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 …

Electrolyte thermodynamics is a complex and broad subject of immense importance in very
diverse applications. The models proposed for electrolyte solutions have some similarities to …

Ionic liquids (ILs) are popular designer green chemicals with great potential for use in
diverse energy-related applications. Apart from the well-known low vapor pressure, the …

Results of the continuation of a review series covering the period 2009 to 2012 on high-
pressure phase equilibria are given, including a compilation of systems investigated, recent …

Predicting formation conditions of gas hydrates in salt water is important for the management
of hydrate in processes such as flow assurance, deep-water drilling, and hydrate-based …

CO2 sequestration and storage into methane (CH4) hydrate sediments are investigated in
this study to evaluate CH4 replacement by CO2 in hydrates through both the macroscale …

Many-body potential energy functions (PEFs) based on the TTM-nrg and MB-nrg theoretical/
computational frameworks are developed from coupled cluster reference data for neat …

It is well established that the presence of salt in the aqueous phase raises the interfacial
tension (IFT) of gas–water systems when compared to the case of pure water under the …

In this work, both spectroscopic and electrometric methods were employed to measure the
pH of water saturated with carbon dioxide at pressures up to 6 MPa, temperature ranges …

The phase equilibria of hydrate are necessary to study the gas control/production from
marine sediments. Considering the abundance of chloride salts in the ocean, the phase …