Environmental Management: Science and Engineering for Industry consists of 18 chapters, starting with a discussion of International Environmental Laws and crucial environmental management tools, including lifecycle, environmental impact, and environmental risk assessments. This is followed by a frank discussion of environmental control and abatement technologies for water, wastewater, soil, and air pollution.
In addition, this book also tackles Hazardous Waste Management and the landfill technologies available for the disposal of hazardous wastes. As managing environmental projects is a complex task with vast amounts of data, an array of regulations, and alternative engineering control strategies designed to minimize pollution and maximize the effect of an environmental program, this book helps readers further understand and plan for this process.
1. Chapter One. Introduction - p. 1 2. Chapter Two. Sustainable Development - p. 5 3. Chapter Three. Natural Resource Management and Biodiversity Conservation - p. 23 4. Chapter Four. Environmental Policies and Legislation - p. 37 5. Chapter Five. Life Cycle Assessment - p. 57 6. Chapter Six. Environmental Impact Assessment and Audit - p. 77 7. Chapter Seven. Environmental Accounting - p. 113 8. Chapter Eight. Environmental Risk Assessment - p. 135 9. Chapter Nine. Energy Management and Audit - p. 153 10. Chapter Ten. ISO 9000, 14000 Series, and OHSAS 18001 - p. 177 11. Chapter Eleven. Principles and Design of Water Treatment - p. 209 12. Chapter Twelve. Wastewater Treatment Technologies - p. 249 13. Chapter Thirteen. Industrial Wastewater Treatment Technologies, Recycling, and Reuse - p. 295 14. Chapter Fourteen. Air Pollution Control Technologies - p. 337 15. Chapter Fifteen. Noise Pollution and Its Control - p. 399 16. Chapter Sixteen. Solid Waste Management - p. 431 17. Chapter Seventeen. Hazardous Waste Management - p. 463 18. Chapter Eighteen. Analytical Methods for Monitoring Environmental Pollution - p. 495 19. 18.1. Introduction - p. 495 20. 18.2. Statistical Approach - p. 495 21. 18.3. Instrumental Methods of Analysis - p. 499 22. 18.4. Water Quality Analysis - p. 503 23. 18.5. Physical and Chemical Examination of Wastewater - p. 534 24. 18.6. Examination of Industrial Wastewaters - p. 543 25. 18.7. Examination of Sludge and Bottom Sediments in Wastewater Treatment Process and in Polluted Rivers, Lakes, and Estuaries - p. 546 26. 18.8. Bacteriologic Examinations of Water to Determine Its Sanitary Quality - p. 547 27. 18.9. Soil Quality Assessment - p. 553 28. 18.10. Air Quality Assessment - p. 557 29. 18.11. Biological Assessment - p. 566 30. 18.12. Quality of the Results and Presentation - p. 569 31. Appendix 1. International Environmental Law - p. 571 32. Appendix 2 - p. 577 33. Appendix 3 - p. 581 34. Appendix 4 - p. 585 35. Appendix 5 - p. 589 36. Appendix 6 - p. 593 37. Appendix 7. Standards Followed in Environmental Impact Assessment Studies - p. 601 38. Index - p. 609
Environmental Management: Science and Engineering for Industry consists of 18 chapters, starting with a discussion of International Environmental Laws and crucial environmental management tools, including lifecycle, environmental impact, and environmental risk assessments. This is followed by a frank discussion of environmental control and abatement technologies for water, wastewater, soil, and air pollution.
In addition, this book also tackles Hazardous Waste Management and the landfill technologies available for the disposal of hazardous wastes. As managing environmental projects is a complex task with vast amounts of data, an array of regulations, and alternative engineering control strategies designed to minimize pollution and maximize the effect of an environmental program, this book helps readers further understand and plan for this process.
1. Chapter One. Introduction - p. 1 2. Chapter Two. Sustainable Development - p. 5 3. Chapter Three. Natural Resource Management and Biodiversity Conservation - p. 23 4. Chapter Four. Environmental Policies and Legislation - p. 37 5. Chapter Five. Life Cycle Assessment - p. 57 6. Chapter Six. Environmental Impact Assessment and Audit - p. 77 7. Chapter Seven. Environmental Accounting - p. 113 8. Chapter Eight. Environmental Risk Assessment - p. 135 9. Chapter Nine. Energy Management and Audit - p. 153 10. Chapter Ten. ISO 9000, 14000 Series, and OHSAS 18001 - p. 177 11. Chapter Eleven. Principles and Design of Water Treatment - p. 209 12. Chapter Twelve. Wastewater Treatment Technologies - p. 249 13. Chapter Thirteen. Industrial Wastewater Treatment Technologies, Recycling, and Reuse - p. 295 14. Chapter Fourteen. Air Pollution Control Technologies - p. 337 15. Chapter Fifteen. Noise Pollution and Its Control - p. 399 16. Chapter Sixteen. Solid Waste Management - p. 431 17. Chapter Seventeen. Hazardous Waste Management - p. 463 18. Chapter Eighteen. Analytical Methods for Monitoring Environmental Pollution - p. 495 19. 18.1. Introduction - p. 495 20. 18.2. Statistical Approach - p. 495 21. 18.3. Instrumental Methods of Analysis - p. 499 22. 18.4. Water Quality Analysis - p. 503 23. 18.5. Physical and Chemical Examination of Wastewater - p. 534 24. 18.6. Examination of Industrial Wastewaters - p. 543 25. 18.7. Examination of Sludge and Bottom Sediments in Wastewater Treatment Process and in Polluted Rivers, Lakes, and Estuaries - p. 546 26. 18.8. Bacteriologic Examinations of Water to Determine Its Sanitary Quality - p. 547 27. 18.9. Soil Quality Assessment - p. 553 28. 18.10. Air Quality Assessment - p. 557 29. 18.11. Biological Assessment - p. 566 30. 18.12. Quality of the Results and Presentation - p. 569 31. Appendix 1. International Environmental Law - p. 571 32. Appendix 2 - p. 577 33. Appendix 3 - p. 581 34. Appendix 4 - p. 585 35. Appendix 5 - p. 589 36. Appendix 6 - p. 593 37. Appendix 7. Standards Followed in Environmental Impact Assessment Studies - p. 601 38. Index - p. 609
