Methane is important in future energy schemes. The main strategies for storing and
transporting methane are compression, liquefaction, and physical adsorption in synthetic …

Recently, solidified natural gas (SNG) technology has been suggested as a promising
method for storing and transporting natural gas (NG), however, it is hindered by the slow …

Given the growing demand for natural gas (NG) in energy supply systems worldwide,
solidified natural gas (SNG) is viewed as a potential NG storage and transportation method …

Although anionic surfactants are considered the most efficient kinetic gas hydrate promoters
for gas storage applications, gas recovery and reuse of surfactants are difficult due to high …

Storage of greenhouse gases in the form of gas hydrates is attractive and is being pursued
rigorously in recent times. However, slow formation rate and inefficient water to hydrate …

Natural gas (NG) is an effective and eco-friendly fossil fuel with regard to reducing CO 2
emission. In this manner, many technologies have been developed to store the NG …

Solidified natural gas (SNG) is a promising option to store natural gas in the form of clathrate
hydrates because of several benefits offered that include high degree of safety, eco …

Application of amino acids to copromote methane hydrate formation with tetrahydrofuran
(THF) and their effects on the dissociation were investigated at room temperature …

This report reveals the success of the formation of mixed methane-THF hydrates at room
temperature (298.2 K) and a pressure of 9.2 MPa equipped with a hybrid stirring in the …

The use of methane (CH 4) hydrate as a CH 4 or natural gas storage medium offers an
efficient and green source of energy. In this study, we produced CH 4 hydrate pellets …