This webinar compares low-pressure and high-pressure steam systems, including how they are typically used, operated, and maintained. The discussion will cover the practical differences between these systems and explain how those differences affect common energy conservation opportunities such as steam trap management, insulation, condensate return, pressure reduction, controls, and heat recovery. Attendees will gain a better understanding of how system pressure, load type, operating practices, and facility needs influence which steam efficiency measures are most applicable. Learning Objectives By the end of this session, attendees should be able to: Describe the key differences between low-pressure and high-pressure steam systems, including common applications, operating characteristics, and system components. Understand how low-pressure and high-pressure steam systems are typically operated and maintained in commercial, institutional, federal, and industrial facilities. Recognize common operational issues found in each type of system, including failed traps, poor condensate return, overheating, distribution losses, pressure-control issues, and water hammer. Explain why some efficiency measures apply differently to low-pressure and high-pressure systems based on pressure, load profile, equipment configuration, and operating requirements. Understand general code and safety considerations that may influence steam system design, operation, and project implementation.