WTRM 201 Introduction to Water, Wastewater Technology

by Catherine Miettinen Ames

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Publisher
Gavilan College
Subjects
Workforce
Licence
CC BY, as LibreTexts states it
Who can read
Teens profiles and older, judged from its title and subjects

Contents

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  1. Front Matter
  2. TitlePage
  3. InfoPage
  4. Table of Contents
  5. Licensing
  6. Section 1: Introduction to Water Systems Technology
  7. 00: Front Matter
  8. Table of Contents
  9. Page 1.1: Introduction to Water Systems Technology
  10. Page 1.2: Operator Certification and Regulations
  11. Page 1.3: Career Opportunities In the Water Industry
  12. Page 1.4: Career Opportunities
  13. Page 1.5: Water Quality
  14. Page 1.6: Water Distribution Systems and Operations
  15. Page 1.7: Water Treatment Facilities and Operations
  16. Page 1.8: Water Supply
  17. Page 1.9: Water Use
  18. Page 1.10: Recycled Water, Reuse, and Conservation
  19. Section 2: Water Supply and Demand in California (Anagnoson)
  20. 00: Front Matter
  21. Table of Contents
  22. Page 2.1: Water All Around Us
  23. Page 2.1.1: Water Cycle
  24. Page 2.1.2: Water Management Concepts
  25. Page 2.1.3: Water Rights
  26. Page 2.1.4: Stakeholder Concepts
  27. Page 2.2: Supply-Side Management
  28. Page 2.2.1: Los Angeles Aqueduct
  29. Page 2.2.2: Central Valley Project
  30. Page 2.2.3: Colorado River Aqueduct
  31. Page 2.2.4: State Water Project
  32. Page 2.2.5: Alternative Water Supplies
  33. Page 2.3: Demand-Side Management
  34. Page 2.3.1: Regulations
  35. Page 2.3.2: Water Loss
  36. Page 2.3.3: Water Rates
  37. Page 2.3.4: Indoor Water Use
  38. Page 2.3.5: Outdoor Water Use
  39. Page 2.3.6: CII Water Use
  40. Page 2.3.7: Social Marketing Campaigns
  41. Section 3: Water Distribution Operator I (Alvord)
  42. 00: Front Matter
  43. Table of Contents
  44. Page 3.1: Introduction To The Operator Certification
  45. Page 3.2: Sources and Characteristics of Water
  46. Page 3.3: Regulations
  47. Page 3.4: System Design
  48. Page 3.5: Pipelines
  49. Page 3.6: Valves
  50. Page 3.7: Hydrants
  51. Page 3.8: Meter Services
  52. Page 3.9: Pumps
  53. Page 3.10: Wells
  54. Section 4: Water Treatment and Plant Operations I (Titiriga)
  55. 00: Front Matter
  56. Table of Contents
  57. Page 4.1: Source Water Quality
  58. Page 4.2: Water Chemistry and Standards
  59. Page 4.3: Microorganisms
  60. Page 4.4: Coagulation and Flocculation
  61. Page 4.5: Sedimentation
  62. Page 4.6: Filtration
  63. Page 4.7: Disinfection
  64. Page 4.8: Chlorine
  65. Page 4.9: Chloramination and Nitrification
  66. Page 4.10: Laboratory
  67. Section 5: Wastewater Treatment and Disposal I (Steffen)
  68. 00: Front Matter
  69. Table of Contents
  70. Page 5.1: Basic Overview/Introduction To Wastewater Treatment
  71. Page 5.2: Wastewater Quality
  72. Page 5.3: Wastewater Collection
  73. Page 5.4: Preliminary Treatment
  74. Page 5.5: Primary Treatment
  75. Page 5.6: Biological Treatment Overview
  76. Page 5.7: Biological Treatment Methods
  77. Page 5.8: Activated Sludge
  78. Section 6: Waterworks Mathematics (Alvord and Blasberg)
  79. 00: Front Matter
  80. Table of Contents
  81. Page 6.1: Mathematical Review- Fractions
  82. Page 6.1.1: Understanding Fractions
  83. Page 6.1.2: Reducing Fractions
  84. Page 6.1.3: Why Fractions
  85. Page 6.1.4: Multiplying Fractions
  86. Page 6.1.5: Dividing Fractions
  87. Page 6.2: Decimals
  88. Page 6.2.1: Understanding Decimals
  89. Page 6.2.2: Multiplying and Dividing Decimals
  90. Page 6.2.3: Rounding
  91. Page 6.3: Percentages
  92. Page 6.3.1: Expressing Numbers as Percentages
  93. Page 6.3.2: Word Problems
  94. Page 6.4: Equations and Word Problems
  95. Page 6.4.1: Solving Equations
  96. Page 6.4.2: Ratios and Proportions
  97. Page 6.5: Unit Dimensional Analysis
  98. Page 6.5.1: Units
  99. Page 6.6: Geometric Shapes
  100. Page 6.6.1: Areas
  101. Page 6.6.2: Volumes
  102. Page 6.6.3: Circumference
  103. Page 6.7: Water Hydraulics
  104. Page 6.7.1: Pressure
  105. Page 6.7.2: Force
  106. Page 6.7.3: Flow Rate
  107. Page 6.8: Chemical Dosage Analysis and Waste Water Treatment
  108. Page 6.8.1: The “Pound Formula”
  109. Page 6.8.2: Food to Microorganism Ratio
  110. Page 6.8.3: Mean Cell Residence Time (MCRT)
  111. Page 6.9: Water Treatment Mathematics
  112. Page 6.9.1: Detention Time
  113. Page 6.9.2: Weir Overflow Rate
  114. Page 6.9.3: Filtration Rate
  115. Page 6.10: Engineering and Construction
  116. Page 6.10.1: Planning
  117. Page 6.11: Using What You Learned and Preparing for Certification Exams
  118. Page 6.11.1: Examples
  119. Back Matter
  120. Index
  121. Glossary
  122. Detailed Licensing