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MARC 21

Separation process essentials
Tag	Description
020	$a9781138086081
041	$aE
084	$aTP156.L36 2020
100	$aLane, Alan M.
245	$aSeparation process essentials$ht
260	$aBoca Raton, FL,$bCRC Press$c2020
300	$a362 p.: ill. ; 26 cm.
307	$bBook
505	$aIntroduction to Separation Processes A Look Inside Your Chemical Engineering Toolbox Process Flow Diagrams Labeling Material Balances Energy Balances Phase Equilibrium Spreadsheets Graphs and Tables Computer-Aided Design Software Work Ethic 0Summary pt II Distillation Single-Stage Distillation: Material Balances Systematic Solution Procedure Mathematical Methods Mole Balances Phase Equilibrium Graphical Methods Summary Single-Stage Distillation: Energy Balances Calculation of Heat Trick of the Trade: The Enthalpy Table Adiabatic Flash Drum Using Published Thermodynamic Data Summary Multi-Stage Distillation Analysis of Two Stages Analysis of Several Equilibrium Stages in Series Summary Mathematical Analysis of Distillation Columns Overall Material Balance Lewis Method Summary Graphical Design of Distillation Columns Top Operating LineBottom Operating Line Feed Stage "q" Line Steppin' Off the Stages Limiting Conditions Total Reflux Minimum Reflux A Moment of ReflectionEnergy Balances for Distillation ColumnsIndividual Stage Material and Energy Balances Rigorous Analysis CAD ResultsSummary Distillation: Variations on a Them Multiple Feeds Open Steam Side Products Summary 0Multicomponent Distillation 0Lewis Method 0"Brute Force" Method 0Summary and Discussion Distillation of Non-Ideal Systems Lewis Method McCabe-Thiele Method pt III Absorption and Stripping Single Stage Absorption and Stripping Absorption Stripping Summary Mathematical Analysis of Absorption/Stripping Columns Two Stages Solute-Free Variables Multi-Stage Absorption Columns An Interesting Observation (Again!) Multi-Stage Stripping Columns Yet Another Interesting Observation Summary Graphical Design of Absorption/Stripping Columns Phase Equilibrium Curve Absorber Operating Line Minimum Absorbent Flow Rate Stripping Operating Line Multicomponent and Adiabatic Absorption Columns Thermodynamics Rigorous Analysis Summary Column Design How Tall Should a Column Be? How Tall Should a Tray Column Be? Overall Column Efficiency Murphree Efficiency O'Connell Correlation Estimating Efficiency Using Laboratory Data How Tall Should a Packed Column Be? The HETP Method How Big Should a Column Be? How Big Should a Tray Column Be? How Big Should a Packed Column Be? Summary pt IV Solvent Extraction Single-Stage Solvent Extraction
650	$aExtraction (Chemistry)
650	$aSeparation (Technology)