摘要
本文借助于炭质吸附剂的理想狭缝孔模型人理论上计算出了炭质吸附剂吸附贮存甲烷的最大吸附贮量为：T＝TK，Q。＝0．551gig，Q。＝0．38gicm3和最大相当压力为：Pmax＝49．7MPa，现有石油大学中试生产的炭质吸附剂，T＝”SK，P＝4．IMPa时，其吸附贮存甲烷的潜力为一71％。
Based on the ideal slit-like model of carbon-based adsorbent, the maximum theoretical adsorption capacity and equivalent pressure of carbon-based adsorbent for natural gas storage are respectively 0. 551g/g, 0. 38g/cm3 and 49. 7MPa at 300K. The potehal adrirption capacity of carbon-based adsorbent produced by University of Petroleum in pilot scale is 71% at T = 298K, P = 4.1MPa.
出处
《石油与天然气化工》
CAS
CSCD
北大核心
1997年第3期143-144,共2页
Chemical engineering of oil & gas
关键词
炭质吸附剂
狭缝孔模型
天然气贮存
carbon-based adsorbent, natural gas storage, slit-like model
