The accurate and in-time prediction of gas condensates dew point pressure (P Dew) is of
great importance regarding the technical and economic points of view for fluid …

Optimal management and development plans for gas condensate reservoirs require
authentic prediction for the dew point pressure (DPP). Traditionally, DPP is experimentally …

Road transport is the main source of pollution to the environment in urban areas; therefore,
there is a need to accurately estimate the amount of exhaust gases emitted by motor …

Optimal future management of gas condensate reservoirs requires reliable estimation of the
dew point pressure (Pd). Due to the limitations of the available Pd determination methods …

PVT properties are necessary for reservoir/well performance forecast and optimization. In
absence of PVT laboratory measurements, finding the right correlation to estimate accurate …

In gas condensate reservoirs, the dew point pressure (P Dew) plays a significant role in gas
and liquid assessment, reservoir characterisation, surface facility design, and reservoir …

Dew point pressure (DPP) emerges as a pivotal factor crucial for forecasting reservoir
dynamics regarding condensate-to-gas ratio and addressing production/completion hurdles …

It is economically and technically essential to promptly and accurately estimate the dew
point pressure (DPP) of gas condensate to, for example, characterize fluids, evaluate the …

PVT properties are needed as input data in all reservoir, production, and surface facilities
engineering calculations. In absence of PVT reports on valid reservoir fluid samples …

The dew point pressure plays a critical role in develo** gas condensate reservoirs. It is a
crucial factor used in fluid characterisation, performance estimation of gas reservoirs, and …