RESERVOIR FLUID

ANALYSIS (PVT)

Understanding reservoir fluid behaviour from reservoir to surface.

Premier Corex delivers advanced pressure-volume-temperature (PVT) analysis that characterizes reservoir fluids under reservoir and production conditions, providing the reliable data required for reservoir simulation, production forecasting and field development.

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The Challenge

Uncertainty over fluid behaviour can impact development decisions.

As pressure and temperature change throughout the production lifecycle, changes in fluid properties and phase behaviour significantly impact reservoir performance, production forecasts, recovery estimates and operating requirements.

Without accurate PVT data, predicting reserves, production performance and surface processing requirements become increasingly uncertain.

Reliable fluid characterisation is essential for building robust reservoir models and making confident development decisions.

Our Solution

We characterise how reservoir fluids behave throughout production.

Using advanced laboratory testing, experienced PVT specialists and integrated technical interpretation, Premier Corex delivers the fluid property data required to support reservoir simulation, optimise production strategies and reduce uncertainty throughout the asset lifecycle.

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PVT Analysis Capabilities

Reservoir Fluid Characterization

Comprehensive reservoir fluid characterisation, including complex and HPHT fluids, to evaluate fluid properties and behaviour.
Phase Behaviour Analysis

Advanced PVT studies to evaluate reservoir fluid behaviour and properties, supporting reservoir modelling and production forecasting.
Equation of State (EOS) Development & Reservoir Simulation

Generation of simulation-ready fluid models through EOS development, tuning and technical interpretation.
EOR & Advanced PVT Studies

Swelling tests, MMP determination and gas solubility evaluations supporting enhanced oil recovery and CO₂ applications.
HPHT & Challenging Fluids

Laboratory evaluation of high-pressure, high-temperature fluids and complex reservoir systems.
Integrated Decision Support

Combining laboratory data with specialist interpretation to support field development, production optimisation and reservoir management.