Permeability is the key variable for reservoir characterization used for estimating the flow
patterns and volume of hydrocarbons. Modern computer advancement has highlighted the …

The complex modeling accuracy of gas hydrate models has been recently improved owing
to the existence of data for machine learning tools. In this review, we discuss most of the …

The accurate determination of hydrate formation temperature (HFT) is an extremely vital step
in the context of designing processes containing hydrates. Due to the prohibitive time and …

Pore pressure prediction is significant in the petroleum industry because, compared to direct
measurement, it is cost-effective and it generates an extensive range of data. Mathematical …

To achieve the goals of Peak Carbon Dioxide Emissions and Carbon Neutrality, China's
energy system will continue to accelerate the transition to a clean and low-carbon one. As …

An important phase in the design of processes involving gas hydrates is predicting the
hydrate formation conditions. In this study, three explicit correlations based on machine …

The formation of gas hydrates in offshore pipelines is a severe flow assurance issue. The
hydrates may form quickly in pipelines without any warning. Thus, effective remediation …

In the process of deep-water drilling, gas hydrate is easily formed in wellbores due to the low
temperature and high pressure environment. In this study, a new, systematic, and accurate …

Gas hydrate is one of the crucial flow assurance problems in the petroleum industry.
Inaccurate predictions of gas-hydrate conditions could lead to severe technical and …

Hydrate formation temperature (T) is an important parameter for any industrial process that
deals with natural gas hydrates. In this study, the Group Method of Data Handling (GMDH) …