Our work in action

A comprehensive overview of our solutions, projects, and services, highlighting the positive impact they have had on our clients.

Injectivity Decline Simulation

Modelled species transport and momentum in porous media to solve PWRI challenges using advanced PDEs.

Computational Thermodynamic Library

Developed for accurate reservoir fluid analysis and PVT reporting.

Well Deviation Solution

Improves tool trajectory accuracy, reducing misalignment risk and optimising field planning.

Drilling and Intervention Planner Solution (SEPAL DIAP)

Collaborative planning platform that improves scheduling, intervention, and drilling project execution.

Computational Thermodynamic Library

Developed for accurate reservoir fluid analysis and PVT reporting.

Background

Ensuring the precise determination of process fluid properties is a critical challenge for both surface and subsurface engineering analyses, impacting the reliability of design, simulation, and operational decision-making across energy and industrial sectors

Challenge

Calculation of accurate process fluid properties for both surface and subsurface engineering analysis.

Solution

We developed a robust compositional PVT simulator for accurate phase equilibrium calculations, simulation of routine PVT experiments, estimation of volumetric, transport, thermo-physical properties of reservoir fluids, and PVT report digitalisation and management system. It is used for Nodal Analysis Solution, Stochastic Material Balance Analysis (SMBS) and SEPAL Production Systems Optimisation Module.