In light of the 60-year anniversary of the publishing of “Clathrate Solutions” by van der Waals
and Platteeuw in 2019, we present a critical review of the famed solid solution model first …

Abstract The Patel-Teja equation of state (PT EOS) is extensively researched, modified, and
applied three-parameter cubic equation of state for the prediction of volumetric and …

To develop the crucial concepts of clathrate hydrates toward the hydrate-based
technological implications, it is indispensable to comprehend their formation and growth …

The growth dynamics of natural gas hydrates in saline water has been studied using
copious experiments and spectroscopic observations; however, the microscopic evidences …

Clathrate hydrate forms by a combination of water and gas/liquid organic molecules in
favorable conditions of relatively low temperature and high pressure. The compound gained …

This work offers to resolve a crucial issue that has persisted for the last 60 years concerning
the highly parametric equilibrium description of clathrate structures. Molecular (guest− guest …

In this contribution, we formulate a model to gain physical insight into the hydration process
in presence of biosurfactant and porous media. This hydrate model addresses several …

High latent heat storage capacity with naturally assisted salt rejection makes the clathrate
compounds appropriate for applications towards load management and desalination …

Parametric description of hydrate phase equilibrium has persisted as a major issue in
clathrate science for more than the last six decades. To explore the long-awaited solution, a …

One of the major challenges involved in clathrate hydrate science that has remained for
more than six decades lies in highly parametric clathrate phase estimation. In this …