This 30-hour package was created for Class 3 and Class 4 Drinking Water Operators in Rhode Island.

Included are the following Rhode Island-approved courses:

  • Electrical Safety (NFPA 70E 2024) Part 2 - 2 hours
  • Fluid Mechanics - 1 hour
  • Piping Systems Part 1 - 5 hours
  • Piping Systems Part 2 - 5 hours
  • Pumps Part 1 - 5 hours
  • Pumps Part 2 - 5 hours
  • Storage Tanks - 2 hours
  • Water Utility Management - 5 hours

Course Format: Text

Credit Type: All Operators

Approved By: Department of Health - Office of Drinking Water Quality

30-Hour Package for Class 3 and 4 Drinking Water Operators

  • Electrical Safety (NFPA 70E 2024) Part 2 [12 Activities]
    • 01. Article 120: Establishing an Electrically Safe Work Condition
    • 02. Section 120.2, Lockout/Tagout Program.
    • 03. Section 120.3, Lockout/Tagout Principles.
    • 04. Section 120.4, Lockout/Tagout Equipment.
    • 05. Section 120.5, Lockout/Tagout Procedures PART-I.
    • 06. Section 120.5, Lockout/Tagout Procedures PART-II.
    • 07. Section 120.6, Process for Establishing and Verifying an Electrically Safe Work Condition.
    • 08. Article 130: Work Involving Electrical Hazards
    • 09. Section 130.5, Arc Flash Risk Assessment.
    • 10. Section 130.7(C)(1) through (C)(8), Personal and Other Protective Equipment.
    • 11. Section 130.7(C)(9) through (C)(15), Personal and Other Protective Equipment.
    • 12. Section 130.7(C), Personal Protective Equipment (Tables).
  • Fluid Mechanics [11 Activities]
    • 01. Definition of a Fluid
    • 02. Fluids Distribute Forces
    • 03. Definition of Pressure
    • 04. Measuring Pressure
    • 05. Sources of Fluid Pressure
    • 06. Gauge Verses Absolute Pressure
    • 07. Liquid Seeks Its Own Level
    • 08. Velocity Head Verses Static Pressure
    • 09. The Bernoulli Effect and Venturi Applications
    • 10. Friction Head
    • 11. The Siphon
  • Piping Systems Part 1 [45 Activities]
    • 01. Piping Systems
    • 02. Fluids
    • 03. Protecting Steam Lines
    • 04. Keeping Fluids Clean and Moving
    • 05. Piping System Maintenance
    • 06. Valves and Fittings
    • 07. Pipe Hangers and Supports
    • 08. Temperature Effects
    • 09. Piping Insulation
    • 10. Typical Piping Systems
    • 11. Maintenance Considerations
    • 12. Pipes
    • 13. Pipe Schedules and Other Pipe Codes
    • 14. Types of Systems
    • 15. Metal Piping and Characteristics of Metals
    • 16. Pipe-Manufacturing Methods
    • 17. Behavior of Fluids in Piping
    • 18. Piping Applications
    • 19. Maintenance Considerations
    • 20. Joining Pipe
    • 21. Nonmetallic Piping Materials
    • 22. Concrete Pipe
    • 23. Asbestos-Cement Pipe
    • 24. Plastic Pipe
    • 25. Limitations of Plastic Pipe
    • 26. Joining Plastic Pipe
    • 27. Maintaining Plastic Pipe
    • 28. Glass Pipe
    • 29. Maintenance Requirements
    • 30. Tubing
    • 31. Advantages of Tubing
    • 32. Tube Joining
    • 33. Types of Tubing
    • 34. Tubing Applications
    • 35. Plastic Tubing
    • 36. Other Applications and Maintenance
    • 37. Hoses
    • 38. Codes and Sizes
    • 39. Hose Classifications
    • 40. Hose Terminology
    • 41. Reinforced Nonmetallic Hose
    • 42. Nonmetallic Hose
    • 43. Metallic Hose
    • 44. Hose Couplings
    • 45. Maintenance
  • Piping Systems Part 2 [49 Activities]
    • 01. Fittings
    • 02. Functions of Fittings
    • 03. Screwed and Flanged Connections
    • 04. Other Fittings
    • 05. Welded Connections
    • 06. Tube Fittings
    • 07. Drawing Symbols
    • 08. Valves
    • 09. Types of Industrial Valves
    • 10. Gate Valves
    • 11. Globe Valves
    • 12. Needle Valves
    • 13. Ball Valves
    • 14. Butterfly Valves
    • 15. Plug Valves
    • 16. Check Valves
    • 17. Quick-Opening Valves
    • 18. Valve Maintenance and Connections
    • 19. Specialized Valves and Diaphragm Valves
    • 20. Blowdown Valves
    • 21. Pressure-Regulating Valves
    • 22. Temperature-Regulating Valves
    • 23. Safety Valves
    • 24. Relief Valves
    • 25. Rupture-Disk Relief Valves
    • 26. Reducing Valves
    • 27. Other Valves
    • 28. Valve Operators
    • 29. Magnetic, Pneumatic, and Hydraulic Operators
    • 30. Remote Control
    • 31. General Applications
    • 32. Strainers
    • 33. Filters
    • 34. Steam
    • 35. Traps
    • 36. Vent Valves
    • 37. Trap Maintenance
    • 38. Typical Piping System
    • 39. Pressure Gauges
    • 40. Temperature Gauges
    • 41. Rotary Pressure Joints
    • 42. Vacuum Breakers
    • 43. Accumulators
    • 44. Receivers
    • 45. Actuators and Intensifiers
    • 46. Pneumatic Pressure Line Accessories
    • 47. Heat Exchangers
    • 48. Wrenches
    • 49. Maintenance
  • 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
    • 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
  • Pumps Part 2 [41 Activities]
    • 01. Reciprocating Pump Applications
    • 02. Reciprocating Pump Parts
    • 03. Reciprocating Pump Classifications
    • 04. Steam-Driven Pump Operation
    • 05. Power Pump Operations
    • 06. Horizontal Plunger Pumps
    • 07. Vertical Plunger Pumps
    • 08. Air-Driven Pump Operations
    • 09. Introduction to Metering Pumps
    • 10. Metering Pump Classification
    • 11. Plunger and Piston Metering Pumps
    • 12. Diaphragm Pumps
    • 13. Air-Operated Metering Pumps
    • 14. Rotary Metering Pumps
    • 15. Handling Difficult Materials
    • 16. Chemical Pumps
    • 17. Special Chemical Pumps
    • 18. Magnetic-Drive Pumps
    • 19. Canned-Motor Pumps
    • 20. Centrifugal Slurry Pumps
    • 21. Pulp-Handling Pumps
    • 22. Trash and Sewage Pumps
    • 23. Diaphragm Pumps
    • 24. Reciprocating Slurry Pumps
    • 25. Vortex Pumps
    • 26. Pump Sealing Requirements
    • 27. Stuffing Boxes
    • 28. Packing Materials
    • 29. Installing Packing
    • 30. Mechanical Seals
    • 31. Special Seals
    • 32. Pump and Sleeve Bearings
    • 33. Antifriction and Special Bearings
    • 34. Bearing Lubrication
    • 35. Bearing Seals
    • 36. Pump Installation and Maintenance
    • 37. End-Suction Centrifugal Pumps
    • 38. Vertical Turbine Pumps
    • 39. Rotary Pumps
    • 40. Reciprocating Pumps
    • 41. Difficult Material Pumps and Other Maintenance Problems
  • Storage Tanks [14 Activities]
    • 01. An Introduction to Storage Tanks and Their Facilities
    • 02. Common Types and Classification
    • 03. Sizes and Common Materials
    • 04. Storage Tank Components
    • 05. Basic Operation
    • 06. Water Demand
    • 07. Regulations and Standards
    • 08. Regulations and Standards: Facility and Tank Construction
    • 09. General Maintenance
    • 10. Disinfection and Sanitation
    • 11. Safety
    • 12. Security
    • 13. Inspections
    • 14. Conclusion
  • Water Utility Management
    • Successful Water Utilities Management: Theories and Planning [10 Activities]
      • 01. Introduction to Water Utility Management
      • 02. Characteristics of Successful Water Utility Management
      • 03. Management Theories
      • 04. Problems Associated with Management: Overview
      • 05. Problems Associated with Management: Planning
      • 06. Problems Associated with Management: Risk Assessment
      • 07. Risk Management
      • 08. Best Practices for Water Utility Management: Overview
      • 09. Best Practices for Water Utility Management: Self-Assessment
      • 10. Best Practices for Water Utility Management: Organizational Culture
    • Practical Approaches to Utility Management [7 Activities]
      • 01. Overview (Practical Approaches to Utility Management)
      • 02. Lean Techniques
      • 03. Additional Resources and Tools: Overview
      • 04. Additional Resources and Tools: Effective Utilities Management (EUM)
      • 05. Additional Resources and Tools: Case Studies
      • 06. Continual Improvement Management
      • 07. Reliability
    • Workplace Safety: Requirements and Resources [7 Activities]
      • 01. Overview of Workplace Safety
      • 02. Hazardous Materials and Environmental Risks
      • 03. Workplace Hazards
      • 04. Safety Recommendations
      • 05. Safety Requirements
      • 06. Safety Resources
      • 07. Conclusion

Course Completion

  • Mandatory Questionnaire
  • Electrical Safety (NFPA 70E 2024) Part 2 - Certificate of Achievement
  • Fluid Mechanics - Certificate of Achievement
  • Piping Systems Part 1 - Certificate of Achievement
  • Piping Systems Part 2 - Certificate of Achievement
  • Pumps Part 1 - Certificate of Achievement
  • Pumps Part 2 - Certificate of Achievement
  • Storage Tanks - Certificate of Achievement
  • Water Utility Management - Certificate of Achievement