The slow formation rate of hydrogen clathrate hydrate is one of the most challenging factors
impeding the utilization of clathrate hydrate as a hydrogen storage media. Blending of a …

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 …

CO2 is considered as the main contributor to global warming, and hydrate enclathration is
an efficient way for carbon capture and separation (CCS). Semi-clathrate hydrate (SCH) is a …

Gas hydrate accumulation and hydrate-based gas storage and transportation technology
are intimately linked to the formation process of hydrates in the pore space. However, the …

Many researchers have investigated the potential of methane hydrate reservoirs (MHRs) for
carbon dioxide (CO2) sequestration and methane (CH4) production through the CO2–CH4 …

Gas hydrates are an alternative and environmentally friendly energy source increasingly in
the focus of scientific attention. The physicochemical processes behind gas hydrate …

This study explores the combined application of hydrophobic silica aerogels and SDS to
enhance CO 2 storage capacity and oil recovery. Experimental data highlighted a marked …

Hydrate-based carbon dioxide sequestration technology has attracted widespread attention
by promising potential in carbon neutralization process. However, the prerequisite of this …

Hydrate-based solidified natural gas (SNG) technology presents wide promising prospect in
the fields of carbon capture, utilization and storage (CCUS), but high-pressure production …

Hydrate-based CO2 sequestration is a novel technology to reduce CO2 emissions and
mitigate global warming. The reduction of the induction time and increase of the formation …