This panel discussion will cover two pivotal topics related to fluid properties and description amidst the energy transition. With a marked decline in frontier exploration, the focus of exploration an ...

The basis for understanding reservoir fluid PVT is obtained from the measurement of properties and behaviour on real fluids, either from studying their in-situ behaviour or from using representative f ...

PVT measurements are essential for understanding reservoir fluids. While conventional methods suffice for routine needs, advanced measurements are increasingly required for complex fluids, extreme con ...

The technical needs for meeting energy demands while reducing carbon emissions in the energy industry have created new frontiers, e.g., subsurface storage of gases (CO2 and hydrogen), carbon mineralis ...

Transformational digital technologies can make dramatic changes in addressing the oil and gas industry’s technical challenges. Reservoir fluids are a critical part of these challenges. This session in ...

In an inaugural poster session in the 6th edition of this workshop, a formal time slot is dedicated to informal discussion and idea exchange on all the topics highlighted in the workshop programme. Se ...

The scarcity of PVT samples poses a significant challenge to appropriately characterising reservoir continuity and compartmentalisation, hindering the accurate allocation of reservoir fluid distributi ...

PVT and fluid properties are essential in the evaluation, planning, and operation of Enhanced Oil Recovery (EOR) processes because most of these processes rely on altering the fluid properties in a wa ...

The escalating demands of modern field developments, characterised by offshore fields, sour fluid projects, unconventional resources, gas injection, and EOR, necessitate a departure from conventional ...

Amidst escalating urgency to curtail greenhouse gas (GHG) emissions, there is a growing need for a diverse array of technologies to achieve emission reduction targets. One of the key components of the ...

In 1987, well diggers who had come to a village in Mali to drill for water (at Bourakébougou) discovered hydrogen (H2) by accident while searching for water at a depth of 108 meters. There was an expl ...