Gas hydrates are a type of crystalline compounds that consists of water and small gas
molecules. A wide range of applications of gas hydrates in storing natural gas in the form of …

Gas hydrates represent one of the main flow assurance challenges in the oil and gas
industry as they can lead to plugging of pipelines and process equipment. In this paper we …

In this study, we develop and test a local rainfall (precipitation) prediction system based on
artificial neural networks (ANNs). Our system can automatically obtain meteorological data …

In this study, the solubility of CO 2 and supercritical (SC) CO 2 in 20 ionic liquids (ILs) of
different chemical families over a wide range of pressure (0.25–100.12 MPa) and …

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 …

Sour gas reservoirs are one of the well-known energy re-sources in the world so
investigation of their problems especially deposition of sulfur is of interest for chemical and …

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 …

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 …

This work contributes to a new generalized empirical correlation for predicting methane
(CH4) hydrate equilibrium conditions in pure water. Unlike the conventional thermodynamic …

The acid gas absorption in four potassium based amino acid salt solutions was predicted
using artificial neural network (ANN). Two hundred fifty-five experimental data points for CO …