The surge in global greenhouse gas emissions (mainly CO 2) has introduced the world to
the significant problem of climate change. A paradigm shift towards sustainable energy …

Technological and medical advances over the past few decades epitomize human
capabilities. However, the increased life expectancies and concomitant land-use changes …

CO2 capture and sequestration are broadly recognized as the most effective technology for
reducing CO2 emissions and mitigating global climate change. In this regard, hydrate-based …

Subsea sequestration retains a huge potential in terms of the long-term viability of stable
CO2 storage and, therefore, can contribute to global carbon neutrality by addressing global …

Carbon capture and sequestration (CCS) are widely recognized as the most effective
technology for reducing CO 2 emissions and mitigating global climate change. Hydrate …

High toxicity and huge foaming are two severe challenges for gas storage strategies based
on promoting the gas hydrate formation using surfactants. The present study used castor oil …

Immediate measures are required to tackle global warming and climate change that may
require the storage of enormous quantities of anthropogenic CO2 in geological and oceanic …

Storing CO 2 in underwater sand sediments as hydrates offers vast capacity and minimal
leakage risk. But direct CO 2 injection can clog the surrounding area, reducing the flow. One …

CO2 hydrate formation in a restricted space is studied by conducting in situ visual
observation when CO2 gas reacts with a water droplet between two silicon wafers at 2.8–3.8 …

CO 2 storage in marine sediments in the form of solid hydrates with high storage capacity
and stability is a promising approach for the control of greenhouse gas pollution …