Gas condensate reservoirs display unique phase behavior and are highly sensitive to
reservoir pressure changes. This makes it difficult to determine their PVT characteristics …

The geomechanical properties of rock, including shear strength (SS) and uniaxial
compressive strength (UCS), are very important parameters in designing rock structures. To …

An important requirement of reservoir management is to understand the properties of
reservoir fluids and dependent phase behaviors. This makes it possible to determine the …

Ionic liquids (ILs) are widely under research and being more and more used in many
industrial fields due to their unique properties. The knowledge of physicochemical properties …

Blockage of pipelines due to hydrate formation is a major problem for subsea flow
assurance. Induction time for hydrate formation from the multiphase system within a pipeline …

Flooding fuel-generated CO 2 into oil reservoirs will lead to two advantages in both
enhanced oil recovery (EOR) and reduction in atmospheric emission of carbon dioxide. The …

Gas hydrates are non-stoichiometric crystalline compounds that can block pipelines,
representing a significant threat to subsea flow assurance. In addition, wax precipitation is …

Relative permeability is an indispensable parameter that is involved in many sensitive tasks
related to reservoir studies. Due to this fact, there is increasing interest about methods that …

Gas flooding processes have emerged as attractive enhanced oil recovery (EOR) methods
over the last few decades. Among different gas flooding processes, CO2 flooding is …

In the present study, experimental and modeling investigations were performed and
combined to implement trustworthy paradigms to predict the viscosity value under different …