding technology. The application is capable of rapidly building multiple scenarios and accelerates analysis of alternative outcomes to determine optimal field development plans.

CAESAR is a unique reservoir and well management application that optimizes field development and maximizes hydrocarbon resource value. CAESAR can be used with any production database and any reservoir simulator. It is capable of managing well and reservoirs, including history matching and the location of potential infill drilling sites to increase reserves. It also allows for identification and perforation of shut-in candidates, recompletions, and shutting down candidates. CAESAR can visualize flow paths, calculate allocation factors, assess performance, and optimize injection based upon injector-producer connections. It can be used for generating and analysing streamlines, quantifying fluxes, as well as displaying the performance of a reservoir 3D. CAESAR is a complete integration framework that allows for reservoir optimization and production enhancement using both production data as well as reservoir simulation.

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.

To make your reservoir engineers more productive and enable operational excellence, embrace AI-Physics hybrid reservoir simulating. You can build simulation in a fraction of the time it takes to use conventional methods. Stream new production data. Stream new production data in minutes to update forecasts. Test alternative development scenarios. You can do it in a matter of hours or a month. Keep an eye on where your other development opportunities are. Redirecting development to the most productive areas will increase the production and optimize your assets, and keep the revenue stream flowing. Reduce decision cycle time. Reduce expensive overhead. Your journey to operational excellence begins by upgrading your "dormant", dynamic reservoir model to a super-fast, reliable, production forecasting tool for budgeting and operation planning. This revolutionary breakthrough combines AI with numerical simulation mode

GASWorkS™, a Windows-based steady state network modeling tool, is available. It was designed to help engineers design and analyze piping systems that contain natural gas or other compressible liquids. Systems made up of fittings and compressors, pipes regulators valves and valves are supported. A robust set of export and import routines allows data exchange with a variety CAD, GIS, or Database applications. GASWorkS has evolved since its original, simple, but highly effective release in 1991. The latest release features a sophisticated map-style graphical interface and a quick solution procedure. It also supports a variety of model elements, including customer features. GASWorkS offers a wide range of network modeling tools that can be used to help the User analyze and design distribution, transmission, gathering, and other related activities.

OilProp is a program that assesses the core thermophysical properties and derivatives of oil. It uses minimal input data to solve transportation and processing problems. It is based upon the most common statistics and regularities in the area. Basic Calculation - Calculation of thermophysical properties at atmospheric pressure and temperature 20 degrees Celsius (68 degrees). F. The calculation results can be used to calculate the thermophysical properties at the atmosphere pressure and temperature 20 degrees Celsius (68 degrees Fahrenheit). Additional Calculation - calculation for the thermophysical properties of a substance in liquid or gas phases at a given absolute pressure and temperature in the under-critical range.

Operators need to adapt faster than ever because of fluctuating market conditions, remote work and shrinking budgets. Aucerna Field Development Planning software enables planners, engineers, and economists to make the right choices to achieve asset goals. You can equip your teams with one tool to create schedules, visualize current activities, and make updates as the field changes. You can see the impact of schedule changes on production volumes and start dates, so you can be confident in your production estimates and schedules. Aucerna's field development software features powerful simulation and optimization tools, which allow teams to quickly understand the economic impact on reservoir size, facilities and capacity. All multidisciplinary teams (reservoir, marketing, production, finance) have shared access to the latest estimates, budgets, roll-up reports, and development plans.

The engineering standard pipe flow software allows you to manage the entire fluid system's lifecycle. Pipe flow analysis software that is industry leading in accuracy, functionality, and usability. No spreadsheets or hidden costs. Must-read for those who manage, design or operate mission critical fluid processing environments. The cornerstone of the digital transformation journey towards Industry 4.0/Digital Twin Operations Management.

KAPPA-Workstation, an integrated engineering suite, offers analysis and modeling tools to deal with reservoir dynamic data. Our clients asked us to think openly and think big ...'. Generation 5 is fully 64-bit and uses parallel processing for today’s multicore processors. Data is fully integrated between KAPPA modules via OpenServer and other programs through KAPPA. Azurite combines the capabilities of the KAPPA Generation 5 and allows for raw FT data processing from any service company. It can switch seamlessly between vs. time and vs. depth views. In a single workflow, you can perform QAQC, quick pretest calculations, extensive PTA, and gradient/contact determination. In one application, merge vs depth data with vs times data.

Aucerna Reserves uses modern cloud technology to simplify complex operations and streamline reserves management workflows. It provides comprehensive analysis and reporting that integrates data from multiple sources within the company to give a complete picture about corporate reserves. As they capture resources and estimates from volumetric calculations and reservoir simulations, teams can eliminate endless spreadsheets and eliminate data entry mistakes. Aucerna Reserves can be relied on to manage billions upon barrels of reserves for companies ranging from small independents to multinational super-majors. Aucerna Reserves, a reserve management and reporting system specifically designed for the energy sector, is available. It allows for rapid, accurate, timely and repeatable reserves reporting. This eliminates the possibility of errors that can be found in spreadsheet-based systems.

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.

Full cycle simulation of asset development and exploration. PetroVR is a connected full-cycle asset exploration and simulation system for modern energy industry. It allows petroleum engineers and planners the ability to understand the potential rewards and risks of different technical development options, while also considering the impact on multiple resource constraints. PetroVR allows engineers and planners to focus on concept selection, facility sizing, and timing before scheduling wells through the constrained network. It allows for scenario-level directional economics evaluation, with a primary focus of before tax results.

FUTURE®, the world's first truly general-purpose oil/gas production and forecasting system, is now available. It is the first system to run full oil/gas integrated assets model calculations for large systems in just a few minutes. This allows for short-term forecasting without the need for daily time-steps. FUTURE®, a single system, replaces the confusing mix of over-lapping software such as the DCA, IAM, business planning spreadsheet, STPF, and other software. FUTURE® can be used for all forecasting-related work flows: long-term planning for Business Planning and Reserves, medium-term forecasting to support development planning and debottlenecking, and short-term forecasting to support Production Operations.

P2 BOLO, an industry-leading accounting software in upstream oil & gas, helps U.S. E&P firms improve efficiencies and gain greater value for complicated accounting operations. P2 BOLO processes more transactions per day than any other upstream software provider. Oil and gas accounting is complicated by joint ventures and shared ownership. P2 BOLO's Accounting module gives you complete visibility into revenue accounting and allocation and valuation, accounts payable/receivable and joint interest billing. Superior asset management can make a significant difference in project profitability. P2 BOLO Asset and Tax Management minimizes the risk of tracking assets at producing and not-producing properties and calculating DD&A.

Techdrill's DSP-One(c), the next generation suite of applications, is the foundation for the new Techdrill well construction platform, TSP. DSP-One(c) brings together the best-in-class applied sciences in an unmatched productivity framework. Multidisciplinary teams can use a shared data model to create standardized workflows. This allows them to work on projects from multiwell pad drilling to single-well completion, as well as design, planning and execution. DSP-One(c), a unique workspace that allows cross-domain teams to collaborate and offers optimization capabilities that increase operational performance and safety. DSP-One has been the first suite of applications that offers all-in-one functionality for well engineering calculations, both during well planning and drilling operations. The DSP-One(c), a new suite of applications for the TSP environment, elevates collaboration among all disciplines involved in the construction and operation of a well.

PlanningSpace™, a next-generation cloud-based E&P planning and petroleum economics platform for operators of upstream oil and natural gas, is now available. PlanningSpace™, a next-generation, cloud-based planning platform and economics platform for upstream E&P, is available. The software allows companies to create a "Living Business Plan", which provides instant data from all departments, spontaneous cooperation, and feedback loops that minimize exposure and risk. It connects people, processes, tools, and processes and serves as the source for truth for corporate-wide planning. PlanningSpace is a single, open database structure that can be extended infinitely and connected seamlessly with third-party tools and data sources. Your input data is accurate and trustworthy before you begin planning and modeling with PlanningSpace's powerful data management, collaboration, and control functionality.

CFD is the only comprehensive, intuitive platform available for multidisciplinary design. Computational Fluid Dynamics (CFD) is a multiphysics system analysis technique that simulates fluid behavior and thermodynamic properties by using numerical models. Engineers can use the Cadence Fidelity CFD Platform to reduce the time and cost of physical testing for design processes such as propulsion and aerodynamics. The Fidelity CFD Platform is an end-toend CFD solution that is easy to use for multidisciplinary design, optimization, and other applications in the aerospace, automotive turbomachinery and marine industries. The platform's streamlined workflows and massively parallel architecture along with state-of-the art solver technology provide unprecedented performance and accuracy for today's design problems.

No matter what application you are working in, our flexible visualization environment will help you gain a deeper understanding and insight into your subsurface and surface data. The ability to quickly integrate, visualize, analyze, and interpret diverse spatial and temporal data sets improves insight and optimizes future decision making. Subsurface reservoir management is a major application area for CoViz 4D, both in onshore and offshore fields. Understanding the changes in a hydrocarbon reservoir's response over time is crucial for optimizing development decisions, and subsequent production. Multi-disciplinary asset teams can simultaneously view and query all available data, from seismic to simulation, using CoViz 4D. Data fusion can provide powerful 3D understanding, and even more power when all 4D temporal data is available.

Data import and export capabilities are available, including LIS DLIS, LAS, ASCII formats. Interactive data editing, depth shifting and curve splicing are all available. Full deterministic analysis, including all Vshale, Porosity and water saturation equations. There are many statistical analysis options available, including Fourier analysis, cluster analysis, multiple linear regression, and more. Speed corrections, button correlations, pad/flap correlation, swing-arm, dead/faulty buttons, and many more. Quality control plots of magnetometers, acceleration information, and more. Create unique templates for each section. This allows all down hole data, including borehole image data, to be displayed in the section.

The open and innovative Epos™, infrastructure links all Epos-based apps to a common database. It includes common data models, common interfaces and common visualization platforms for individuals and teams from different disciplines. The system expands both the system's scalability and the reach of geoscientists. Conversions from third-party databases can be done on the fly, providing a single view without altering the original data. One point of entry that allows you to combine multiple seismic surveys, well data and culture data with drilling data into one logical entity. This is useful for regional exploration teams or asset teams (Epos Project).

Enersight™, a cloud-powered, integrated system for asset development and operational planning, is comprehensive. It allows asset planners to accurately model and evaluate development options in order to achieve asset goals. This includes incorporating operational and timing constraints into field development modeling. Enersight was created to assist asset-level planners and engineers with the development of defensible field models and accurate data. Enersight provides asset-level planners, engineers and economists with the same data to help them make informed field development planning decisions. All multidisciplinary teams, including marketing, finance, reservoir, marketing, and production, have shared access to the latest estimates, budgets, roll-up reports, and development plans. These reports are based on current multi-source data, current operations and scheduling.

GeoSCOUT is a powerful visualization and analysis tool for Windows. It also includes a large library of premium data. GeoSCOUT is trusted by thousands of energy professionals to map oil and natural gas plays, understand reservoirs, make strategic decisions, and plan for the future. You can create surface maps and structural geology. View assets such as wells, pipelines, land, and more. Compare what you see with satellite imagery. Powerful charting tools transform complex oil and gas data into visuals such as production charts, cross sections, and 3D well bore maps. As you work, add your professional insights. GeoSCOUT supports you at every step, whether you want to add text or digitize contours that you have drawn by hand.

It's a versatile tool that allows you to create an infinite number of custom-made plot presentations. GEO can handle all aspects of your drilling operation, including well proposal charts and well summary logs, well design charts, drilling time charts, core analysis charts, drilling times charts, drilling time charts, drilling ratio logs, and drilling time charts. Templates allow for automation, which can plot curves and perform calculations right after a data file has been loaded. This saves valuable time. Templates can also present prognosis data automatically from the well plan view for guidance, and comparison of actual vs planned. To view the most recent data and interpretations, open ODF files sent to the wellsite. GEOXSection can update correlations, well planning logs can be updated, and geological data and imagery can be provided to drilling and subsurface teams for crucial decision making.

Our tools allow operators such as banks, consultants, and government agencies to efficiently and accurately manage their assets. R3's industry-leading suite of decline curve tools makes it easy to calculate your reservoir volumes and make accurate production forecasts. Our stochastic analysis tool allows you to understand the risks associated with your development plans. It also helps you optimize your cash flow by using our Monte Carlo probabilistic sim. You can quickly generate customized, structured SEC, PRMS or government reports. Advanced tools allow users to perform decline curve analysis. Thoughtful features such as shortcut keys and template customization will increase the evaluation efficiency of our customers. Interactive Visual Analytics Storyboard and Reserves Report that are reliable and customizable. R3 Economics is our core product.

Simulate the fluid flow, heat transfers, and fluid forces that are crucial to the success of your designs. SOLIDWORKS®, Flow Simulation is an intuitive Computational Fluid Dynamics solution (CFD) embedded in SOLIDWORKS3D CAD. It allows you to quickly and easily simulate liquid flows through and around your designs to determine product performance and capabilities. SOLIDWORKS®, products are simple to use and easy to learn. They work together to help you design better products, faster and more efficiently. SOLIDWORKS® Flow Simulation allows you and your team simulate fluid flow, heat transfer and fluid forces that are crucial to the success and viability of your product. Companies of all sizes require integrated solutions to innovate and grow their businesses. You can quickly optimize designs by using integrated CFD tools that efficiently analyze fluid flow, heat transfer and related forces.

Block H125 is mainly responsible for the formation of Qingshankou's oil layer. The Qing 1st sublayer's top structure is a broken nose structure that has been hampered by reverse normal faults. The reservoir type is a reservoir with layered lithological structures. The current injection-production scale uses an encryption five-point well-pattern, which includes 27 injection wells as wells for production. The main target layers north of Block H125 include delta front deposits. Bars are the main microfacies type of each sublayer. Reservoir geological modeling technology can be divided into two main workflows: structural modeling and property modelling. Property modeling includes porosity modeling and porosity modeling as well as oil saturation modeling and NTG modeling. To create a geological model, you will first need to use the well picks and well header to create a structural model. Next, you will need to set the increment in I or J direction to control grid quality and pattern.

Automatic detection and correction of measurement errors is possible. Spirit IT eXLerate can be used to automate oil and gas measurement systems such as custody transfer metering station, calibration facilities, crude gathering station, FPSO's, tank depots, and custody transfer metering stations. It provides HMI (Human Machine Interface), functions such as communication to metering equipment, control devices, alarming, trending, reporting, and graphic user interface. However, it also includes additional functions essential for custody transfer like hot-standby redundancy and 64-bit communication. Spirit IT eXLerate features special features that allow for the automation of human activities in custody transfer measurement, such as instrument validations and meter ticket validation, meter analysis, system audits, and meter equipment analysis. It also has advanced self-diagnostic capabilities, which allow the user to keep track of measurements in real-time.

Get a complete view of all refineries' schedules and simultaneously schedule all important refinery activities. Maximizing diesel while minimizing mogas can seem impossible. These unintuitive solutions can be found by using blending and scheduling models. Aspen PIMS™, the industry-leading planning tool, can reduce the gap between scheduling and planning by sharing assays, production targets and process unit representations. Automated alerts for changes allow schedulers and managers to work simultaneously on the same schedule. Refinery-wide scheduling allows for better decision making and responsiveness. It simultaneously schedules all key activities within one platform, increasing production throughput. Get a complete view of the schedule across all refineries while simultaneously scheduling all important activities.

Online demonstrations of our Dispatch, Billing, Inventory, and Mobile applications are available. To learn more about our system, call us for a one-hour discussion. Easy to use, customizable, flexible billing platform that automatically calculates split loads, terminal loads, rate tables and minimum gallons. It also includes insurance charges, surcharges, date-driven surcharges, and insurance charges. Your customers can view, search, download and print Bill of Ladings, invoices, and load statuses online. Straightforward, simple and easy to understand traditional petroleum dispatch board. Easy and quick up-and-running, no additional development or implementation staff required.

PHDWin is a fully-featured, integrated economics and decline curve software program that was developed by petroleum engineers for use in the oil and gas industry. It provides a complete solution for managing, organizing, and evaluating economics and reserves. Version 3 of PHDwin will be available in Fall 2020. PHDwin V3 gives you all the power. The user interface is highly customizable and allows you, your team and/or your manager, to create and share views that will improve efficiency in your workflow. Any changes you make to the interface trigger real-time calculations and an updated display on your screen. PHDwin V3 is highly anticipated in the oil & gas industry. PHDwin V3 is unlike any other software platform. It offers unparalleled calculation speeds, practically limitless database size1, engineering tools, and complex economic calculations all wrapped in a highly customizable user interface. You'll have better reserves and better economics with PHDwin V3.

We have simplified the process. EnergyElite Accounts Receivable Module eliminates the need to have receivables spread across product line lines. Instead, there is one A/R record for each customer, regardless of their location or product mix. The EnergyElite A/R module gives our industries central customer service that is comparable to all other SMS modules. All types of customers can be accommodated by one receivable system and one A/R. Even customers who cross-product boundaries can be accommodated with an advanced global credit module. No matter what combinations you use, only one customer record will be required. EnergyElite A/R module offers many options, including high-speed input screens, flexible aging, finance charges calculations, and deferred taxes. You can create your own account types, trade categories, and credit rules.

FEATool Multiphysics – "Physics Simulator Made Easy" – a fully integrated physics simulation, FEA and CFD toolbox. FEATool Multiphysics provides a fully integrated simulation platform that includes a unified user interface for several multi-physics solvers such as OpenFOAM and Computational fluid dynamics (CFD), including SU2 Code and FEniCS. This allows users to model coupled physics phenomena, such as those found in fluid flow and heat transfer, structural, electromagnetics acoustics and chemical engineering applications. FEATool multiphysics is a trusted tool for engineers and researchers in the energy, automotive and semi-conductor industries.

Designed by flow assurance engineers and flow assurance engineers, the obot simplifies your simulation workflow. It lets you concentrate on engineering and not on building batch files or hunting for licenses. You can run more simulations using fewer licenses. The sophisticated job queue and prioritization system of obot ensures that your licenses are being used to their full potential. This includes weekends and nights. obot can be used as a website within your company's IT infrastructure. This means that obot can be accessed from any computer with Internet access. obot comes with a debugger program that allows you to interactively run any input files and, if errors are found, to open the input file to the problem line. Using obot's reporting capabilities you can quickly find out how long it takes to run failed simulations, average time per-project or per user, and many other details. obot tracks thirty data points that can be used to generate reports.

Deep learning combined with linear and nonlinear variables allows for more accurate and long-lasting APC models that cover a wider range of operations. Rapid controller deployment, continuous model improvements and simplified workflows enable engineers to improve ROI. Automate model building with AI. Controller tuning is simplified with step-by–step wizards that allow you to specify linear or nonlinear optimization goals. Increase controller uptime with real-time cloud KPIs that can be accessed, visualized and analysed. Energy and chemical companies must operate with greater agility in today's global economy to meet market demand and maximize their margins. Aspen DMC3 is a next generation digital technology that helps companies maintain a 2-5% increase in throughput, a 3-fold increase in yield, and a 10% reduction in energy use. Learn more about next-generation advanced control technology.

Optimize the entire site using industry-validated simulations and time-saving workflows to maximize safety, throughput, and profits. Optimize upstream, downstream, and refining processes within one environment. Integrate models from gathering networks to processing plants. Refinery profits can be sustained by faster updates to planning models. Integrate tools to improve the workflow of process engineers by utilizing seamless, integrated tools that can be used for equipment design, costing, energy management and safety analysis. AI-powered models are more accurate and can be used to optimize increasingly complex assets and enable tighter collaboration between functions. Trusted for nearly 40 years, this industry-leading process simulator allows you to make informed decisions throughout the entire design and operation process. The latest innovations in process simulation are available to you.

FieldAware's field service software is designed to be the central point of your daily operations. FieldAware's field service management software streamlines tedious processes such as dispatching, scheduling, and invoicing. It also gives your field staff vital information that they can access, which helps them to be more productive. It is called the FieldAware Field Services Hub and is the next step to operational efficiency. FieldAware software is designed to speed up the scheduling process and optimize field team's work time. Our software automatically optimizes the schedules of your entire team by simply entering their service areas, expertise, past projects, and clicking a button. It also sends it to their smartphone app in real time. FieldAware's Field Service Hub simplifies field service management and places the technology's focus where it is most needed -- in the field. Our robust capabilities and features will help you service organization deliver high-impact results.

The quality of the data you provide about your E&P assets is a key factor in their effectiveness. Petrosys® data management strategy can help you create a reliable and secure collection for your E&P data. This includes information that you have acquired, measured, interpreted, or interpreted. Our extensive knowledge of the PPDM data model can ensure that your data store's security and performance can be tailored to your operational requirements. Incorporate knowledge to increase discovery rates and lower production costs. Establish a master store that is gold standard. To make confident decisions, calibrate and control data quality. Data should be distributed securely to those who are able to build from it. Knowledge is a long-term corporate asset. It is crucial that all data used by the business over the history of an asset is consistent. There are multiple processes and teams using the same data.

You can instantly see the results of any scene modifications, such as lighting or materials, in real-time feedback. This makes your workflow more efficient and enjoyable. FluidRay is the only interactive rendering program that doesn't have GPU limitations. GPU-based renderers are limited to specific tasks, while FluidRay can do it all quickly and easily. FluidRay is easy to use. FluidRay's interactive workflow is very intuitive and anyone can learn it in a matter of minutes. FluidRay lets you quickly create stunning previews of your interior designs, architectural projects, jewelry projects, or other projects. Interactive rendering makes designing products or environments fun and easy. FluidRay makes it simple to quickly prototype your designs, and generate high-quality preview images. FluidRay's compatibility to Rhino allows designers to create 3D models using Rhino and then import them into FluidRay.

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.

The Petrel E&P platform combines transparent data flows and a simple-to-learn graphical interface--Petrel Reservoir Geomechanics-that supports the VISAGE sim configuration and results visualization. This allows the powerful functionality of VISAGE simulator to be seamlessly combined with other interpretation, modeling and engineering workflows within Petrel. The Petrel platform-enabled workflow allows you to include multiple data types in order to create new 3D stress and geomechanics properties, or to add geomechanics data for existing reservoir subsurface models. This seamless combination within Petrel ensures that the geomechanics model can be integrated with geophysics and geology as well as reservoir data.