Simulation Platform natural gas absorbed on active carbon, for natural gas storage by the software Aspen Adsim

Natural gas adsorption(ANG) , phenomenon utility vehicles used for the expansion of natural gas. Compressed natural gas (CNG) , the pressure range 180-240 atm work, is high pressure process . In this paper a new method of gas adsorption (ANG), the pressure range 40-35 atm acts and low pressure process which has important advantages including , operational and capital costs low, being non-cylindrical tank, storage tank analytical capabilities change, high immunity is to be reviewed. Each porous solid that is smaller than its average 2 nm can be proportional to the amount of gas to adsorb its pore size. Appropriate choice of active carbon for methane adsorption. Activated carbon for optimum detection of methane storage under dynamic constraints atntqal by heat and mass scale in dynamic performance, the total pore volume of nano-structure function (), average porosity within nano-structure () and distribution (n). Volume than the volume of absorbent material is absorbed (V / V) equal to 15/143 in vitro study that the amount of simulation software Aspen Adsim which is equal to 0.0254284 Kmolmethan/KgrC the uptake isotherm conditions and limitations due to mass and heat transfer . Due to being a multi-layer substrate isotherm models Tote for simulation optimization has been used. Granular bed with a combination 1-3 mm ratio a 20 percent increase

Simulation Platform natural gas absorbed on active carbon, for natural gas storage by the software Aspen Adsim Keywords:

natural gas absorption , actived carbon , reservoir , porous