mass transfer in multiphase systems - Greenleaf University

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k D Solid-liquid distribution coefficient, L 3 /M k G Individual gas phase coefficient, m/(F/L 2 )/L 2 /t k L Individual liquid phase coefficient, L/t k s Individual solid phase coefficient, m/L 2 /t K oa L K oa S Overall coefficient based on liquid, L/t Overall mass transfer coefficient, M/L 2 t, solid K oa G Overall mass transfer coefficient, gas, m/(F/L 2 )/L 2 /t K oc Organic carbon-water partition coefficient, L 3 /M K ow Octanol-water partition coefficient, L 3 /M K 0 Constant used in mass transfer, t -1/2 m M MW Moles of material, m (moles of air or VOCs) Mass of material, M water-free basis Molecular weight N A Mass transfer flux of component A, m/L 2 /t p Partial pressure, F/L 2 P Pressure, F/L 2 P g R Re Gassed power, FL/t Universal gas law, L 3 atm/m/T Reynolds number S Normal flux area, L 2 Sc Schmidt number b All of the Henry’s Law constants, partition coefficients, and other similar constants pertain to component A though not shown xvii
Sh v Sherwood number Velocity, L/t V Volume, L 3 w X A x i Mass transfer rate, M/t Solids concentration of component A, M/M or m/M Mole fraction Greek α, β, etc. Constants used in Buckingham pi α Thermal diffusivity, L 2 /t δ i ζ Γ Unit vectors Dimensionless distance Dimensionless concentration λ Stripping factor liquid-gas system, MF/L 2 /m Λ Stripping factor solid-liquid-gas system, MF/L 2 /m µ Kinematic viscosity, M/L/t ν Dynamic viscosity, L 2 /t ρ Density, M/L 3 φ ω Gas holdup Mass transfer rate, m/t xviii
Page 1 and 2: MASS TRANSFER IN MULTIPHASE SYSTEMS
Page 3 and 4: Samuel Clay Ashworth ALL RIGHTS RES
Page 5 and 6: CURRICULUM VITAE Samuel C. Ashworth
Page 7 and 8: model results using Polymath, Excel
Page 9 and 10: Lead process engineer and assistant
Page 11 and 12: Determination of Viable Processes f
Page 13 and 14: ACKNOWLEDGMENT The work within was
Page 15 and 16: 5.0 INTERPRETATIONS, CONCLUSIONS, A
Page 17: NOMENCLATURE a a,b, etc. Parameter
Page 21 and 22: TOTAL CREDITS IN GREENLEAF UNIVERSI
Page 31 and 32: MASS TRANSFER R IN MULTIPHASE SYSTE
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MASS TRANSFER IN MULTIPHASE SYSTEMS
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MASS TRANSFER R IN MULTIPHASE SYSTE
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