祝显强等：快速真空变压吸附制氧的排放气充压过程研究 ·1519· [11]Tumock P H,Kadlec R H.Separation of nitrogen and methane 22]Rao V R,Kothare M V,Sircar S.Novel design and performance via periodic adsorption.AIChE J,1971,17(2):335 of a medical oxygen concentrator using a rapid pressure swing ad- [12]Kadlec R H,Kowler D E.The optimal control of a periodic ad- sorption concept.A/ChE J,2014,60(9):3330 sorber.A/ChE J,1972,18:1207 [23]Rao V R,Wu C W,Kothare M V,et al.Comparative perform- [13]Keller G E,Jones R L.A new process for adsorption separation ances of two commercial samples of LilSX zeolite for production of gas streams.ACS Symp Ser,1980,135:275 of 90%oxygen from air by a novel rapid pressure swing adsorp- [4]Jones R L,Keller G E.Pressure swing parametric pumping-a tion system.Sep Sci Technol,2015,50(10):1447 new adsorption process.J Sep Process Technol,1981,2(3):17 D24]Ruthven D M,Faroog S,Knaebel K S.Pressure Sicing Adsorp- [15]Jones R L,Keller G E,Wells R C.Rapid Pressure Swing Ad- tion.New York:VCH 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Res,2011,50(14)8703 剂特性测试研究.现代化工，2014,34(6)：162)祝显强等: 快速真空变压吸附制氧的排放气充压过程研究 ［11］ Turnock P H，Kadlec Ｒ H． Separation of nitrogen and methane via periodic adsorption． AIChE J，1971，17( 2) : 335 ［12］ Kadlec Ｒ H，Kowler D E． The optimal control of a periodic ad￾sorber． AIChE J，1972，18: 1207 ［13］ Keller G E，Jones Ｒ L． A new process for adsorption separation of gas streams． ACS Symp Ser，1980，135: 275 ［14］ Jones Ｒ L，Keller G E． Pressure swing parametric pumping-a new adsorption process． J Sep Process Technol，1981，2( 3) : 17 ［15］ Jones Ｒ L，Keller G E，Wells Ｒ C． Ｒapid Pressure Swing Ad￾sorption Process with High Enrichment Factor: US Patent， 4194892． 1980-03-25 ［16］ Ｒao V Ｒ，Farooq S，Krantz W B． Design of a two-step pulsed pressure swing adsorption based oxygen concentrator． AIChE J， 2010，56( 2) : 354 ［17］ Chai S W，Kothare M V，Sircar S． Numerical study of nitrogen desorption by rapid oxygen purge for a medical oxygen concentra￾tor． Adsorption，2012，18( 2) : 87 ［18］ Chai S W，Kothare M V，Sircar S． Efficiency of nitrogen desorp￾tion from LiX zeolite by rapid oxygen purge in a pancake adsor￾ber． AIChE J，2013，59( 2) : 365 ［19］ Ｒao V Ｒ，Chai S W，Kothare M V，et al． Highlights of non-e￾quilibrium，non-isobaric，non-isothermal desorption of nitrogen from a LiX zeolite column by rapid pressure reduction and rapid purge by oxygen． Adsorption，2014，20( 2) : 477 ［20］ Kopaygorodsky E M，Guliants V V，Krantz W B． Predictive dy￾namic model of single-stage ultra-rapid pressure swing adsorp￾tion． AIChE J，2004，50( 5) : 953 ［21］ Chai S W，Kothare M V，Sircar S． Ｒapid pressure swing adsorp￾tion for reduction of bed size factor of a medical oxygen concen￾trator． Ind Eng Chem Ｒes，2011，50( 14) : 8703 ［22］ Ｒao V Ｒ，Kothare M V，Sircar S． Novel design and performance of a medical oxygen concentrator using a rapid pressure swing ad￾sorption concept． AIChE J，2014，60( 9) : 3330 ［23］ Ｒao V Ｒ，Wu C W，Kothare M V，et al． Comparative perform￾ances of two commercial samples of LiLSX zeolite for production of 90% oxygen from air by a novel rapid pressure swing adsorp￾tion system． Sep Sci Technol，2015，50( 10) : 1447 ［24］ Ｒuthven D M，Farooq S，Knaebel K S． Pressure Swing Adsorp￾tion． New York: VCH Publishers Inc． ，1994 ［25］ Zheng X G，Liu Y S，Liu W H． Two-dimensional modeling of the transport phenomena in the adsorber during pressure swing adsorption process． Ind Eng Chem Ｒes，2010，49( 22) : 11814 ［26］ Liu Y S，Zhang C Z，Li Y L，et al． Pressurization with raffinate in vacuum pressure swing adsorption for upgrading ventilation air methane． J China Coal Soc，2013，38( 11) : 1972 ( 刘应书，张传钊，李永玲，等． 真空变压吸附提浓煤矿乏风 瓦斯的排放气充压过程． 煤炭学报，2013，38( 11) : 1972) ［27］ Zhang C Z，Liu Y S，Li Y L，et al． Experimental study on the improved VPSA process of pressurization with raffinate for VAM upgrading． J Univ Sci Technol Beijing，2014，36( 4) : 529 ( 张传钊，刘应书，李永玲，等． 基于轻组分充压的改进型三 塔真空变压吸附工艺富集煤矿乏风瓦斯的实验研究． 北京 科技大学学报，2014，36( 4) : 529) ［28］ Yang Ｒ T． Adsorbents Fundamentals and Applications． Hoboken: John Wiley ＆ Sons Inc． ，2003 ［29］ Li Z Y，Liu Y S，Zhang H，et al． An improved high-pressure static adsorption instrument and characteristics of adsorbents． Mod Chem Ind，2014，34( 6) : 162 ( 李子宜，刘应书，张辉，等． 高压静态吸附仪的改进及吸附 剂特性测试研究． 现代化工，2014，34( 6) : 162) · 9151 ·