Products

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

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.

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.

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.

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.

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.

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

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

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.

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 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.

Mudshark allows you to easily calculate, track and analyse material for your earthworks projects in a richly interactive and fully 3D environment.

THERMOFLEX is a modular program with a graphical interface that allows you to assemble a model from icons representing over one hundred and seventy-five different components. The program covers both design and off-design simulation, and models all types of power plants, including combined cycles, conventional steam cycles, and repowering. It can also model general thermal power systems and networks.

The MEPO MULTIPLE REALIZATION OPTIMIZER represents a step change in the reservoir engineering workflow.

SimCentral can create your plant's Digital Twin (a master simulation model of your plant) to leverage across the process lifecycle.

Flow Assurance Analyst provides services in the areas of flow assurance project management as well as flow assurance technical work for independent and major oil and gas companies.

QuickLog is designed to speed and simplify the process of creating log and well construction diagrams.

XienceSim is a finite element simulation software with built in geometry builder and mesher integrated in a user friendly environment. It is designed to solve Stationary, Time dependent, Periodic, and eigenvalue searching problems in various fields from simple linear structural mechanics to Semiconductor physics and Quantum transport.

Impala is a parallelized algorithm for multiple point statistics simulation designed to be fast and compact in terms of RAM requirement.