This indispensable primer/handbook carries the reader from the origins and theoretical underpinnings of geochemical reaction modeling through to fully worked, real-world examples. The third edition will prove invaluable for geochemists, environmental scientists/engineers, chemists, microbiologists, university teachers, and government regulators.
This indispensable primer/handbook carries the reader from the origins and theoretical underpinnings of geochemical reaction modeling through to fully worked, real-world examples. The third edition will prove invaluable for geochemists, environmental scientists/engineers, chemists, microbiologists, university teachers, and government regulators.
Craig M. Bethke is the R. E. Grim Professor emeritus at the University of Illinois and principal author of The Geochemist's Workbench® software. He is recipient of the M. King Hubbert, O. E. Meinzer, and Waldemar Lindgren awards. Drawing on a four-decade career in industry, academia, consulting, and entrepreneurship, he is an authority on multicomponent chemical modeling.
Inhaltsangabe
Preface Preface to first edition Preface to second edition A note about software 1. Introduction 2. Modeling overview Part I. Equilibrium in Natural Waters: 3. The equilibrium state 4. Solving for the equilibrium state 5. Changing the basis 6. Equilibrium models of natural waters 7. Redox disequilibrium 8. Activity coefficients 9. Sorption and ion exchange 10. Surface complexation 11. Three-layer complexation 12. Automatic reaction balancing 13. Uniqueness Part II. Reaction Processes: 14. Mass transfer 15. Polythermal, fixed, and sliding paths 16. Geochemical buffers 17. Kinetics of dissolution and precipitation 18. Redox kinetics 19. Microbial kinetics 20. Association and dissociation kinetics 21. Kinetics of gas transfer 22. Stable isotopes 23. Transport in flowing groundwater 24. Reactive transport 25. Stagnant zones Part III. Applied Reaction Modeling: 26. Hydrothermal fluids 27. Geothermometry 28. Evaporation 29. Sediment diagenesis 30. Kinetics of water-rock interaction 31. Weathering 32. Oxidation and reduction 33. Waste injection wells 34. Petroleum reservoirs 35. Acid drainage 36. Contamination and remediation 37. Microbial communities Appendices References Index.
Preface Preface to first edition Preface to second edition A note about software 1. Introduction 2. Modeling overview Part I. Equilibrium in Natural Waters: 3. The equilibrium state 4. Solving for the equilibrium state 5. Changing the basis 6. Equilibrium models of natural waters 7. Redox disequilibrium 8. Activity coefficients 9. Sorption and ion exchange 10. Surface complexation 11. Three-layer complexation 12. Automatic reaction balancing 13. Uniqueness Part II. Reaction Processes: 14. Mass transfer 15. Polythermal, fixed, and sliding paths 16. Geochemical buffers 17. Kinetics of dissolution and precipitation 18. Redox kinetics 19. Microbial kinetics 20. Association and dissociation kinetics 21. Kinetics of gas transfer 22. Stable isotopes 23. Transport in flowing groundwater 24. Reactive transport 25. Stagnant zones Part III. Applied Reaction Modeling: 26. Hydrothermal fluids 27. Geothermometry 28. Evaporation 29. Sediment diagenesis 30. Kinetics of water-rock interaction 31. Weathering 32. Oxidation and reduction 33. Waste injection wells 34. Petroleum reservoirs 35. Acid drainage 36. Contamination and remediation 37. Microbial communities Appendices References Index.
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