Gas hydrates, being promising energy sources, also have good prospects for application in
gas separation and capture technologies (eg, CO2 sequestration), as well as for seawater …

The formation and decomposition process of natural gas hydrate (NGH) involves many
disciplines and theories. Comprehensively evaluating the mechanical and physical …

Most hydrate-bearing sediments worldwide exhibit mixed pore-and fracture-filling hydrates.
Due to the high exploitation value, pore-filling hydrate production is the focus of current …

Natural gas hydrates mainly occurs in sediments and the hydrogen bond networks
composed of H 2 O molecules have saturation and directivity. Consequently, it is necessary …

Gas hydrates (GHs) are solid, ice-like compounds composed of water molecules forming a
lattice structure that hosts gas molecules, produced under high pressure and low …

Oxidant stimulation is increasingly used to enhance gas and oil production. Unlike acid
stimulation, which dissolves minerals, oxidant stimulation modifies coal microstructures …

Pipeline transportation has become the main way of long-distance and large-scale energy
transportation because of its high efficiency, safety, economy, and environmental …

As the major interest in flow assurance of oil and natural gas production, the concentrations
of injected alcohols are commonly high exceeding mass fraction of 30%. In this work, the …

By itself, propane is capable to form hydrates at extremely contained pressures, if compared
with the values typical of “guests” such as methane and carbon dioxide. Therefore, its …

In this paper, a Comprehensive Diagram Method (CDM) for a Multi-Layer Perceptron
Neuron Network (MLPNN) is proposed to realize natural gas energy metering using …