Flame Ball near Zero Temperature Experimental Study of Replacement of Hydrocarbon Molecules with Carbon Dioxide in the Structure of Natural Gas Hydrates Fulltext
[ Behjat Haghshenas ] - Gachsaran Oil and Gas Production Company, National Iranian South Oil Company (NISOC), Parhoon Institute of Petroleum Engineering, University of Tehran, North Kargar St., 113654563, Tehran, Iran
[ Peyman Pourafsharia, ] -
[ Farhad Qanbaric ] -
The presence of gas hydrate reserves are frequently reported in vast quantity. Mark in mind the impressive potential of these clathrates to restore the amounts of energy; also consider the anxiety about exponential growth of green house gases in bulk atmosphere, this again could turn to a reverse trace by sequestering carbon dioxide (CO2).Different methods have been proposed for sequestration of captured CO2, including geological and ocean repositories. It can be stored in natural gas hydrate reservoirs in water cage crystals while their hydrocarbon family host molecules are simultaneously liberated.This paper endeavor to pay a personality to the pressure increment as a macroscopic criteria which may role a unique authority to introduce the accessible navigation of CO2-CH4 exchange phenomena in hydrocarbon hydrate neighborhood through designing some set of experimental efforts. Outcomes are most likely practical in field scale operations since the hazardous restrictions and cost determinant factors may don’t offer some up to now laboratory research proposed methods.
carbon dioxide, hydrocarbon hydrate, pressure increment
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