Level Two - Introduction to Steam Systems Prints
Review the steam prints that the attendees will be working on

1. What are the True Steam Costs
   • Review un-loaded steam cost
   • Determining loaded steam cost
2. Yes, We Do Not Have To Vent Flash Steam to Atmosphere & Lose Energy
   • Why flash steam occurs (review)
   • Calculating the percentage of flash
   • Recovering flash steam
   • Modulating and non-modulating loads
   • Calculating the energy loss
3. Steam Quality Starts with Steam Piping Best Practices
   • Moisture or condensate removal locations
   • Venting air for proper operation
   • Sizing
   • Startup condensate loads
   • Standard Operating Procedures (SOP's) for startup
4. Condensate Must Be Returned - Piping Best Practices
   • Condensate line sizing
   • Returning condensate (energy calculations)
   • Preventing water hammer
5. Can a Steam Valve Last Six Years, "Yes"
   • Selection
   • Sizing
   • Installation
6. Stop Under Sizing Steam Traps - How Size Steam Traps
   • Sizing factors
   • Calculating condensate loads
   • Sizing steam trap exercise
7. What is the Best Method to Test Steam Traps
   • How to setup a steam trap test program
   • What is the Standard Operating Procedure for testing steam traps
   • What are the methods used to test steam traps
8. Stop Killing Steam Traps - Installation Best Practices
   • What are the associated components for a successful steam trap installation
   • Standards
9. Manage Steam & Condensate Line Expansion
   • Calculating steam line expansion
   • How to manage steam line expansion
10. Which Type of Heat Transfer will Meet the Process Requirements
    • Types
    • Selection process
    • Evaluating
11. Boiler System Updating - Will This Save Energy?
    • Combustion control
    • Burner management
    • Heat recovery
12. What is the Correct Condensate Pumping System?
    • Types of condensate pumps
    • How to size receivers
    • How to size pumps