Products

XXSim is an EOS based general purpose compositional reservoir simulator with fully implicit formulation. It allows any components to appear and stay in any fluid phases .

Drillsoft HDX is a hydraulic transient model designed to calculate the profiles of pressure and temperature as well as the well's ECD in real time.

WELLCAT is a casing design software designed to allow engineers to model complex HP/HT conditions and design casing and tubular design, while obtaining both the right well integrity and the best cost configuration.

Elsyca CPMaster is a CAD-based software simulation platform for the design and analysis of cathodic protection installations. Elsyca CPMaster is typically used for the CP protection of structures such as offshore oil platforms, FPSOs, ship hulls, ballast tanks, offshore wind turbine foundations, storage tanks, and is also applied for detailed 3D analyses on specific areas of pipeline networks such as crossings.

123D Sim&Vis utilizes dynamic time step-control, optimized numerical scheme with respect to minimizing computation times, sparse-matrix solver, and finally shrewd shoe-horns for impeding oscillations during the iterative solution procedure.

GASMOD is a fully integrated gas reservoir/multi-phase pipeline simulator, capable of modelling large and small gas properties.

The EOSModelR computer program is capable of simulating the complete PVT phase behavior of reservoir fluids, e.g. dry gases, gas condensates, and oils It calculates hydrate envelopes, multi-contact miscibility, wide P-T range viscosity, and other.

GPCM is a combination software-database system, whose purpose is to enable its users to build models for analysis of natural gas economics, including the sectors of production, transportation, storage, marketing, and sales to distributors and other large customers.

The Thermodynamic Model of Waxes (WAXModelR) computer program is capable of simulating the wax phase behavior of reservoir fluids. The WAXModelR can calculate the complete wax deposition envelope (WDE) of a reservoir fluid, including wax quality lines and much more.

The WELLModelR is state of the art technology for simulating deposition of asphaltenes in tubings.

PipeAna is designed to handle the detailed modeling of gas gathering and transmission systems.

CompAna models the end-by-end and stage-by-stage performance of a reciprocating, positive displacement compressor of virtually any head end / crank end, cross-over and by-pass geometry. The model handles any range of staging, compression ratios and gas throughput.

The Thermodynamic-Colloidal Model of Asphaltenes (TCModelR) computer program is capable of simulating the asphaltene phase behavior of reservoir fluids. The TCModelR can calculate the complete asphaltene deposition envelope (ADE) of a reservoir fluid.

ResAna is a traditional single-phase, arbitrary geometry, variable property, finite-difference simulator used to model well-to-well interaction in the reservoir as that interaction is affected by reservoir and fluid properties and geometry through time.

The FDModelR is a near-wellbore organic formation damage simulator. The model utilizes a rather simple, yet realistic way to model asphaltene-induced near-well formation damage caused by blockage of pore throats by asphaltene particles.

BEASY Crack Simulation Technology provides easy to use crack modelling tools to predict stress intensity factors, crack growth rates, critical crack sizes, critical crack locations and crack growth paths.

Modeling Technology allows reassessment of old resistivity logs, recovery of bypassed hydrocarbons, study of thin beds and fractures, along with many more features.

WellAna allows treatment of multiple zones with different stimulation properties, reservoir matrix properties and reservoir size. Crossflow between zones and wellbore storage transients are properly handled. Several different hydraulic fracture behavior models can be specified for each zone.

Empower confidence to cost-effectively manage key assets and infrastructure with mapping and visualization services designed to support best practices for all aspects of oil & gas infrastructure management.

NextGen is the world most advanced pipeline simulation application for both gas and/or liquid pipelines, and incorporates steady state and transient predictive, transient online, transient look ahead, and sequential hydraulic simulation into a single application.