The performance of the SRK and PR cubic equations of state (EoS) for predicting molar
volumes at the extremely high temperature, high pressure (HTHP) conditions associated …

Cubic equations of state are largely used in the chemical industry, especially in the oil and
gas industry. The preference for this type of model is, mainly, due to its simplicity and large …

Global increase in oil demand and depleting reserves has derived a need to find new oil
resources. To find these untapped reservoirs, oil companies are exploring various remote …

In this study, the Boyle temperature of 174 substances are predicted using the cubic and
volume–translated cubic equations of state. In this regard, the Peng-Robinson (PR), Soave …

Abstract In this research, Joule–Thomson coefficients for pure, binary, ternary, and
multicomponent systems are predicted using translated and consistent versions of Peng …

A generalized cubic equation of state is proposed for non-polar substances, including heavy
hydrocarbons. The new model is based on the Patel–Teja cubic equation of state and the …

There is a lack of experimental density and viscosity data particularly at extremely high
temperature, high pressure (HTHP) conditions associated with ultra-deep petroleum …

Soutenir une Habilitation à Diriger les recherches constitue une étape importante dans ma
carrière scientifique commencée il y a près de trente-cinq ans, carrière dont les racines sont …

Declining production from conventional resources in recent years has fueled increasing
global interest in alternative resources, such as heavy oil and bitumen. The design and …

Research and development to improve sour natural gas volume estimation accuracy are
continuously done to upgrade the industrial sectors. The accurate volume of sour natural …