Oil and gas metering is primarily used as the basis for evaluating the economic viability of oil
wells. Owing to the economic implications of oil and gas metering, the subject of oil and gas …

This main aim of this study is to generate an intensive artificial neural network model (ANN)
based on FORTRAN language to develop a physical equation for oil rate prediction in wells …

A separator and multiphase flow meters are considered the most accurate tools used to
measure the surface oil flow rates. However, these tools are expensive and time consuming …

The produced hydrocarbons from underground reservoirs must eventually pass through
surface chokes installed to control the surface flow rate at an optimum value, which should …

The prediction of fluid flow rates is of prime importance for the oil and gas business. Several
classical flow rate prediction correlations have been generated and generally used for wells …

Available neural network-based models for predicting the oil flow rate (qo) in the Niger Delta
are not simplified and are developed from limited data sources. The reproducibility of these …

Several correlations have been developed to predict wellhead pressure–production rate
relationship in the Niger Delta region. Regrettably, most of these correlations were …

Some wellhead pressure-flow rate correlations developed for Niger Delta region oil wells
are in-house estimation tool by the operating companies in this region. However, the limited …

Wellhead chokes play key roles in liquid-flowback and gas-production processes of
hydraulically fractured shale-gas wells. The characteristic of choke flow is quite complex and …

Optimizing natural gas flow through surface well chokes is critical for maximizing production
efficiency and ensuring reservoir integrity. Traditional methods, such as empirical …