• 作者： Chou, Cheng-Tung; Chen, Lung-Hsin
• 中文摘要： 對於變壓吸附分離空氣以生產高濃度富氧氣的程序,若將進料空氣視作雙成分氣體混合物(將氧氣和氬氣合併視為一種成分,另一成分為氮氣)所得的模擬結果與Matz and Knaebel(1988)的實驗數據及三成分模擬結果的吻合格皆很高; 若只考慮進料空氣中氧的莫耳分率,而把空氣中的其他組成視作氮,則會造成模擬結果於氧濃度曲線之高估與壓力曲線之低估。
• 英文摘要： For the simulation of a pressure swing adsorption(PSA) process generating high-purity oxygen product, by treating the feed air as a binary mixture (taking oxygen and argon as one component and nitrogen as the other), the simulation results are very close to the experimental data of Matz and Knaebel (1988) and the results of a ternary- component simulation. But if only the feed mole fraction of oxygen is considered and the rest of air is taken as nitrogen, the simulation will overestimate the concentration profile of oxygen and underestimate the pressure profile.
• 中文關鍵字： 壓力開關; 吸附; 空氣分離; 沸石; 非等溫; 三成分
• 英文關鍵字： Pressure Swing; Adsorption; Air Separation; Zeolite; Nonisothermal; Ternary Component