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This book addresses the question, What is inorganic chemistry good for? rather than the more traditional question, How can we develop a theoretical basis for inorganic chemistry from sophisticated theories of bonding? The book prepares students of science or engineering for entry into the multi-billion-dollar inorganic chemical and related industries, and for rational approaches to environmental problems such as pollution abatement, corrosion control, and water treatment. A much expanded and updated revision of the 1990 text, Applied Inorganic Chemistry (University of Calgary Press), Inorganic Chemistry covers topics including atmospheric pollution and its abatement, water conditioning, fertilizers, cement chemistry, extractive metallurgy, metallic corrosion, catalysts, fuel cells and advanced batter technology, pulp and paper production, explosives, supercritical fluids, sol-gel science, materials for electronics, and superconductors. Though the book waswritten as a textbook for undergraduates with a background of freshman chemistry, it will also be a valuable sourcebook for practicing chemists, engineers, environmental scientists, geologists, and educators. Key Features * Presents the principles of inorganic chemistry in terms of its relevance to the real world of industry and environmental protection * Serves as a concise reference for practicing scientists, engineers, and educators * Emphasizes industrially relevant energetics and kinetics rather than bonding theories * Features extensive cross-referencing for easy location of supporting material.

Foreword. The Importance of Inorganic Chemistry: Historical Overview. Occurrence and Uses of the Commonest Elements. Chemical Energetics: Kinetics and Thermodynamics. Activities in Electrolyte Solutions. Equilibriumand Energy. Temperature and Pressure Dependences of Equilibrium. Chemical Kinetics: Some Basic Principles. Ionization Potential and Electron Affinity. Electronegativity and Bond Energies. Electronegativity and Chemical Properties. Multiple Bonding and its Chemical Consequences. Explosives and Propellants. Catenation: Inorganic Macromolecules: Factors Favoring Catenation. Homocatenation of Carbon. Silicates, Aluminates and Phosphates: Silicate Structures. Aluminosilicates. Zeolites. Clays. Silica and Silicate Glasses. Soluble Silicates and Aluminates. Phosphates and Aluminophosphates. The Atmosphere and Atmospheric Pollution: Carbon Dioxide and"Greenhouse Gases."Carbon Monoxide. Ozone. Nitrogen Oxides. Sulfur Dioxide and Trioxide. Nitrogen, Phosphorous and Potash in Agriculture: Natural Sources of Fixed Nitrogen. Direct Combination of Nitrogen and Oxygen. Ammonia Synthesis. Nitric Acid and Ammonium Nitrate. Sulfates. Phosphates. Potash. Water Conditioning: The Importance ofWater Treatment. Suspended and Colloidal Matter. Origin and Effects of Dissolved Solids. Treatment for Dissolved Solids. Sewage Treatment. Dissolved Gases. Bacteria and Algae. Oxidation and Reduction in Solution: Galvanic Cells. Manipulation and use of Electrode Potentials. Pourbaix (E<->h-pH) Diagrams. Kinetic Aspects of Electrochemistry: Overpotential. Fuel Cells. Electrochemical Energy Storage Cells. Electrolysis, Electroplating, and Electroforming. Corrosion of Metals: Bimetallic Corrosion. Single-Metal Corrosion. The Role of Oxide Films. Crevice and Intergranular Corrosion. Corrosion by Acids and with Complexing Agents. The Role of Overpotential in Corrosion. Control of Corrosion. Stainless Steels. Magnetic Materials and Superconductors. Appendices. Subject Index.

Includes bibliographical references and index.

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