Facility Modeling, Field Infrastructure Calculation, Investment Cost Optimization

Leverage our convenient toolset to optimize your field development planning efficiency

• Engage with an interactive environment tailored for digital models creation and editing.
• Work simultaneously with multiple models
• Creation of a dynamic model for phased field development
• Benefit from robust support for prevalent mapping and elevation services.
• Built-in database of infrastructure objects
• Loading vector layers in various coordinate systems
• Leverage tools for bulk property editing
• Analyze the results on the map, hydraulic graph, and in pivot tables
• Harness the power of automatic data validation checks
• Seamlessly work with a multitude measurement units

• Achieve the global optimum by conducting comprehensive simultaneous multivariate optimization processes that encompass clustering, drilling, and pipe network layout.
• Optimizing the development of new and existing fields
• Determining well trajectories based on geological objectives, considering drilling constraints and risks
• Determining the number and locations of wellpads, considering drilling and facility costs
• Fine-tune network pipeline topology, carefully considering the installation-associated costs
• Accounting for cost constraint models (maps of cost coefficients and restricted zones)
• Selecting optimal pipeline diameters based on required throughput capacity

• Accounting for PVT properties based on a compositional model and black oil model
• Rely on robust support for fundamental hydraulic correlations, including: Beggs-Brill, Mukherjee-Brill, Xiao, Orkiszewski, Aziz Govier Fogarasi, etc.
• Accommodate field equipment, such as pumps, fittings, separators, and more
• Perform calculations for gas assets
• Effectively model cyclic network topologies and accommodate multiple outlets
• Pipeline network modeling for reservoir pressure maintenance
• Solve complex integrated modeling tasks with ease
• Analysis of challenge nodes and complication risks
• Automated adaptation of gathering network parameters to actual data

• Execute voltage drop calculations on transmission lines using a nodal potentials approach
• Consider various types of substations to optimize your electrical network
• Calculate both absolute and relative voltage drops across objects
• Benefit from automatic voltage class determination for your transmission lines
• Effortlessly access a built-in database of transformers and cable types
• Automatically determine power consumption based on production data, enhancing precision in your electrical network calculations

• Benefit from the automated capital expenditure calculation
• Effortlessly load and create customized cost maps and restricted zones
• Account for drilling, wellpad construction, pipeline network construction, and electrical supply costs
• Automatically create financial and economic models for assets

• Bulk import parameters for facility objects in any format you prefer
• Effortless conversion of Pipesim Simulator projects
• Tailor solutions to fit your corporate data storage systems
• Work seamlessly with data from hydrodynamic simulators
• Expand your facility object information database

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successful facility reconstructions designed

confirmed capital cost savings

commercial licenses

Create a network, massively edit the properties of objects
to optimize time and investment costs

Automatic construction of a infrastructure digital technical and economic model

Swift, precise calculation of multiphase flow parameters for various dates

Voltage loss calculation with dynamic load adjustment

Support for various operating systems (Windows / Linux)

Automatic selection of optimal infrastructure object locations

Integrated hydraulics and electrical networks modeling

Constantly operating multivariate digital asset development model

High-performance algorithms with distributed computing support

A unified technology and economic planning platform

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