Storing captured CO 2 into the deep oceanic sediments as CO 2 hydrates offers a potential
approach to reducing atmospheric carbon emissions. However, two major challenges are …

As an essential greenhouse gas, CO2 is the leading cause of global warming and
environmental problems. An efficient strategy to lower CO2 emissions is the hydrate‐based …

The transition to a low-carbon economy requires the implementation of effective carbon
capture and sequestration (CCS) strategies. One of the potential CCS strategies is to …

CO2 sequestration as hydrates has captured enormous research interest in recent years
due to its high storage capacity. However, the slow hydrate formation kinetics poses a strong …

The hydrate method is an important technology that has been widely studied for carbon
dioxide (CO 2) capture, utilization and storage (CCUS). Improving the gas reserves per unit …

CO 2 sequestration in sediments as hydrate form is considered to be a promising way to
achieve CO 2 emission reduction in the atmosphere. The key problem with hydrate-based …

Exploring various strategies for CO2 hydrate storage in subseafloor saline sediments
reveals a promising yet challenging path toward mitigating anthropogenic CO2 emissions …

Unveiling the decomposition mechanism and stability of hydrate in porous media sediments
is the fundamental issue related to hydrate-based CO 2 capture and sequestration. In this …

CO2 storage as hydrates in porous media is a promising method for storing carbon dioxide
(CO2). However, the sluggish formation kinetics of hydrates urge the need to focus on the …

CO 2 sequestration in geological sediments as hydrates is a promising technique currently
being explored by research to permanently store CO 2. To achieve this, studies on site …