The oceanic sequestration has immense potential to sequestrate giga tonnes of CO2 in a
subsea environment primarily in the hydrate form. The seafloor and upper zone of subsea …

Asphaltenes in crude oils may affect hydrate formation in water–oil emulsions, complicating
flow assurance and hydrate management in subsea oil–gas multiphase pipelines. In this …

Various crude oil fractions (saturates, aromatics, resins, and asphaltene) affect the hydrate
formation cumulatively during the multiphase phase flow in offshore flowlines. This study …

The use of water-soluble polymers as natural gas hydrate inhibitors has gained interest in
recent years. Variety of polymers have been studied for their kinetic performance in methane …

Carbon dioxide hydrates are solid crystalline compounds made of water and carbon dioxide
gas. Rheological characterization of carbon dioxide (CO 2) hydrates is vital for advancing …

This study employs machine learning algorithms and statistical methods (including cosine
similarity, Pearson correlation, Mann-Whitney U, and Kolmogorov-Smirnov tests) to …

Detailed studies on asphaltenes from Indian sources are scarce. In this study, nC7
asphaltenes were extracted from an atmospheric tower bottom and a low waxy crude oil …

Clathrate hydrates are crystalline inclusion compounds composed of hydrogen bonded
water cages in an ice-like structure that trap guest molecules, typically light hydrocarbons …