The scientific and mathematical crossover between chemical and environmental engineering is the key to solving a host of environmental problems. Many problems included in the Handbook are intended to demonstrate this crossover, as well as the integration of engineering with current regulations and environmental media such as air, soil, and water. Solutions to the problems are presented in a programmed instructional format. Each problem contains a title, problem statement, data, and solution, with the more difficult problems located near the end of each problem set. The Handbook offers material not only to individuals with limited technical background but also to those with extensive industrial experience.
Chapter titles include:
- Chemical Engineering Fundamentals
- Chemical Engineering Principles
- Air Pollution Control Equipment
- Solid Waste
- Water Quality and Wastewater Treatment
- Pollution Prevention
- Health, Safety, and Accident Management
Ideal for students at the graduate and undergraduate levels, the Handbook of Chemical and Environmental Engineering Calculations is also a comprehensive reference for all plant and environmental engineers, particularly those who work with air, drinking water, wastewater, hazardous materials, and solid waste.
PART I: CHEMICAL ENGINEERING FUDNAMENTALS.
Chapter 1. Units and Dimensions (UAD).
Chapter 2. Conservation Law for Mass (CMA).
Chapter 3. Conservation Law for Energy (CLE).
Chapter 4. Conservation Law for Momentum (CLM).
Chapter 5. Stoichiometry (STO).
PART II: CHEMICAL ENGINEERING PRINCIPLES.
Chapter 6. Fluid Flow (FFL).
Chapter 7. Heat Transfer (HTR).
Chapter 8. Mass Transfer Operations (MTO).
Chapter 9. Thermodynamics (THR).
Chapter 10. Chemical Kinetics (KIN).
Chapter 11. Process Control (CTR).
Chapter 12. Process Design (PRD).
PART III: AIR POLLUTION CONTROL EQUIPMENT.
Chapter 13. Fluid Particle Dynamics (FPD).
Chapter 14. Mechanical Collectors (MCC).
Chapter 15. Electrostatic Precipitators (ESP).
Chapter 16. Baghouses (BAG).
Chapter 17. Venturi Scrubbers (VEN).
Chapter 18. Hybrid Systems (HYB).
Chapter 18. Hybrid Systems (HYB).
Chapter 19. Combustion (CMB).
Chapter 20. Absorption (ABS).
Chapter 21. Adsorption (ADS).
PART IV: SOLID WASTE.
Chapter 22. Regulations (REG).
Chapter 23. Characteristics (CHR).
Chapter 24. Nuclear/Radioactive Waste (NUC).
Chapter 25. Superfund (SUP).
Chapter 26. Municipal Waste (MUN).
Chapter 27. Hazardous Waste Incineration (HWI).
Chapter 28. Hospital/Medical Waste (MED).
PART V: WATER QUALITY AND WATEWATER TREATMENT.
Chapter 29. Regulations (REG).
Chapter 30. Characteristics (CHR).
Chapter 31. Water Chemistry (WCH).
Chapter 32. Physical Treatment (PHY).
Chapter 33. Biological Treatment (BIO).
Chapter 34. Chemical Treatment (CHM).
Chapter 35. Sludge Handling (SLU).
Chapter 36. Water Quality Analysis (QA).
PART VI: POLLUTION PREVENTION.
Chapter 37. Source Reduction (RED).
Chapter 38. Recycle/Reuse (RCY).
Chapter 39. Treatment (TRT).
Chapter 40. Ultimate Disposal (ULT).
Chapter 41. Energy Conservation (ENC).
Chapter 42. Domestic Applications (DOM).
PART VII: HEALTH SAFETY< AND ACCIDENT MANAGEMENT.
Chapter 43. Toxicology (TOX).
Chapter 44. Health Risk Analysis (HRA).
Chapter 45. Hazard Risk Analysis (HZA).
Chapter 46. Hazard Risk Assessment (HZR).
Chapter 47. Industrial Applications (IAP).
PART VII: OTHER TOPICS.
Chapter 48. Dispersion (DSP).
Chapter 49. Noise Pollution (NOP).
Chapter 50. Economics (ECO).
Chapter 51. Ethics (ETH).
Chapter 52. Statistics (STT).
Chapter 53. Indoor Air Quality (IAQ).
Chapter 54. ISO 14000 (ISO).
Chapter 55. Measurements (MEA).