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TEMPERATURE SWING ADSORPTION PROCESSES FOR GAS SEPARATION

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TEMPERATURE SWING ADSORPTION PROCESSES FOR GAS SEPARATION ( temperature-swing-adsorption-processes-for-gas-separation )

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Table 4.4. Governing equations and their boundary and initial conditions Description Microchannel - Total Mass Balance Microchannel - Species balance Microchannel - Momentum balance Microchannel - Energy Balance Adsorbent layer – Species balance Adsorbent layer – Energy balance Fused silica cover – Energy balance Equations uCg,i Cw,i t z i Ag RMass,i BCs u u 0, IC u P2D zz h z0 zL Lf yg,iuyg,iy Cg,iCw,i D Cg,iCg,iCw,i t z g,i AR A,izz AR i g Mass,i BCsyi yi 0, z z0 z zL   g Mass,i ICyi,g yi,product uuuCg,i Cw,iuP2uf u2 t z AR z z2 2D BCs z0 v1,out ; P P , i g Mass,i PP, h P P z feed feed vacuum L BCs hg hg 0, ICT T zz g0 ICPP Uguhgk Tg zL v2,in TgTw t z zg z AR Cw,i  CA,i   D t t zeff,i zAR BCs D Cw,i eff ,i yi,w yi,product Cw,i z Mass,i 0, IC z 1 C w 1k T wp,wt z0 2T Tg Tw Heat,gw h C T T FS w   g Heat,gw z0 zL  D eff ,i  zL w Cw,i  Cg,i Cw,i T FS p,FS t FS z2 AFS RHeat,wFS AFS RHeat,FS ICT T FS 0 w  wz2 AR A,i  w ads,itAR i w Heat,wFS BCs k Tw k Tw wzwz w0 0, ICT T 2T T T T T z0 zL C FSk FS w FS   FS BCs k Tw FS z k Tw FS z 0, z0 zL 127

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