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020			_a9788126524501 : _c$35.00
020			_a9780471144946
042			_ac=Program for Cooperative Cataloging
100	1		_aNazaroff, W. W.
245	1	0	_aEnvironmental engineering science / _cWilliam W. Nazaroff and Lisa Alvarez-Cohen.
260			_aNew York : _bWiley, _cc2001.
264			_aNew York : _bWiley, _cc2001.
300			_axiv, 690 pages : _billustrations ; _c26 cm.
504			_aIncludes bibliographical references and index.
505	0	0	_g1.A _tWhat Is Environmental Engineering Science? _g1 -- _g1.B _tDomains of Environmental Engineering _g5 -- _g1.B.1 _tWater quality engineering _g5 -- _g1.B.2 _tAir quality engineering _g8 -- _g1.B.3 _tHazardous waste management _g10 -- _g1.C.1 _tConcentrations and other units of measure _g12 -- _g1.C.2 _tMaterial balance _g15 -- _g1.C.3 _tFactors governing contaminant concentrations _g17 -- _g1.C.4 _tEngineering analysis _g18 -- _g1.C.5 _tControl opportunities _g19 -- _g1.C.6 _tEnvironmental regulations _g20 -- _g1.C.7 _tPrecision and accuracy _g21 -- _g1.C.8 _tMagnitudes: Length scales and characteristic times _g22 -- _g2 _tWater, Air, and Their Impurities _g30 -- _g2.A _tWater and the Hydrosphere _g30 -- _g2.B _tAir and the Atmosphere _g36 -- _g2.C _tImpurities in Environmental Media _g41 -- _g2.C.1 _tGases dissolved in water _g42 -- _g2.C.2 _tWater in air _g42 -- _g2.C.3 _tAcids, bases, and the hydrogen ion _g43 -- _g2.C.4 _tInorganic impurities _g43 -- _g2.C.5 _tOrganic impurities _g51 -- _g2.C.6 _tRadionuclides _g56 -- _g2.C.7 _tCompounds causing odor, taste, or color _g58 -- _g2.C.8 _tParticulate matter _g58 -- _g2.C.9 _tMicroorganisms _g65 -- _g3 _tTransformation Processes _g76 -- _g3.A _tGoverning Concepts _g77 -- _g3.A.1 _tStoichiometry _g77 -- _g3.A.2 _tChemical equilibrium _g79 -- _g3.A.3 _tKinetics _g82 -- _g3.B _tPhase Changes and Partitioning _g92 -- _g3.B.1 _tVapor pressure _g92 -- _g3.B.2 _tDissolution of species in water _g95 -- _g3.B.3 _tSorption _g100 -- _g3.C _tAcid-Base Reactions _g106 -- _g3.C.1 _tAcid-base reactions and the hydrogen ion _g107 -- _g3.C.2 _tpH of pure water _g107 -- _g3.C.3 _tStrong and weak acids _g108 -- _g3.C.4 _tCarbonate system _g112 -- _g3.D _tOxidation-Reduction Reactions _g119 -- _g3.D.1 _tOxidation state _g120 -- _g3.D.2 _tCorrosion _g121 -- _g3.D.3 _tCombustion _g125 -- _g3.D.4 _tAtmospheric oxidation processes _g129 -- _g3.D.5 _tMicrobial reactions _g131 -- _g4 _tTransport Phenomena _g159 -- _g4.A.1 _tContaminant flux _g160 -- _g4.A.2 _tAdvection _g161 -- _g4.A.3 _tMolecular diffusion _g162 -- _g4.A.4 _tDispersion _g166 -- _g4.B _tParticle Motion _g172 -- _g4.B.1 _tDrag on particles _g172 -- _g4.B.2 _tGravitational settling _g175 -- _g4.B.3 _tBrownian diffusion _g180 -- _g4.C _tMass Transfer at Fluid Boundaries _g182 -- _g4.C.1 _tMass-transfer coefficient _g183 -- _g4.C.2 _tTransport across the air-water interface _g188 -- _g4.D _tTransport in Porous Media _g192 -- _g4.D.1 _tFluid flow through porous media _g193 -- _g4.D.2 _tContaminant transport in porous media _g197 -- _g5 _tTransport and Transformation Models _g207 -- _g5.A _tReactor Models _g209 -- _g5.A.1 _tBatch reactor _g215 -- _g5.A.2 _tCompletely mixed flow reactor (CMFR) _g220 -- _g5.A.3 _tPlug-flow reactor (PFR) _g226 -- _g5.B _tBeyond Ideal Reactors: General Material-Balance Models _g247 -- _g5.B.1 _tGoverning equation _g247 -- _g5.B.2 _tApproaches for solving environmental transport problems _g251 -- _gII _tApplications -- _g6 _tWater Quality Engineering _g280 -- _g6.A _tNature of Water Quality Problems _g280 -- _g6.A.1 _tRivers and streams _g283 -- _g6.A.2 _tLakes and reservoirs _g288 -- _g6.A.3 _tGroundwater _g292 -- _g6.A.4 _tOceans and estuaries _g295 -- _g6.B _tOverview of Water Quality Regulations and Treatment Systems _g299 -- _g6.B.1 _tKey U.S. federal water regulations _g300 -- _g6.B.2 _tEngineered water quality systems _g301 -- _g6.C _tPhysical Treatment Methods _g305 -- _g6.C.1 _tSedimentation _g305 -- _g6.C.2 _tFiltration through granular media _g310 -- _g6.C.3 _tMembrane separation processes _g316 -- _g6.D _tChemical and Physicochemical Treatment Methods _g321 -- _g6.D.1 _tDisinfection _g321 -- _g6.D.2 _tCoagulation and flocculation _g329 -- _g6.D.3 _tSorption of organic molecules _g333 -- _g6.D.4 _tChemical precipitation and ion exchange _g338 -- _g6.E _tBiological Wastewater Treatment _g346 -- _g6.E.1 _tActivated sludge _g347 -- _g6.E.2 _tTrickling filters _g355 -- _g6.E.3 _tAnaerobic digestion of wastewater sludges _g358 -- _g7 _tAir Quality Engineering _g388 -- _g7.A _tNature of Air Pollution Problems _g388 -- _g7.A.1 _tCriteria pollutants _g390 -- _g7.A.2 _tHazardous air pollutants _g395 -- _g7.A.3 _tAcid deposition _g397 -- _g7.A.4 _tPhotochemical smog _g400 -- _g7.A.5 _tIndoor air quality _g404 -- _g7.A.6 _tGlobal change _g411 -- _g7.B _tAir Pollutant Emissions and Controls _g418 -- _g7.B.1 _tCharacterizing emissions _g419 -- _g7.B.2 _tPollutant generation by combustion _g425 -- _g7.B.3 _tMotor vehicle emissions _g436 -- _g7.C _tTreatment Technologies _g442 -- _g7.C.1 _tParticle control devices _g443 -- _g7.C.2 _tAbsorption for gaseous pollutant control _g453 -- _g7.D _tAir Quality Models _g454 -- _g7.D.1 _tSummary of modeling approaches _g455 -- _g7.D.2 _tGaussian plume dispersion modeling _g457 -- _g8 _tHazardous Waste Management _g484 -- _g8.A.1 _tHistory and case studies _g485 -- _g8.A.2 _tHazardous waste regulatory framework _g489 -- _g8.A.3 _tMagnitude of the hazardous waste problem _g495 -- _g8.A.4 _tSources of hazardous wastes _g498 -- _g8.B _tHazardous Waste Minimization _g499 -- _g8.B.1 _tWhat is waste minimization? _g500 -- _g8.B.2 _tWhy should we do it? _g500 -- _g8.B.3 _tTechniques for waste minimization _g501 -- _g8.B.4 _tManagement tools _g506 -- _g8.C _tHazardous Waste Treatment Processes _g510 -- _g8.C.1 _tPhysical separation _g511 -- _g8.C.2 _tChemical treatment _g526 -- _g8.C.3 _tThermal treatment _g539 -- _g8.C.4 _tBiological treatment _g549 -- _g8.D _tHazardous Waste Disposal _g558 -- _g8.D.1 _tLandfills _g558 -- _g8.D.2 _tDeep-well injection _g561 -- _g8.E _tEnvironmental Releases and Remediation _g564 -- _g8.E.1 _tSite characterization _g565 -- _g8.E.2 _tQuantitative risk analysis _g568 -- _g8.E.3 _tSite remediation _g574 -- _tA Basic Data for Environmental Engineering Science _g601 -- _gB _tPrimer on Ionizing Radiation _g607 -- _gC _tPrimer on Environmental Organic Chemicals _g613 -- _gC.1 _tPure hydrocarbons _g614 -- _gC.2 _tOxygenated organic compounds _g616 -- _gC.3 _tOrganohalides _g617 -- _gC.4 _tOrganic compounds containing sulfur or nitrogen _g618 -- _gD _tProblem Solving: Mathematics for Environmental Engineering _g620 -- _gD.1 _tOrdinary differential equations _g620 -- _gD.1.a _tFirst-order linear equation with constant coefficients _g620 -- _gD.1.b _tCoupled first-order ordinary differential equations _g623 -- _gD.1.c _tIntroduction to the numerical solution of ordinary differential equations _g625 -- _gD.2 _tPartial differential equations that arise in transport problems _g627 -- _gD.3 _tSolving equilibrium problems: Roots of nonlinear algebraic equations _g630 -- _gD.4 _tData manipulation on a logarithmic scale _g635 -- _gD.5 _tLinear regression _g637 -- _gE _tA Further Look at Transformation Processes _g641 -- _gE.1 _tActivity _g641 -- _gE.2 _tGibbs free energy and equilibrium constants _g642 -- _gE.3 _tElectrode potentials and free-energy change in redox reactions _g646 -- _gE.4 _tActivation energy and the temperature dependence of reaction rates _g648 -- _gF _tUnited States Federal Regulations for Water and Air Quality _g651.
520			_aThis book covers the fundamentals of environmental engineering and applications in water quality, air quality, and hazardous waste management. It begins by describing the fundamental principles that serve as the foundation of the entire field of environmental engineering. Readers are then systematically reintroduced to these fundamentals in a manner that is tailored to the needs of environmental engineers, and that is not too closely tied to any specific application.
650		0	_aEnvironmental engineering.
650		0	_aAir quality management.
650		0	_aWater quality management.
650		0	_aPollution.
700	1		_aAlvarez-Cohen, Lisa.
908			_a160721
913			_aN
989		7	_a20230822095114.0
999			_c15158 _d15158