Biosurfactants are promising additives for gas hydrate technology applications. They are
believed to have better eco properties than conventional kinetic hydrate promoters such as …

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 …

Gas hydrates have been an intense area of research during the past two decadesowing to
their characteristic advantages and utilization potential in several applications. Methane …

In recent years, biosurfactants (BS) produced by various bacteria, fungi and yeast strains
have attracted much interest because of their unique properties and potential applications in …

Chemical additives play an important role in gas hydrate formation, which involves the
transformation of water structure. However, the relationship between the effects of additives …

The current study evaluated Parapedobacter indicus MCC 2546 for its potential to produce a
bioemulsifier (BE). Screening methods performed for BE production by P. indicus MCC 2546 …

Large quantities of natural gas hydrate reserves and their proximity to the Indian onshore
make them a potentially sustainable energy source for India in future. This paper presents …

Rhamnolipid (Rha) is an efficient green surfactant that is able to promote hydrate
generation, it can be applied to the hydrate method of separating. However, the effect of …

The maximum methane storage capacity (MSC) is of critical importance of methane hydrate
to store methane. This paper reports the effects of vesicle solutions, formed through …

With the growth of the petroleum industry and its products, there has been a substantial
increase in oil pollution. The intrinsic resistance of petroleum poses challenges in its total …