This 24-hour package has been approved for California and is intended for Level 3 Water Operators. The package includes:

  • Electrical Safety (6 hours)
  • Water Utility Management (5 hours)
  • Valve Maintenance and Piping System Protection (4 hours)
  • Pump Installation and Maintenance (4 hours)
  • Introduction to Water Technology (5 hours)

Course Format: Text

Credit Type: (S/S) Safety, Drinking Water, Drinking Water, Safety, Technical, Distribution Operator, Drinking Water, Distribution Operator, Drinking Water, Distribution Operators

Approved By: Water Board - State Water Resources Control Board

  • Electrical Safety (NFPA 70E 2024)
    • Electrical Safety (NFPA 70E 2024) Part 1 [25 Activities]
      • 01. Article 90: Sections 90.1, 90.2, 90.3
      • 02. Article 90: Sections 90.4, 90.5, 90.6
      • 03. Article 100 Definitions
      • 04. Article 105, Application of Safety-Related Work Practices and Procedures
      • 05. Article 110, General Requirements for Electrical Safety-Related Work Practices
      • 06. Section 110.3, Electrical Safety Program.
      • 07. Section 110.4, Training Requirements.
      • 08. Section 110.5 Host and Contract Employers?? Responsibilities.
      • View Additional Activities
        • 09. Section 110.6, Test Instruments and Equipment.
        • 10. Section 110.7(A)&(B), ?Portable Cord- and-Plug-Connected Electric Equipment.
        • 11. Section 110.7(C)-(F), ?Portable Cord- and-Plug-Connected Electric Equipment.
        • 12. Section 110.8, ?Ground-Fault Circuit-Interrupter (GFCI) Protection.
        • 13. Sections 110.8, Ground-Fault Circuit-Interrupter (GFCI) Protection. 110.9?Overcurrent Protection Modification. 110.10?Equipment Use. ??
        • 14. Article 120, Establishing an Electrically Safe Work Condition
        • 15. Section 120.2, Lockout/Tagout Program.
        • 16. Section 120.3, Lockout/Tagout Principles.
        • 17. Section 120.4, Lockout/Tagout Equipment.
        • 18. Section 120.5?Lockout/Tagout Procedures PART-I.
        • 19. Section 120.5 Lockout/Tagout Procedures PART-II.
        • 20. Section 120.6, Process for Establishing and Verifying an Electrically Safe Work Condition.
        • 21. Article 130: Work Involving Electrical Hazards
        • 22. Section 130.5, Arc Flash Risk Assessment.
        • 23. Section 130.7(C)(1) through (C)(8),?Personal and Other Protective Equipment.
        • 24. Section 130.7(C)(9) through (C)(15),?Personal and Other Protective Equipment.
        • 25. Section 130.7(C). Personal Protective Equipment (Tables).
    • Electrical Safety (NFPA 70E 2024) Part 2 [15 Activities]
      • 01. Section 130.7(D). Other Protective Equipment.
      • 02. Section 130.8(A)-(D). Other Precautions for Personnel Activities.??
      • 03. Section 130.8(E)??(N). Other Precautions for Personnel Activities.??
      • 04. Section 130.8(O). Alerting Techniques.??
      • 05. Section 130.9, Work Within the Limited Approach Boundary or Arc Flash Boundary of Overhead Lines
      • 06. CHAPTER 2, SAFETY-RELATED MAINTENANCE REQUIREMENTS.??
      • 07. Article 205, General (Requirements)??
      • 08. Article 210, Substations, Switchgear Assemblies, Switchboards, Panelboards, Motor Control Centers, and Disconnect Switches????
      • View Additional Activities
        • 09. Article 215, Premises Wiring??
        • 10. Article 220, Controller Equipment????
        • 11. Article 225, Fuses and Circuit Breakers??
        • 12. Article 230, Rotating Equipment??
        • 13. Article 235, Hazardous (Classified) Locations??
        • 14. Article 240: Batteries and Battery Rooms??
        • 15. Article 245, Portable Electric Tools and Equipment??
  • Valve Maintenance and Piping System Protection
    • Valve Maintenance and Piping System Protection [53 Activities]
      • 01. Valve Materials
      • 02. Threaded Connections
      • 03. Welded and Brazed Connections
      • 04. Flanged Connections
      • 05. Valve Installation
      • 06. Repairing Gate Valves
      • 07. Repairing Globe and Angle Valves
      • 08. Repairing Ball Valves
      • View Additional Activities
        • 09. Maintaining Plug Valves
        • 10. Maintaining Check Valves
        • 11. General Maintenance
        • 12. Special Valves
        • 13. Butterfly Valves
        • 14. Diaphragm Valves
        • 15. Pop Safety Valves
        • 16. Relief Valves
        • 17. Safety Relief Valves
        • 18. Pressure-Reducing and Regulating Valves
        • 19. Quick-Opening Valves
        • 20. Valve Actuators
        • 21. Diaphragm Actuators
        • 22. Piston Actuators
        • 23. Electric Actuators
        • 24. Actuator Installation
        • 25. Actuator Maintenance and Repair
        • 26. Bourdon Tube
        • 27. Bimetallic Gauge
        • 28. Bellows Gauge
        • 29. Flowmeters
        • 30. Rotating Unions
        • 31. Accumulators
        • 32. Air Receivers
        • 33. Application Considerations and Studying the Total System
        • 34. Valve Applications
        • 35. Valve Materials
        • 36. Valve Identification
        • 37. Soldered Valve Connections
        • 38. Threaded Valve Connections
        • 39. Flanged Valve Connections
        • 40. Tool Selection
        • 41. Valve Location
        • 42. Positioning the Valve
        • 43. Protecting Hot Pipelines
        • 44. Heat Conduction, Convection, and Radiation
        • 45. Installing and Maintaining Insulation
        • 46. Tracing
        • 47. Installing Steam Tracers
        • 48. Electric Tracing, Tracing Valves, and Fittings
        • 49. Protection From Freezing
        • 50. Protection From Corrosives
        • 51. Active and Passive Protection
        • 52. Inspection of Piping Protection
        • 53. Hangers and Supports
  • Pump Installation and Maintenance
    • Pump Installation and Maintenance [52 Activities]
      • 01. Force and Work
      • 02. Power and Horsepower
      • 03. Energy
      • 04. Velocity and Acceleration
      • 05. Static Suction Lift
      • 06. Pressure Losses: Friction and Vapor Pressure
      • 07. Available and Required Net Positive Suction Head (NPSH)
      • 08. Checking Pump Capacity and Pumping Hot Water
      • View Additional Activities
        • 09. Computing Pump Power Requirements and Effects of Operational Factors
        • 10. Priming a Pump
        • 11. Uses and Types of Packing and Seals
        • 12. Packing
        • 13. Selecting Packing Material
        • 14. Removing Old Packing
        • 15. Installing New Packing
        • 16. Testing New Packing and Packing Precautions
        • 17. Mechanical Seals
        • 18. Mechanical Seals Versus Packing
        • 19. Types of Mechanical Seals
        • 20. Installing Mechanical Seals
        • 21. Maintaining and Troubleshooting Packing and Seals
        • 22. Installing the Pump and Preparing the Foundation
        • 23. Fabricated Steel Baseplates
        • 24. Checking Shaft Alignment and Grouting the Baseplate
        • 25. Mounting Pump and Motor Separately
        • 26. Compensating for Heat and Installing Auxiliary Pump Drives
        • 27. Maintaining Centrifugal Pumps
        • 28. Inspecting Packing, Seals, and Bearings
        • 29. Motor and Drive
        • 30. Avoiding Common Pump Problems
        • 31. Cavitation
        • 32. Ring Seizure
        • 33. Overheating
        • 34. Pump Operation
        • 35. Scheduling Maintenance and Troubleshooting
        • 36. Preparation, Work Areas, and Rigging
        • 37. Moving a Pump
        • 38. Disassembling a Pump
        • 39. Inspecting Pump Parts
        • 40. Checking Clearances
        • 41. Reassembling a Pump
        • 42. Reinstalling a Pump
        • 43. Types of Rotary Pumps
        • 44. Gear-Type and Vane-Type Rotary Pumps
        • 45. Axial-Flow Pumps
        • 46. Installing Rotary Pumps
        • 47. Aligning Pump and Piping
        • 48. Direction of Rotation
        • 49. Pump Start-Up
        • 50. Maintaining Rotary Pumps
        • 51. Scheduling Inspections and Maintenance
        • 52. Troubleshooting Rotary Pumps
  • Pumps: Part 1
    • Pumps: Part 1 [42 Activities]
      • 01. The Development of Pumps
      • 02. Pumping Systems
      • 03. Water Pumping Systems
      • 04. Chemical Pumping Systems
      • 05. Waste Pumping Systems
      • 06. High-Viscosity Material Pumping Systems
      • 07. Solid Pumping Systems
      • 08. Pumping Terminology
      • View Additional Activities
        • 09. Calculating Total Head
        • 10. Horsepower Calculations
        • 11. Total Energy vs Available NPSH
        • 12. Available NPSH vs Required NPSH
        • 13. Pump Performance Curves
        • 14. Head Capacity Curves
        • 15. Curve Families
        • 16. Pump Selection
        • 17. Centrifugal Pumps
        • 18. Pump Part Definitions
        • 19. End-Suction Casing Configurations
        • 20. Split-Case Centrifugal Pumps
        • 21. Double-Volume Pumps
        • 22. Impeller Types
        • 23. Wear Rings
        • 24. Shafts, Bearings, and Sleeves
        • 25. Turbine Pumps Overview and Lineshaft Turbines
        • 26. Can Turbines
        • 27. Submersible Turbines
        • 28. Flow Patterns
        • 29. Axial-Flow Propeller Pumps
        • 30. Mixed-Flow Propeller Pumps
        • 31. Special Propeller Pumps and Turbine Pump Construction
        • 32. Vertical Turbine Pump Application
        • 33. Regenerative Turbine Pumps
        • 34. Introduction to Rotary Pumps
        • 35. External-Gear Pumps
        • 36. Internal-Gear Pumps
        • 37. Lobe Pumps
        • 38. Screw Pumps
        • 39. Vane Pumps
        • 40. Rotary Piston Pumps
        • 41. Flexible-Members Pumps
        • 42. Rotary Pump Installations
  • Introduction to Water Technology
    • Introduction to Water Technology [51 Activities]
      • 01. The Water Cycle
      • 02. Precipitation
      • 03. Surface Runoff
      • 04. Groundwater
      • 05. Lots of Water, but…
      • 06. Water Use
      • 07. Industrial Use
      • 08. Agricultural Use and Waste
      • View Additional Activities
        • 09. Beginning of Waterworks
        • 10. Centuries of Neglect
        • 11. Water Treatment - Beginning to Today
        • 12. Collecting Surface and Ground Water
        • 13. Transmission of Water
        • 14. Why Treat the Supply Water?
        • 15. Types of Treatment
        • 16. Treatment in the Treatment Plant and Distribution
        • 17. Collecting Wastewater
        • 18. Treating Wastewater
        • 19. Primary Treatment
        • 20. Secondary Treatment
        • 21. Tertiary Treatment
        • 22. Basic Properties of Water
        • 23. The Color of Water
        • 24. Measuring Water Color
        • 25. Taste and Odor of Water
        • 26. The Temperature of Water
        • 27. Solids in Water
        • 28. Total Solids in Water
        • 29. Volatile and Fixed Solids
        • 30. Turbidity and Suspended Matter
        • 31. Electrical Conductivity
        • 32. Atoms and Molecules
        • 33. Acids, Bases, and Salts
        • 34. The Ionization of Water
        • 35. Alkalinity
        • 36. Acidity
        • 37. Hardness of Water
        • 38. Other Unwanted Chemicals
        • 39. Dissolved Oxygen
        • 40. Pathogenicity
        • 41. Disinfection
        • 42. Stabilization of Organic Matter
        • 43. Biochemical Oxygen Demand
        • 44. Factors Affecting Growth
        • 45. The Food Chain and Living Things
        • 46. Bacteria
        • 47. Environmental Classifications of Bacteria
        • 48. Bacteria in Treatment Plants
        • 49. Viruses
        • 50. Algae
        • 51. Protozoa and Higher Organisms
  • Course Completion
    • Mandatory Questionnaire
    • California Electrical Safety (NFPA 70E 2024) - Certificate of Achievement (1 of 5)
    • California Valve Maintenance and Piping System Protection - Certificate of Achievement (2 of 5)
    • California Pump Installation and Maintenance - Certificate of Achievement (3 of 5)
    • California Pumps: Part 1 - Certificate of Achievement (4 of 5)
    • California Introduction to Water Technology - Certificate of Achievement (5 of 5)