Environmental engineering science

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Environmental engineering science / William W. Nazaroff and Lisa Alvarez-Cohen

資料種別:

図書

出版情報:

New York, [N.Y.] : John Wiley, c2001

形態:

xiv, 690 p. ; 26 cm

著者名:

ISBN:

9780471144946 [0471144940]

書誌ID:

BA53935198

子書誌情報

フルテキスト

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他の版・巻

書誌詳細

注記:

Includes bibliographical references and index

主題:

Air quality management; Environmental engineering; Pollution; Water quality management

言語:

英語

目次情報:

Fundamentals / I：

Overview / 1：

What Is Environmental Engineering Science? / 1.A：

Domains of Environmental Engineering / 1.B：

Water quality engineering / 1.B.1：

Air quality engineering / 1.B.2：

Hazardous waste management / 1.B.3：

Context and Concepts / 1.C：

Concentrations and other units of measure / 1.C.1：

Material balance / 1.C.2：

Factors governing contaminant concentrations / 1.C.3：

Engineering analysis / 1.C.4：

Control opportunities / 1.C.5：

Environmental regulations / 1.C.6：

Precision and accuracy / 1.C.7：

Magnitudes: Length scales and characteristic times / 1.C.8：

References

Problems

Water, Air, and Their Impurities / 2：

Water and the Hydrosphere / 2.A：

Air and the Atmosphere / 2.B：

Impurities in Environmental Media / 2.C：

Gases dissolved in water / 2.C.1：

Water in air / 2.C.2：

Acids, bases, and the hydrogen ion / 2.C.3：

Inorganic impurities / 2.C.4：

Organic impurities / 2.C.5：

Radionuclides / 2.C.6：

Compounds causing odor, taste, or color / 2.C.7：

Particulate matter / 2.C.8：

Microorganisms / 2.C.9：

Transformation Processes / 3：

Governing Concepts / 3.A：

Stoichiometry / 3.A.1：

Chemical equilibrium / 3.A.2：

Kinetics / 3.A.3：

Phase Changes and Partitioning / 3.B：

Vapor pressure / 3.B.1：

Dissolution of species in water / 3.B.2：

Sorption / 3.B.3：

Acid-Base Reactions / 3.C：

Acid-base reactions and the hydrogen ion / 3.C.1：

pH of pure water / 3.C.2：

Strong and weak acids / 3.C.3：

Carbonate system / 3.C.4：

Oxidation-Reduction Reactions / 3.D：

Oxidation state / 3.D.1：

Corrosion / 3.D.2：

Combustion / 3.D.3：

Atmospheric oxidation processes / 3.D.4：

Microbial reactions / 3.D.5：

Reference

Transport Phenomena / 4：

Basic Concepts and Mechanisms / 4.A：

Contaminant flux / 4.A.1：

Advection / 4.A.2：

Molecular diffusion / 4.A.3：

Dispersion / 4.A.4：

Particle Motion / 4.B：

Drag on particles / 4.B.1：

Gravitational settling / 4.B.2：

Brownian diffusion / 4.B.3：

Mass Transfer at Fluid Boundaries / 4.C：

Mass-transfer coefficient / 4.C.1：

Transport across the air-water interface / 4.C.2：

Transport in Porous Media / 4.D：

Fluid flow through porous media / 4.D.1：

Contaminant transport in porous media / 4.D.2：

Transport and Transformation Models / 5：

Reactor Models / 5.A：

Batch reactor / 5.A.1：

Completely mixed flow reactor (CMFR) / 5.A.2：

Plug-flow reactor (PFR) / 5.A.3：

Advanced examples / 5.A.4：

Beyond Ideal Reactors: General Material-Balance Models / 5.B：

Governing equation / 5.B.1：

Approaches for solving environmental transport problems / 5.B.2：

Applications / II：

Water Quality Engineering / 6：

The Nature of Water Quality Problems / 6.A：

Rivers and streams / 6.A.1：

Lakes and reservoirs / 6.A.2：

Groundwater / 6.A.3：

Oceans and estuaries / 6.A.4：

Overview of Water Quality Regulations and Treatment Systems / 6.B：

Key U.S. federal water regulations / 6.B.1：

Engineered water quality systems / 6.B.2：

Physical Treatment Methods / 6.C：

Sedimentation / 6.C.1：

Filtration through granular media / 6.C.2：

Membrane separation processes / 6.C.3：

Chemical and Physicochemical Treatment Methods / 6.D：

Disinfection / 6.D.1：

Coagulation and flocculation / 6.D.2：

Sorption of organic molecules / 6.D.3：

Chemical precipitation and ion exchange / 6.D.4：

Biological Wastewater Treatment / 6.E：

Activated sludge / 6.E.1：

Trickling filters / 6.E.2：

Anaerobic digestion of wastewater sludges / 6.E.3：

Air Quality Engineering / 7：

Nature of Air Pollution Problems / 7.A：

Criteria pollutants / 7.A.1：

Hazardous air pollutants / 7.A.2：

Acid deposition / 7.A.3：

Photochemical smog / 7.A.4：

Indoor air quality / 7.A.5：

Global change / 7.A.6：

Air Pollutant Emissions and Controls / 7.B：

Characterizing emissions / 7.B.1：

Pollutant generation by combustion / 7.B.2：

Motor vehicle emissions / 7.B.3：

Treatment Technologies / 7.C：

Particle control devices / 7.C.1：

Absorption for gaseous pollutant control / 7.C.2：

Air Quality Models / 7.D：

Summary of modeling approaches / 7.D.1：

Gaussian plume dispersion modeling / 7.D.2：

Hazardous Waste Management / 8：

History and case studies / 8.A：

Hazardous waste regulatory framework / 8.A.2：

Magnitude of the hazardous waste problem / 8.A.3：

Sources of hazardous wastes / 8.A.4：

Hazardous Waste Minimization / 8.B：

What is waste minimization? / 8.B.1：

Why should we do it? / 8.B.2：

Techniques for waste minimization / 8.B.3：

Management tools / 8.B.4：

Hazardous Waste Treatment Processes / 8.C：

Physical separation / 8.C.1：

Chemical treatment / 8.C.2：

Thermal treatment / 8.C.3：

Biological treatment / 8.C.4：

Hazardous Waste Disposal / 8.D：

Landfills / 8.D.1：

Deep-well injection / 8.D.2：

Environmental Releases and Remediation / 8.E：

Site characterization / 8.E.1：

Quantitative risk analysis / 8.E.2：

Site remediation / 8.E.3：

Appendices

Basic Data for Environmental Engineering Science / A：

Primer on Ionizing Radiation / B：

Primer on Environmental Organic Chemicals / C：

Pure hydrocarbons / C.1：

Oxygenated organic compounds / C.2：

Organohalides / C.3：

Organic compounds containing sulfur or nitrogen / C.4：

Problem Solving: Mathematics for Environmental Engineering / D：

Ordinary differential equations / D.1：

First-order linear equation with constant coefficients / D.1.a：

Coupled first-order ordinary differential equations / D.1.b：

Introduction to the numerical solution of ordinary differential equations / D.1.c：

Partial differential equations that arise in transport problems / D.2：

Solving equilibrium problems: Roots of nonlinear algebraic equations / D.3：

Data manipulation on a logarithmic scale / D.4：

Linear regression / D.5：

A Further Look at Transformation Processes / E：

Activity / E.1：

Gibbs free energy and equilibrium constants / E.2：

Electrode potentials and free-energy change in redox reactions / E.3：

Activation energy and the temperature dependence of reaction rates / E.4：

United States Federal Regulations for Water and Air Quality / F：

Index

Fundamentals / I：

Overview / 1：

What Is Environmental Engineering Science? / 1.A：

Domains of Environmental Engineering / 1.B：

Water quality engineering / 1.B.1：

Air quality engineering / 1.B.2：

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