Verfügbarkeit: Environmental engineering

Environmental engineering: basic principles

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Bibliographische Detailangaben
Weitere Verfasser:	Tomašić, Vesna (HerausgeberIn), Zelić, Bruno (HerausgeberIn)
Format:	Buch
Sprache:	English
Veröffentlicht:	Berlin ; Boston De Gruyter [2018]
Schriftenreihe:	De Gruyter Graduate
Schlagworte:	Umwelttechnik Aufsatzsammlung
Online-Zugang:	http://www.degruyter.com/search?f_0=isbnissn&q_0=9783110468014&searchTitles=true Inhaltsverzeichnis
Beschreibung:	XVII, 392 Seiten Illustrationen, Diagramme, Karten (teilweise farbig)
ISBN:	9783110468014 3110468018

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Datensatz im Suchindex

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adam_text	CONTENTS PREFACE* V LIST OF CONTRIBUTING AUTHORS * XV ANITA §ALID AND BRUNO ZELID 1 INTRODUCTION TO ENVIRONMENTAL ENGINEERING * 1 1.1 A NEW ENGINEERING FIELD? * 1 1.2 NEW ERA - TODAYS ENVIRONMENTAL ENGINEERING * 2 1.3 ENVIRONMENTAL ISSUES * 5 1.3.1 AIR QUALITY - WHY IT IS SUCH A PROBLEM? * 8 1.3.2 SOIL QUALITY - WHAT PROBLEMS EMERGE FROM SOIL POLLUTION? 1.3.3 WATER QUALITY - ARE WATER WARS OUR FUTURE? * 11 1.4 WHAT IS THE FUTURE OF ENVIRONMENTAL ENGINEERING? * 13 1.5 CONCLUSION * 13 REFERENCES * 13 IVANDICA TERNJEJ AND ZLATKO MIHALJEVIC 2 ECOLOGY * 17 2.1 INTRODUCTION * 17 2.2 CONDITIONS FOR LIFE * 18 2.2.1 ABIOTIC FACTORS * 19 2.2.2 BIOTIC RELATIONSHIPS * 20 2.2.3 COMMUNITY * 27 2.2.4 ECOSYSTEM * 29 2.2.5 SUCCESSION ----- 35 2.2.6 BIOMES ----- 37 2.2.7 GLOBAL CHANGES * 37 2.2.8 APPLIED ECOLOGY ----- 39 REFERENCES * 41 STUDY QUESTIONS * 43 TOMISLAV BOLANCA, SIME UKID AND MIRJANA NOVAK STANKOV 3 ENVIRONMENTAL CHEMISTRY * 47 3.1 INTRODUCTION * 47 3.2 ELECTROLYTES AND NON-ELECTROLYTES * 47 3.3 CONCENTRATION AND ACTIVITY * 48 3.4 IONIZATION OF WATER * 49 3.5 STRONG AND WEAK ACIDS * 51 3.6 STRONG AND WEAK BASES * 55 3.7 HYDROLYSIS OF SALTS * 58 3.8 BUFFERS * 63 3.9 REACTIONS OF COMPLEXATION * 66 3.10 REDOX REACTIONS * 68 3.11 SOLUBILITY OF MINERALS * 73 3.11.1 NATURE OF SOLVENT AND SOLUTE * 74 3.11.2 TEMPERATURE EFFECT * 75 3.11.3 COMMON-ION EFFECT * 75 3.11.4 EFFECT OF COMPLEX FORMATION * 76 3.11.5 ELECTROLYTE EFFECT * 77 3.11.6 EFFECT OF PH OF THE SOLUTION * 78 3.12 SOLUBILITY OF GASES * 83 REFERENCES * 83 FELICITA BRISKI AND MARIJA VUKOVIC DOMANOVAC 4 ENVIRONMENTAL MICROBIOLOGY * 85 4.1 EVOLUTION OF MICROORGANISMS * 85 4.2 THE MICROBIAL WORLD: CLASSIFICATION, METABOLISM AND GROWTH * 4.3 MICROBIAL DIVERSITY IN THE ENVIRONMENT * 97 4.4 EUTROPHICATION PROCESS * 105 4.5 MICROORGANISMS IN BIODEGRADATION AND BIOREMEDIATION * 106 4.6 BIODEGRADATION OF ORGANIC POLLUTANTS * 109 4.7 PRINCIPLES OF BIOREMEDIATION * 113 4.7.1 WHAT IS BIOREMEDIATION? * 113 4.7.2 SOME GROUPS OF MICROBES * 115 4.8 COMPOSTING * 116 4.8.1 WHAT IS COMPOSTING? COMPOSTING IS NATURES WAY OF RECYCLING REFERENCES * 118 A APPENDIX * 120 ZORAN NAKID, MARTA MILEUSNID, KRESIMIR PAVLID AND ZORAN KOVAD 5 ENVIRONMENTAL GEOLOGY AND HYDROLOGY * 121 5.1 FLOODS AS NATURAL HAZARD * 122 5.1.1 HYDROLOGICAL CYCLE * 123 5.1.2 EXTREME EVENTS IN HYDROLOGY * 128 5.2 GROUNDWATER AS GEOLOGICAL RESOURCE * 131 5.2.1 GEOLOGICAL OCCURRENCE OF GROUNDWATER * 132 5.2.2 WATER FLOW IN UNSATURATED AND SATURATED ZONE * 133 5.2.3 MASS TRANSPORT IN POROUS MEDIUM * 137 5.2.4 MODELLING OF WATER FLOW AND SOLUTE TRANSPORT IN POROUS MEDIUM * 140 5.2.5 GROUNDWATER QUALITY AND POLLUTION * 143 5.3 IMPACT OF MINING INDUSTRY ON ENVIRONMENT AND HUMAN HEALTH * 145 5.3.1 MINEWASTE * 146 5.3.2 IMPACT ON THE ENVIRONMENT * 148 5.3.3 IMPACT ON HUMAN HEALTH * 151 5.4 HIGHLIGHTS ------ 154 REFERENCES * 155 QUESTIONS * 158 ALEKSANDRA SANDER, JASNA PRLIC KARDUM, GORDANA MATIJA§IC AND KRUNOSLAV LILEK 6 TRANSPORT PHENOMENA IN ENVIRONMENTAL ENGINEERING * 159 6.1 CONSERVATION LAWS * 160 6.1.1 MACROSCOPIC MASS BALANCE * 160 6.1.2 MACROSCOPIC ENERGY BALANCE * 161 6.1.3 MACROSCOPIC MOMENTUM BALANCE * 162 6.2 MOTION OF PARTICLES IN FLUID * 163 6.3 FLOW THROUGH POROUS MEDIA * 167 6.4 HEAT TRANSFER * 174 6.4.1 HEAT CONDUCTIVITY * 174 6.4.2 HEAT TRANSFER BY CONDUCTION * 175 6.4.3 HEAT TRANSFER BY CONVECTION * 176 6.4.4 THERMAL RADIATION * 178 6.5 MASS TRANSFER * 180 6.5.1 MOLECULAR DIFFUSION * 181 6.5.2 COEFFICIENT OF MASS DIFFUSLVITY * 181 6.5.3 STEADY-STATE MOLECULAR DIFFUSION IN BINARY SYSTEMS * 182 6.5.4 EQUIMOLAR COUNTER DIFFUSION * 183 6.5.5 DIFFUSION OF COMPONENT A THROUGH STAGNANT COMPONENT B * 183 6.5.6 TRANSIENT DIFFUSION * 183 6.5.7 CONVECTIVE MASS TRANSFER * 185 6.5.8 INTERPHASE MASS TRANSFER * 185 REFERENCES * 191 EXAMPLES FOR PRACTICE * 191 KAROLINA MADUNA AND VESNA TOMASID 7 AIR POLLUTION ENGINEERING * 195 7.1 INTRODUCTION * 195 7.1.1 THE COMPLEXITIES OF THE AIR POLLUTION PROTECTION * 195 7.1.2 BASIC DEFINITIONS AND CLASSIFICATIONS * 199 7.2 TRANSPORT AND TRANSFORMATION OF AIR POLLUTANTS IN THE ATMOSPHERE * 207 7.2.1 PRIMARY AND SECONDARY AIR POLLUTANTS * 208 7.2.2 ACID RAIN * 214 7.2.3 GREENHOUSE EFFECT * 214 7.2.4 GLOBAL CLIMATE CHANGE VS GLOBAL WARMING * 215 7.3 AIR POLLUTION CONTROL ----- 215 7.3.1 SELECTION OF THE AIR POLLUTION CONTROL APPROACH AND CONTROL TECHNIQUE * 215 7.3.2 APPROPRIATE USE OF UNITS AND SOME BASICS OF AIR POLLUTION CONTROL * 219 7.3.3 CONTROL OF PARTICULATE AIR POLLUTION * 222 7.3.4 CONTROL OF GASEOUS AND VAPOR POLLUTANTS * 233 REFERENCES * 238 QUESTIONS AND EXERCISES TO GET YOU THINKING * 240 DANIJELA ASPERGER, DAVOR DOLAR, KRESIMIR KOSUTIC, HRVOJE KU§IC, ANA LON FA RI 6 BOZIC AND MARIJA VUKOVIC DOMANOVAC 8 WATER AND WASTEWATER TREATMENT ENGINEERING * 241 8.1 WATER AND WASTEWATER CHARACTERIZATION AND ANALYSIS * 241 8.1.1 BIOLOGICAL CHARACTERISTICS * 244 8.1.2 PHYSICAL CHARACTERISTICS * 244 8.1.3 CHEMICAL CHARACTERISTICS * 245 8.2 WATER AND WASTEWATER TREATMENT BY MEMBRANE PROCESSES * 249 8.3 BIOLOGICAL WASTEWATER TREATMENT * 256 8.3.1 ACTIVATED SLUDGE PROCESS * 258 8.3.2 ENVIRONMENTAL FACTORS * 259 8.3.3 MEMBRANE BIOREACTOR * 260 8.3.4 BIOLOGY OF ACTIVATED SLUDGE * 260 8.3.5 THE MONOD EQUATION * 262 8.4 ADVANCED OXIDATION PROCESSES * 263 8.4.1 CHEMICAL AOPS * 264 8.4.2 PHOTO-ASSISTED AOPS * 268 8.4.3 REACTIONS AND KINETICS OF HYDROXYL RADICALS * 271 REFERENCES * 273 DISCUSSION, QUESTIONS AND EXERCISES * 275 IVICA KISIC, 2ELJKA ZGORELEC AND ALEKSANDRA PERCIN 9 SOIL TREATMENT ENGINEERING * 277 9.1 INTRODUCTION * 277 9.2 BASICS OF SOIL SCIENCE * 278 9.3 SOIL FORMATION * 280 9.3.1 FACTORS AND PROCESSES OF SOIL FORMATION * 280 9.3.2 BASIC SOIL CHARACTERISTICS * 281 9.3.3 ROLES OF SOIL * 294 9.3.4 POTENTIAL SOIL CONTAMINANTS * 297 9.3.5 REMEDIATION TECHNOLOGIES FOR CONTAMINATED SOILS * 300 9.3.6 TYPES, FORMS, TECHNIQUES AND TECHNOLOGIES OF REMEDIATION * 301 REFERENCES * 311 PRACTICAL TASKS * 313 STUDY QUESTIONS * 315 ANITA 5 ALID, ANA JURINJAK TUSEK AND BRUNO ZELID 10 MODELING OF ENVIRONMENTAL PROCESSES * 317 10.1 MODELS * 317 10.2 MATHEMATICAL MODELS AND MODELING * 319 10.3 BASIC RULES IN MATHEMATICAL MODELING * 323 10.4 BALANCE EQUATIONS - SOLVING MATHEMATICAL MODELS * 335 10.5 CONCLUSION * 347 IMPORTANT NOTIFICATION * 348 REFERENCES * 348 EXAMPLES FOR PRACTICE * 348 HRVOJE KU§IC AND ANA LONDARIC BOZID 11 RISK ASSESSMENT * 357 11.1 INTRODUCTION * 357 11.1.1 WHAT IS RISK? * 357 11.1.2 WHAT IS HAZARD? * 358 11.2 LOOKING FOR ANSWERS * 359 11.3 CONCEPTUAL MODELS * 360 11.4 RISK ASSESSMENT FRAMEWORK * 362 11.5 ENVIRONMENTAL RISK ASSESSMENT * 364 11.6 RISK ASSESSMENT METHODOLOGY * 366 11.7 RISK ASSESSMENT FOR CHEMICALS * 368 11.8 DOSE-RESPONSE RELATIONSHIP * 372 11.9 RISK ASSESSMENT TECHNIQUES * 375 11.9.1 RISK MATRICES * 375 11.9.2 LOGIC TREES * 377 11.9.3 EVENT TREES * 379 11.10 CONCLUSION MARKS * 380 REFERENCES * 380 STUDY QUESTIONS AND TASKS * 382 INDEX * 385
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spellingShingle	Environmental engineering basic principles Umwelttechnik (DE-588)4061650-2 gnd
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title	Environmental engineering basic principles
title_auth	Environmental engineering basic principles
title_exact_search	Environmental engineering basic principles
title_full	Environmental engineering basic principles edited by Vesna Tomašić and Bruno Zelić
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title_full_unstemmed	Environmental engineering basic principles edited by Vesna Tomašić and Bruno Zelić
title_short	Environmental engineering
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topic_facet	Umwelttechnik Aufsatzsammlung
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