I. INTRODUCTIONS
A. ATTENDEES AND INSTRUCTOR INTRODUCTIONS
B. PURPOSE OF TRAINING
C. GENERAL DISCUSSION OF THE PLANT SYSTEMS
WHAT ARE THEY AND PURPOSE

II. THERMODYNAMICS
A. WHAT IS STEAM?
B. DEFINITION OF A BTU
C. ENTHALPY STEAM TABLE
D. HEAT TRANSFER
E. SUPERHEAT

III. STEAM PIPING CODE
A. ASME, B31.1
B. LOCAL – STATE CODES
C. PP STAMP
D. MATERIALS OF CONSTRUCTION
E. CERTIFIED WELDERS
F. STEAM PIPING EXPLOSIONS
G. VALVE REQUIREMENTS

IV. SYSTEM DESIGN
A. PIPE SIZING VELOCITIES AND PRESSURE DROP
B. EXPANSION AND CONTRACTION
C. PIPE HANGERS AND ANCHORING
D. DRIP LEGS AND STEAM TRAP LOCATIONS
E. STEAM TRAP PIPING
F. USE OF PRESSURE REDUCING VALVES
G. STEAM LINE TREATMENT

V. STEAM TRAPS
A. TYPES AND DESIGN…
B. APPLICATIONS OF
C. OPERATION OF
D. MAINTENANCE
E. TESTING

CLASS DISCUSSION AND REVIEW