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Preface | p. xi |
Author | p. xv |
Introduction | p. 1 |
Energy, Population, and Pollution | p. 1 |
Environmental Standards and Criteria | p. 2 |
The Discipline of Environmental Engineering | p. 2 |
Chemical Thermodynamics and Kinetics in Environmental Engineering | p. 4 |
Applications of Thermodynamics and Kinetics | p. 4 |
Equilibrium Partitioning | p. 4 |
Fate and Transport Modeling | p. 5 |
Design of Separation Processes | p. 8 |
Units and Dimensions | p. 11 |
Structure of the Book | p. 12 |
References | p. 12 |
Basic Chemical Thermodynamics | p. 13 |
Equilibrium | p. 13 |
Fundamental Laws of Thermodynamics | p. 14 |
Zeroth Law of Thermodynamics | p. 15 |
First Law of Thermodynamics | p. 16 |
Second Law of Thermodynamics | p. 17 |
Third Law of Thermodynamics | p. 18 |
Enthalpy and Heat Capacity | p. 22 |
Thermodynamic Standard States: Enthalpies of Reaction, Formation, and Combustion | p. 23 |
Combination of First and Second Laws | p. 25 |
Chemical Equilibrium and Gibbs Free Energy | p. 26 |
Free Energy Variation with Temperature and Pressure | p. 26 |
Concept of Maximum Work | p. 28 |
Gibbs Free Energy and Chemical Potential | p. 29 |
Gibbs-Duhem Relationship for a Single Phase | p. 30 |
Standard States for Chemical Potential | p. 31 |
Thermodynamics of Surfaces and Colloidal Systems | p. 32 |
Surface Tension | p. 32 |
Curved Interfaces and the Young-Laplace Equation | p. 33 |
Surface Thickness and Gibbs Dividing Surface | p. 35 |
Surface Thermodynamics and Gibbs Equation | p. 36 |
Gibbs Adsorption Equation | p. 37 |
Problems | p. 37 |
References | p. 41 |
Multicomponent Equilibrium Thermodynamics | p. 43 |
Ideal and Nonideal Fluids | p. 43 |
Concentration Units in Environmental Engineering | p. 44 |
Dilute Solution Definition | p. 45 |
Fugacity | p. 45 |
Fugacity of Gases | p. 46 |
Fugacity of Condensed Phases (Liquids and Solids) | p. 46 |
Activities of Solutes and Activity Coefficients | p. 47 |
Ionic Strength and Activity Coefficients | p. 49 |
Fugacity and Environmental Models | p. 51 |
Ideal Solutions and Dilute Solutions | p. 55 |
Vapor-Liquid Equilibrium: Henry's and Raoult's Laws | p. 55 |
Henry's Law | p. 55 |
Raoult's Law | p. 56 |
Vapor Pressure of Organic Compounds, Clausius-Clapeyron Equation | p. 58 |
Vapor Pressure over Curved Surfaces | p. 63 |
Liquid-Liquid Equilibrium | p. 66 |
Octanol-Water Partition Constant | p. 66 |
Linear Free Energy Relationships | p. 69 |
Nonideal Solutions | p. 69 |
Activity Coefficient for Nonideal Systems | p. 69 |
Excess Functions and Activity Coefficients | p. 70 |
Activity Coefficient and Solubility | p. 70 |
Correlations with Hydrophobicity | p. 72 |
Special Structural Features of Water | p. 73 |
Hydrophobic Hydration of Nonpolar Solutes | p. 75 |
Hydrophobic Interactions between Solutes | p. 78 |
Hydrophilic Interactions for Solutes in Water | p. 79 |
Molecular Theories of Solubility: An Overview | p. 80 |
Structure-Activity Relationships and Activity Coefficients in Water | p. 82 |
Theoretical and Semi-Empirical Approaches to Aqueous Solubility Prediction | p. 83 |
First-Generation Group Contribution Methods | p. 83 |
Excess Gibbs Free Energy Models | p. 86 |
Second-Generation Group Contribution Methods: The UNIFAC Method | p. 86 |
Solubility of Inorganic Compounds in Water | p. 88 |
Adsorption on Surfaces and Interfaces | p. 88 |
Gibbs Equation for Nonionic and Ionic Systems | p. 89 |
Equilibrium Adsorption Isotherms at Interfaces | p. 90 |
Adsorption at Charged Surfaces | p. 101 |
Problems | p. 103 |
References | p. 116 |
Applications of Equilibrium Thermodynamics | p. 119 |
Air-Water Phase Equilibrium | p. 119 |
Estimation of Henry's Constant from Group Contributions | p. 123 |
Experimental Determination of Henry's Law Constants | p. 125 |
Effects of Environmental Variables on Kaw | p. 126 |
Air-Water Equilibrium in Atmospheric Chemistry | p. 136 |
Wet Deposition of Vapor Species | p. 137 |
Wet Deposition of Aerosol-Bound Fraction | p. 138 |
Dry Deposition of Aerosol-Bound Pollutants | p. 143 |
Dry Deposition Flux of Gases from the Atmosphere | p. 144 |
Thermodynamics of Aqueous Droplets in the Atmosphere | p. 147 |
Air/Water Equilibrium in Waste Treatment Systems | p. 150 |
Soil-Water and Sediment-Water Equilibrium | p. 152 |
Partitioning into Soils and Sediments from Water | p. 153 |
Adsorption of Metal Ions on Soils and Sediments | p. 155 |
Adsorption of Organic Molecules on Soils and Sediments | p. 159 |
Biota/Water Partition Constant (Bioconcentration Factor) | p. 164 |
Air-to-Aerosol Partition Constant | p. 167 |
Air-to-Vegetation Partition Constant | p. 171 |
Adsorption on Activated Carbon for Wastewater Treatment | p. 172 |
Problems | p. 175 |
References | p. 183 |
Concepts from Chemical Reaction Kinetics | p. 189 |
Progress toward Equilibrium in a Chemical Reaction | p. 190 |
Reaction Rate, Order, and Rate Constant | p. 193 |
Kinetic Rate Laws | p. 194 |
Isolation Method | p. 195 |
Initial Rate Method | p. 195 |
Integrated Rate Laws | p. 195 |
Reversible Reactions | p. 198 |
Series Reactions and Steady-State Approximation | p. 201 |
Parallel Reactions | p. 207 |
Activation Energy | p. 208 |
Activated Complex Theory | p. 210 |
Effect of Solvent on Reaction Rates | p. 213 |
Linear Free Energy Relationships | p. 215 |
Reaction Mechanisms | p. 216 |
Chain Reactions | p. 216 |
Reactions in Solutions | p. 219 |
Effects of Ionic Strength on Rate Constants | p. 219 |
Environmental Catalysis | p. 221 |
Mechanisms and Rate Expressions for Catalyzed Reactions | p. 222 |
Homogeneous Catalysis | p. 224 |
Heterogeneous Catalysis | p. 228 |
General Mechanisms of Surface Catalysis | p. 228 |
Autocatalysis in Environmental Reactions | p. 234 |
Redox Reactions in Environmental Systems | p. 237 |
Rates of Redox Reactions | p. 240 |
Environmental Photochemical Reactions | p. 244 |
Enzyme Catalysis | p. 247 |
Michaelis-Menten Kinetics and Monod Kinetics | p. 247 |
Problems | p. 254 |
References | p. 264 |
Applications of Chemical Kinetics in Environmental Systems | p. 267 |
Types of Reactors | p. 267 |
Ideal Reactors | p. 267 |
Batch Reactor | p. 269 |
Continuous-Flow Stirred Tank Reactor | p. 269 |
Plug-Flow Reactor (PFR) or Tubular Reactor | p. 270 |
Design Equations for CSTR and PFR | p. 271 |
Relationship between Steady State and Equilibrium for a CSTR | p. 276 |
Nonideal Reactors | p. 277 |
Dispersion Model | p. 277 |
Tanks-in-Series Model | p. 278 |
Dispersion and Reaction | p. 280 |
Reaction in a Heterogeneous Medium | p. 281 |
Kinetics and Transport at Fluid-Fluid Interfaces | p. 284 |
Diffusion and Reaction in a Porous Medium | p. 286 |
The Water Environment | p. 290 |
Fate and Transport | p. 290 |
Chemicals in Lakes and Oceans | p. 290 |
Chemicals in Surface Waters | p. 293 |
Biochemical Oxygen Demand in Natural Streams | p. 295 |
Water Pollution Control | p. 299 |
Air Stripping in Aeration Basins | p. 299 |
Oxidation Reactor | p. 303 |
Photochemical Reactions and Wastewater Treatment | p. 309 |
Photochemical Reactions in Natural Waters | p. 311 |
The Air Environment | p. 313 |
F&T Models | p. 313 |
Box Models | p. 313 |
Dispersion Models | p. 319 |
Air Pollution Control | p. 324 |
Adsorption | p. 324 |
Thermal Destruction | p. 327 |
Atmospheric Processes | p. 330 |
Reactions in Aqueous Droplets | p. 330 |
Global Warming and Greenhouse Effect | p. 337 |
Ozone in the Stratosphere and Troposphere | p. 347 |
Soil and Sediment Environments | p. 357 |
F&T Modeling | p. 357 |
Transport in Groundwater | p. 358 |
Sediment-Water Exchange of Chemicals | p. 364 |
Soil-Air Exchange of Chemicals | p. 366 |
Soil and Groundwater Treatment | p. 369 |
P&T for NAPL Removal from Groundwater | p. 370 |
In Situ Soil Vapor Stripping in the Vadose Zone | p. 373 |
Incineration for ex Situ Treatment of Soils and Solid Waste | p. 375 |
Applications of Chemical Kinetics in Environmental Bioengineering | p. 376 |
Enzyme Reactors | p. 380 |
Batch Reactor | p. 381 |
Plug-Flow Enzyme Reactor | p. 382 |
Continuous Stirred Tank Enzyme Reactor | p. 383 |
Immobilized Enzyme or Cell Reactor | p. 387 |
In Situ Subsoil Bioremediation | p. 391 |
Kinetics of Bioaccumulation of Chemicals in the Aquatic Food Chain | p. 393 |
Applications in Green Engineering | p. 398 |
Environmental Impact Analysis | p. 399 |
Life Cycle Assessment | p. 405 |
Problems | p. 406 |
References | p. 420 |
Properties of Selected Chemicals of Environmental Significance | p. 425 |
Standard Free Energy, Enthalpy, and Entropy of Formation for Compounds of Environmental Significance | p. 431 |
Selected Fragment (bj) and Structural Factors (Bk) for Octanol-Water Partition Constant Estimation | p. 433 |
Concentration Units for Compartments in Environmental Engineering | p. 435 |
Dissociation Constants for Environmentally Significant Acids and Bases | p. 437 |
Bond Contributions to Log Kaw for the Meylan and Howard Model | p. 439 |
Regression Analysis (the Linear Least-Squares Methodology) | p. 441 |
Error Function and Complementary Error Function Definitions | p. 445 |
Cancer Slope Factor and Inhalation Unit Risk for Selected Carcinogens | p. 447 |
U.S. National Ambient Air Quality Standards | p. 449 |
Index | p. 451 |
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