Natural gas is the cleanest burning fossil fuel and has been identified as a strong candidate
for energy resource compared to oil and coal. Natural gas hydrate is an energy resource for …

Natural gas hydrates (NGHs), which extensively exist in sea-floor and permafrost regions,
are considered as an alternative energy in the future for the fossil fuels approaching …

Gas hydrates are viewed as a potential process enabler for several critical technological
applications such as methane storage, hydrogen storage, gas separation, desalination …

Natural gas has been considered as the best transition fuel into the future carbon constraint
world. The ever-increasing demand for natural gas has prompted expanding research and …

Natural gas hydrate is a vast energy resource with global distribution in permafrost regions
and in the oceans; its sheer volume demands that it be evaluated as a potential energy …

In this work, a comprehensive review of gas hydrate dissociation kinetic models and hydrate
reservoir simulators are provided. The main features of the dissociation kinetic models are …

Experts have identified natural gas hydrates, which are found in the shallow seabed and
beneath permafrost regions, as an energy source (mostly methane) that is greener than …

With the depletion of conventional oil reservoirs and concerns about the increasing carbon
footprint of coal, natural gas is poised to play a much bigger role in sustainable economic …

Breaking the bounds of classical natural gas hydrate (NGH) production processes, a
newborn concept based on the gas exchange mechanism provides an opportunity to catch …

In‐situ synchrotron X‐ray computed microtomography with sub‐micrometer voxel size was
used to study the decomposition of gas hydrates in a sedimentary matrix. Xenon‐hydrate …