Note: Includes bibliographical references at the end of each chapters and index , Major Issues of Air PollutionAir Quality Issues -- Needs and Perspectives of Sustainable Air Pollution Management -- Fundamentals of Treatment, and Process Design for Air Pollution Control -- Sustainable Industrial Air Pollution Management -- Sustainable Air Pollution Management in Transportation Sector -- Sustainable Fuel Management -- Air Pollution and Disasters -- Safety Issues in Sustainable Air Pollution Management.

Note: Intro -- Coping with Climate Change -- Preface -- Contents -- List of Tables -- List of Figures -- List of Boxes -- Chapter 1: The History of Climate -- 1.1 Changing the Climate for Development -- 1.2 Formation of Asia -- 1.3 Climate in the Pre-pottery Neolithic -- 1.4 Climate, the First Technological Revolution and Urbanization -- 1.5 Asian Climate After Kyoto Protocol -- References -- Chapter 2: Industrial Revolutions, Climate Change and Asia -- 2.1 Industrial Revolution and Asia -- 2.2 Air Pollution and CO2 -- References -- Chapter 3: Changing Environment: Where Will This Lead to? -- 3.1 Changing Environment and Impact on Biodiversity in Asian Context -- 3.2 Climate Change and Asian Economics -- 3.3 Transcending the Tensions Between Climate and Development -- References -- Chapter 4: Greenhouse Gas Inventory -- 4.1 Green House Gases and Asia -- 4.2 Countrywise Scenario in Asia -- References -- Chapter 5: Climate Change and Hydro-Meteorological Risks in Asia -- 5.1 Introduction to Hydro-Meteorological Disasters -- 5.2 Effect of Climate Change on Hydro-Meteorological Risk -- References -- Chapter 6: Asian Geological Settings: Its Effect on Climate Change and Disaster -- 6.1 Geological Setting and Common Disasters in Asia -- 6.1.1 Main Geographical Features -- 6.2 Climate Change and Disasters After Industrialization -- References -- Chapter 7: Climatic and Non Climatic Hazards: Asian Context -- 7.1 Land Movement Disasters -- 7.2 Water related Disasters -- 7.3 Weather Disasters -- 7.4 Fire -- 7.5 Health and Disease -- 7.6 Cumulative Effect of Man Made and Climatic Hazards -- References -- Chapter 8: Predicting Disaster: Asian Scenario -- 8.1 Non-climate Induced Risks -- 8.2 Climate Induced Disasters -- References -- Chapter 9: Early Warning Systems and Their Effectiveness in Asia -- 9.1 Biological Warning Systems -- 9.2 Man-Made Warning Systems. , References -- Chapter 10: Disaster Risk Reduction and Climate Change Adaptation in Asia -- 10.1 Adaptation and Adoption: Human Strategy -- 10.2 Adaptation and Adoption: Strategy of Other Species -- 10.3 Adaptation to Climate Change in the Context of Sustainable Development and Equity -- References -- Chapter 11: Prediction of Regional Climate Change -- 11.1 Factors Affecting Asian Regional Climate -- 11.2 Future Emphasis -- References -- Chapter 12: Capacity Assessment: Is Asia Ready to Face Climate Change -- 12.1 Climate Forecast and Data Products That Support Decision-Making -- 12.2 Making Decision-Support Information Responsive to Decision-Maker -- 12.3 Looking Toward the Future -- References -- Chapter 13: Hazard and Risk Assessment -- 13.1 Aerial Mapping and Surveying -- 13.2 Riverine Flooding Analyses -- 13.3 Coastal Flooding Analyses and Mapping -- 13.4 Shallow Flooding Analyses and Mapping -- 13.5 Ice-Jam Analyses and Mapping -- 13.6 Alluvial Fan Flooding Analyses and Mapping -- 13.7 Mapping of Areas Protected by Levee Systems -- References -- Chapter 14: Preventing and Mitigation of Disasters -- 14.1 Coping with Natural Hazards -- 14.2 Planning and Preparation for Different Time Scales -- 14.3 Planning for Environmental Emergencies and Climate Change -- 14.4 Being Prepared Saves Lives -- References -- Chapter 15: Sea Level Change and Asia -- 15.1 History and Reality of Sea level Change -- 15.2 Impact on Flora and Fauna -- 15.3 Impact on Asian Society -- References -- Chapter 16: Impact on Biodiversity: Asian Scenario -- 16.1 Changing Species Demography -- 16.2 Vanishing Species -- References -- Chapter 17: Changing Livelihood Due to Climate Change: Asian Perspective -- 17.1 Difficulties in Agriculture -- 17.1.1 Rice -- 17.1.2 Potato -- 17.1.3 Wheat -- 17.1.4 Maize -- 17.1.5 Tomato -- 17.1.6 Cassava -- 17.1.7 Rubber -- 17.1.8 Sugar Cane. , 17.1.9 Groundnut -- 17.1.10 Garlic -- 17.1.11 Onion -- 17.1.12 Oil Palm -- 17.1.13 Asparagus -- 17.1.14 Cocoa -- 17.1.15 Horticultural Crops -- 17.1.16 Livestock -- 17.1.17 Pests and Diseases -- 17.2 Dropping Fish Reserves -- 17.3 Diminishing Forest -- References -- Chapter 18: Accelerating Innovation and Decelerating Climate Change -- 18.1 The Tools, Technologies, and Institutions -- 18.2 International Collaboration -- 18.3 Kyoto Protocol and Asia -- 18.4 Public Programs, Policies, and Innovation -- 18.5 Existing Climate-Finance Instruments -- 18.5.1 Uncertain Environmental Integrity -- 18.5.2 Inadequate Contribution to Sustainable Development -- 18.5.3 Weak Governance and Inefficient Operation -- 18.5.4 Limited Scope -- 18.5.5 Uncertainty About Market Continuity -- 18.5.6 Cash and Carbon May Not Move in Same Direction -- References -- Appendix A: Glossary -- Appendix B: Abbreviation Used in This Book -- Appendix C: Impact of Climate Change on Individual Asian Countries -- Afghanistan -- Armenia -- Azerbaijan -- Bahrain -- Bangladesh -- Bhutan -- Brunei Darussalam -- Cambodia -- China -- East Timor -- India -- Indonesia -- Iran -- Iraq -- Israel -- Japan -- Jordan -- Kazakhstan -- Korea, Dem. People´s Republic -- Korea, Republic of -- Kuwait -- Kyrgyzstan -- Lao -- Lebanon -- Malaysia -- Mongolia -- Myanmar -- Nepal -- Oman -- Pakistan -- Papua New Guinea -- Philippines -- Saudi Arabia -- Singapore -- Sri Lanka -- Syria -- Tajikistan -- Thailand -- Turkey -- Turkmenistan -- United Arab Emirates -- Uzbekistan -- Vietnam -- Yemen -- Index.

Note: Intro -- Solid Waste Management -- Preface -- Contents -- Abbreviations -- 1 Introduction -- 1.1…Need for Solid Wastesolid waste Management -- 1.2…Importance of a Sound Solid Wastesolid waste Management -- 1.3…Change in Characteristics in Quantity and Time -- 1.4…Waste Management in Pre-Industrialization Era -- 1.5…Waste Management in Post-Industrialization Era -- 1.6…Integrated Solid-Waste Managementwaste management -- 1.7…Waste Prevention and Life Cycle Assessment -- 1.8…Producers Responsibility -- 1.9…Solid Waste Management and Regulation -- 1.9.1 Need for Regulation -- 1.9.2 International Regulation -- 1.9.3 Regulation in Different Countries -- 1.10…Framework for Solid Waste Management -- 1.10.1 Elements of a Waste Managementwaste management System -- 1.10.2 Stakeholders -- 1.11…Financial Issues in Solid Waste Management -- 1.11.1 Capital Investment -- 1.11.2 Operation and Maintenance -- 1.12…Waste Generation: Rich Vs Poor -- 1.13…Psychology and Waste Generation -- 2 Waste Quantities and Characteristics -- 2.1…Sources of Solid WasteSolid Waste -- 2.2…Quantities and Composition -- 2.3…Physical, Chemical and Biological Characteristics -- References -- 3 Storage and Collection -- 3.1…StorageStorage -- 3.2…Collection -- 3.2.1 Collection From Low-Rise Detached Houses -- 3.2.2 Collection From Low and Medium-Rise Apartment -- 3.2.3 Collection From High-Rise Apartments -- 3.2.4 Collection From Commercial and Industrial Facilities -- 3.2.5 Vehicles for Collection -- 3.2.6 Pneumatic-Refuse-Collectioncollection System -- 3.3…Transfer and Transport -- References -- 4 Materials Recovery and Recycling -- 4.1…SegregationSegregation -- 4.1.1 Hand Sorting -- 4.1.2 Screens -- 4.1.3 Air ClassifiersAir Classifiers -- 4.1.4 Sink/Float Separators -- 4.1.5 Inclined Tables -- 4.1.6 Shaking Tables -- 4.1.7 Optical Sorting. , 4.1.8 Sorting by Differential Melting Temperature -- 4.1.9 Sorting by Selective Dissolution -- 4.1.10 Magnetic Separation -- 4.1.11 Eddy Current SeparatorsEddy current separators -- 4.1.12 Electrostatic SeparatorsElectrostatic separators -- 4.1.13 ShreddingShredding -- 4.1.14 Pulping -- 4.1.15 Crushing -- 4.1.16 Baling -- 4.1.17 Ballistic SeparatorsBallistic Separators -- 4.2…Reuse and Recycle -- 4.2.1 Aerobic and Anaerobic Treatment -- 4.2.2 Composting -- 4.2.2.1 Anaerobic Digestion -- 4.2.3 Road Making -- 4.2.4 Removal and Recovery Method -- 4.2.5 StabilizationStabilization -- 4.2.6 DeactivationDeactivation -- 4.2.7 Metal Removal and Recovery -- 4.2.8 Aqueous Treatment -- 4.2.9 Plastic Granulatinggranulating -- 4.2.10 Emerging Biological Technologies -- 5 Disposal -- 5.1…Landfill -- 5.1.1 Processes Within a LandfillLandfill -- 5.1.2 Controlling Leachate and Gas -- 5.1.2.1 Monitoring of Landfills -- 5.1.2.2 Closure of Landfills -- 5.1.3 Operation of Landfills -- 5.1.4 Use of Old LandfillLandfill Sites -- 5.1.5 Landfill Mining -- 5.1.6 Land Filling Hazardous WasteHazardous Waste -- 5.2…Co-Processing of Solid Wastes -- 5.3…IncinerationIncineration and Waste to Energy -- 5.3.1 Heat Value of Refuse -- 5.3.2 Combustion and Energy Recovery -- 5.3.3 Energy Production from Waste -- 5.3.4 Material and Thermal Balances -- 5.3.4.1 Waste Heat Recovery -- 5.3.5 Other Technologies -- 5.3.5.1 GasificationGasification -- 5.3.5.2 PlasmaPlasma Technology -- 5.3.5.3 PyrolysisPyrolysis -- References -- 6 Biomedical Waste -- 6.1…Significance -- 6.1.1 Household Biomedical Waste -- 6.1.2 Biomedical Waste from Rural Area -- 6.2…Nosocomial Infection and Health Burden Due to Biomedical Waste -- 6.3…Characteristics and Quantities -- 6.4…Treatment and Disposal -- 6.5…Radioactive WasteRadioactive waste -- 6.6…Mercury in Biomedical Waste -- 7 Hazardous Waste -- 7.1…Significance. , 7.2…Precautions to be Taken StorageStorage and Transportationtransportation of Hazardous Waste -- 7.3…Characteristics and Quantity -- 7.3.1 Household Hazardous Waste and Special Waste -- 7.3.2 Hazardous Waste From Rural and Urban Area -- 7.4…StorageStorage of Hazardous Waste -- 7.5…Treatment and DisposalDisposal -- 7.5.1 StabilizationStabilization and Solidification -- 7.5.2 IncinerationIncineration and Coincineration -- 7.5.3 Landfill -- 7.5.4 Precautions and Practices During Incineration and Land Filling Hazardous WasteHazardous Waste -- References -- 8 Waste From Electrical and Electronic Equipment -- 8.1…Significance -- 8.2…Characteristics and Quantity -- 8.3…Material Recovery, Treatment and Disposaldisposal -- References -- 9 Wastes From Industrial and Commercial Activities -- 9.1…Extractive Industries -- 9.1.1 MiningMining -- 9.1.2 QuarryingQuarrying -- 9.1.3 LoggingLogging -- 9.2…Basic Industries -- 9.2.1 Metals -- 9.2.1.1 Copper -- 9.2.1.2 Aluminum -- 9.2.1.3 Iron and steel -- 9.2.2 Chemicals -- 9.2.3 Paper -- 9.2.4 Plastic -- 9.2.5 Glass -- 9.2.6 Textile -- 9.2.7 Wood Products -- 9.2.8 Power -- 9.2.9 Petroleum -- 9.3…Conversion and Fabrication Industry -- 9.3.1 Packaging -- 9.3.2 Automotive -- 9.3.3 Electrical and Electronics -- 9.3.4 Paper Products -- 9.3.5 Hardware -- 9.3.6 Soft Goods -- 9.3.7 Food Processing -- 9.3.8 Construction and Demolition -- 9.4…Service Industries -- 9.4.1 Entertainment -- 9.4.2 Hospitality -- 9.4.3 Software -- 9.4.4 Communication -- 9.5…Commercial Activity -- 9.5.1 Restaurants -- 9.5.2 Offices -- 9.5.3 Shops -- 9.5.4 Where Houses -- 9.6…Source Reduction -- 9.7…Zero Waste: Concept and Practice -- 9.8…Innovative Technologies -- References -- 10 Radio Active Waste -- 10.1…Significance -- 10.2…Classification of Waste -- 10.3…CharacterisationCharacterisation -- 10.4…Pre-Treatment -- 10.4.1 Packaging. , 10.4.2 DecontaminationDecontamination -- 10.5…Treatment -- 10.5.1 Compaction and Super-Compaction -- 10.5.2 IncinerationIncineration -- 10.5.3 Chemical and Thermochemical Decomposition -- 10.5.4 Partitioning and Transmutation -- 10.5.5 Conditioning -- 10.5.6 Immobilization -- 10.5.6.1 Immobilization Matrix -- Cementitious Materials -- Bitumen -- Organic Polymers -- High-Temperature IncinerationIncineration and Melting -- Phosphate Ceramics -- Inorganic Polymers/Synthetic Zeolites -- Glass -- Glass Ceramics -- Synroc -- Natural Crystalline Phases -- 10.6…StorageStorage -- 10.7…Disposal -- 10.7.1 Near Surface Disposaldisposal Facilities -- 10.7.2 Stone-Lined Earth Trenches -- 10.7.3 Reinforced Concrete Trenches -- 10.7.4 Tile Holes -- 10.7.5 Geological Disposaldisposal -- 10.8…Surveillance and Monitoring -- References -- 11 Health and Safety Issues -- 11.1…Required Precautions During Manual Operation -- 11.2…Required Precautions for Moving Materials Mechanically -- 11.3…Safety During Storage and Transport -- 11.3.1 Stacking Materials -- 11.3.2 Safety During TransportationTransportation -- 11.4…Safety During Treatment and DisposalDisposal -- 11.4.1 Safety Issues During Treatment -- 11.4.2 Safety Issues in Dumpsite -- 11.4.3 Safety Issues in LandfillLandfill Site -- 11.4.4 Safety Issues in IncineratorIncinerator -- 11.5…Work Permit System -- 11.6…Safety Education and Training -- 11.7…Safety Promotion and Publicity -- 11.8…Hazards Encountered in Hazardous WasteHazardous Waste Handling and DisposalDisposal Sites -- 11.9…Electrical Hazards -- 11.10…Heat Stress -- 11.11…Cold Exposure -- 11.12…Noise Hazard -- References -- 12 Environmental Issues -- 12.1…Impact on Air, Water and Soil -- 12.2…Impact on Flora and Fauna -- 12.3…Greenhouse Gas Generation and Climate Change -- References -- 13 Issues in Disaster Affected Area -- 13.1…TsunamiTsunami. , 13.2…EarthquakeEarthquake -- 13.3…Haphazard Disposal of Hazardous Waste -- 13.4…Flooding -- 13.5…Hurricanes, Typhoons, Cyclones, Tornados -- 13.6…War and Conflict -- 13.7…Wild Fires -- 13.8…Industrial Accidents -- 13.9…Landslide -- 13.10…Avalanche -- 13.11…DroughtDrought -- 13.12…Epidemic Disease -- 13.13…Hail Storms -- 13.14…Volcanoes -- 13.15…Wind Storms -- 13.16…Waste Management -- 13.16.1 Emergency Response -- 13.16.2 Recovery -- 13.16.3 Rebuild -- 13.16.4 Waste Transportation -- 13.16.5 Waste Reuse/Recycle -- 13.16.6 Waste Disposal -- References -- 14 Solid Waste and Livelihood -- 14.1…Rag Pickers -- 14.2…Scrap Dealers -- 14.3…Waste CollectorsWaste Collectors -- 14.4…SweepersSweepers -- 14.5…Truck Drivers -- 14.6…Waste Handlers -- 14.7…Manual Waste Dis-assemblers -- 14.8…Waste Recyclers -- 14.9…Itinerant Waste Buyers -- References.

Note: Intro -- Preface -- Contents -- List of Figures -- List of Tables -- List of Boxes -- 1 Major Issues of Air Pollution -- Abstract -- 1.1 Acid Rain -- 1.2 Global Warming and Climate Change -- 1.3 Ozone Layer Depletion -- 1.4 Atmospheric Brown Cloud -- 1.5 Impact on Flora and Fauna -- 1.6 Impact on Crop Yield -- 1.7 Impact on Material -- 1.8 Impact on Human Health -- 1.9 Black Snow and Muddy Snow -- 1.10 Water Pollution -- 1.11 Soil Pollution -- 1.12 Loss of Economy -- 1.13 Visibility -- References -- 2 Air Quality Issues -- Abstract -- 2.1 Types of Air Pollutants -- 2.1.1 Natural Air Pollutants -- 2.1.2 Anthropogenic Air Pollutants -- 2.2 Regulatory Issues -- 2.3 Standards and Consents -- 2.3.1 Ambient Air Quality Standards -- 2.3.2 Emission Standards -- 2.4 Agriculture and Air Pollution -- 2.5 Indoor Air Pollution -- 2.6 Air Pollution Management for Wildlife Conservation -- 2.7 Zoning Atlas for Urban Development -- 2.8 Air Pollution Management in Urban Settlement -- 2.9 Air Pollution in Rural Areas -- 2.10 Air Quality Deterioration -- 2.11 Air Quality Monitoring and Inventorization -- 2.11.1 Sampling -- 2.11.1.1 Passive Sampling -- 2.11.2 Source Apportionment Study -- 2.11.3 Remote Sensing and Geographic Information System -- 2.11.4 Air Quality Modelling -- 2.11.5 Scale of Model -- 2.11.5.1 Global -- 2.11.5.2 Continental -- 2.11.5.3 Regional -- 2.11.5.4 Mesoscale -- 2.11.5.5 Microscale -- 2.11.6 Trajectories -- 2.11.7 Mathematical Principles -- 2.11.7.1 Box Model -- 2.11.7.2 Gaussian Model -- 2.11.7.3 Eulerian Model -- 2.11.7.4 Lagrangian Model -- References -- 3 Needs and Perspectives of Sustainable Air Pollution Management -- Abstract -- 3.1 History of Air Pollution and Its Management -- 3.2 Air Pollution Sources -- 3.2.1 Unsustainable Characteristics -- 3.3 Air Pollution Control Systems -- 3.4 Influence of Meteorology on Air Pollution. , 3.4.1 Lapse Rate and Dispersion -- 3.4.2 Pressure System and Dispersion -- 3.5 Winds and Dispersion -- 3.6 Economics of Air Pollution -- 3.7 Integrated Air Pollution Management -- 3.7.1 Afforestation -- 3.7.2 Urban Planning -- 3.7.3 Pollution Tax -- 3.7.4 Pollution Trading -- 3.7.5 International Laws -- 3.7.6 National and Regional Laws -- 3.8 Population Control -- 3.9 Air Pollution Management by Citizens Initiative -- 3.9.1 Public Interest Litigation -- 3.9.2 Complaints and Letters -- 3.9.3 Website and Blogs -- 3.9.4 Agitation -- 3.10 Air Pollution Management by Initiative of Mass Media -- References -- 4 Fundamentals of Treatment, and Process Design for Air Pollution Control -- Abstract -- 4.1 History of Air Pollution Regulatory Issues Across the World -- 4.1.1 Low-Tech Versus Hi-Tech -- 4.1.2 Low Cost Versus High Cost -- 4.2 Design Principles for Sustainable Air Pollution Management -- 4.2.1 Low Carbon -- 4.2.2 Low Energy -- 4.2.3 Low Chemical -- 4.2.4 Modelling of Treatment Processes to Attain Sustainability -- 4.2.5 Operation, Management, Financial, Socio-economic Aspect -- 4.3 Air Pollution Control Equipment for Stationary Sources -- 4.3.1 Settling Chamber -- 4.3.2 Centrifugal Collectors -- 4.3.3 Filter -- 4.3.4 Scrubber and Absorption Towers -- 4.3.5 Biofilters -- 4.3.6 Electrostatic Precipitator -- 4.3.7 Adsorption -- 4.3.8 Condensation, Refrigeration and Cryogenics -- 4.3.9 Combustion -- 4.3.10 Catalytic System -- 4.3.11 Thermal Oxidation -- 4.4 Air Pollution Control in Mobile Sources -- 4.4.1 Positive Crankcase Ventilation System -- 4.4.2 Diesel Particulate Filters -- 4.4.3 Advanced Diesel Engine Technologies -- 4.4.4 Adsorption System -- 4.4.5 Catalytic Systems -- 4.4.5.1 Electrically/Chemically Heated Catalytic Systems -- 4.4.5.2 Close-Coupled Catalyst -- 4.4.5.3 Lean NOx Catalysts -- 4.4.5.4 Diesel Oxidation Catalyst. , 4.4.5.5 New Catalysts -- 4.4.6 Other Control Technologies and Future Trends -- 4.5 Needs of Electrical, Instrumentation and Mechanical Equipments -- 4.5.1 Electrical Equipment and Energy Requirement -- 4.5.2 Instrumentation in Air Pollution Control Equipment -- 4.5.3 Introduction to Piping and Instrumentation (P& -- I) Diagram -- 4.5.4 Mechanical Equipment Requirements and Related Issues -- 4.5.5 Systems and Operational Issues -- 4.5.6 Real Time Control -- 4.5.7 Indicators of Sustainable Performance -- Systems Approach for Sustainability Assessment of Air Infrastructure -- 4.5.8 Trouble Shooting -- 4.5.9 Operational Checks for the Air Pollution Control Equipment -- 4.5.10 Odour Management -- References -- 5 Sustainable Industrial Air Pollution Management -- Abstract -- 5.1 Sustainable Principles in Industrial Air Pollution Management -- 5.1.1 Extended Producer Responsibility -- 5.1.2 Extended Polluters Responsibility -- 5.2 Zoning Atlas for Siting Industry -- 5.3 Green Technology -- 5.4 Green Belt -- 5.5 Environmental Impact Assessment -- 5.6 Environmental Management System -- 5.7 Awareness -- 5.8 Incentives -- 5.9 Enforcement -- 5.9.1 Industries/Activities with High Particulate Emissions -- 5.9.1.1 Mining -- 5.9.1.2 Metal Beneficiating and Extraction -- 5.9.1.3 Thermal Power Plants -- 5.9.1.4 Surface Coating -- 5.9.1.5 Drugs and Pharmaceuticals -- 5.9.1.6 Cement Industries -- 5.9.1.7 Stone Crusher -- 5.9.1.8 Solid Waste Management -- 5.9.1.9 Hot Mix Plant -- 5.9.1.10 Ready Mix Concrete -- 5.9.1.11 Construction Sites -- 5.9.1.12 Entertainment -- 5.9.1.13 Cracker/Explosive Manufacturing -- 5.9.1.14 Brick Kiln -- 5.9.1.15 Rice Mill -- 5.9.1.16 Puffed Rice -- 5.9.1.17 Diesel Generator -- 5.9.1.18 Boiler -- 5.9.1.19 Thermic Heaters -- 5.9.1.20 Tobacco Curing -- 5.9.1.21 Hotels and Restaurants -- 5.9.1.22 Food Industries -- 5.9.1.23 Glass Industry. , 5.9.1.24 Crematoria -- 5.9.1.25 Gas Turbine -- 5.9.2 Industries with Gaseous Pollutants -- 5.9.2.1 Petroleum Refineries -- 5.9.2.2 Chemical Manufacturing -- 5.9.2.3 Inorganic Chemical Manufacturing -- 5.9.2.4 Metal Industries -- 5.9.2.5 Paper Industries -- References -- 6 Sustainable Air Pollution Management in Transportation Sector -- Abstract -- 6.1 Air Transport -- 6.2 Water Transport -- 6.3 Land Transport -- 6.3.1 Shifting to Green Fuel -- 6.3.2 Improving Mass Transportation -- 6.3.3 Ensuring Good Quality Fuel -- 6.3.4 Eco Friendly Engines and Fuel -- 6.3.5 Vehicular Emission Standard -- References -- 7 Sustainable Fuel Management -- Abstract -- 7.1 Sulphur Control at the Point of Fuel Manufacturing -- 7.2 Use of Green Fuel -- 7.3 Mitigation of Fuel Adulteration -- 7.4 Improving Combustion Efficiency -- References -- 8 Air Pollution and Disasters -- Abstract -- 8.1 Floods -- 8.2 Drought -- 8.3 Wild Fire -- 8.4 Earthquake -- 8.5 Tsunami -- 8.6 Volcanic Eruption -- 8.7 Epidemics -- 8.8 Extreme Temperature -- 8.9 Insect Infestation -- 8.10 Mass Movement -- 8.11 Air Pollution Due to Anthropogenic Disasters -- 8.11.1 Wars and Conflicts -- 8.11.2 Fire Accident -- References -- 9 Safety Issues in Sustainable Air Pollution Management -- Abstract -- 9.1 Health, Safety and Sustainability -- 9.2 Safety Issues During Fabrication and Erection of Air Pollution Equipment -- 9.3 Safety Issues During Operation -- References -- Annexure I -- Glossary -- Index.