Reducing CO2 emissions has drawn more attention because of concerns about climate
change. With the exploitation of natural gas hydrate reservoirs, depleted hydrate reservoirs …

To understand the thermodynamic characteristics of CH 4 hydrate formation in a high-
pressure microcalorimeter under different reaction kinetics, five typical systems including CH …

The investigation of methane hydrate equilibrium conditions is crucial for comprehending
the occurrence of methane hydrate in marine sediments. In this study, the liquid-hydrate …

The study aims to tune the Kihara potential parameters to construct a robust and accurate
van der Waals-Platteeuw (vdW-P) model. A new procedure was developed for fitting the …

The world's increasing energy demand has led to considering methane hydrates as a
promising alternative energy source to oil, gas, and coal. Due to the growing concerns about …

In this work, the effect of adding thermodynamic promoters tetra-n-butyl phosphonium
bromide (TBPB) and tetrahydrofuran (THF) on the conditions of CO2 gas hydrate formation …

Organic matter is a pivotal component in methane hydrate (MH) deposition and plays a
crucial role in the MH formation process due to its intricate chain structures. In this study …

Gas hydrates form at various facilities related to the natural gas and process equipment in oil
and gas fields, refineries, petrochemical and facilities in the chemical industry, in the …

This work presents the application of a multicycle procedure to determine the dissociation
temperature and enthalpy of gas hydrates using high-pressure microcalorimetry (HP-µDSC) …

The present work investigates the use of machine learning approaches for the prediction of
hydrate formation pressure (HFP) in gas hydrate systems. Advanced machine learning …