Steam Heating Systems Design, Maintenance and Improvement

This course begins with the history, current codes, standards, and fundamentals of steam heating systems before closely analyzing the components and configurations. Specifically discussed is steam boiler sizing and selection, one‐pipe vs. two‐pipe systems, condensate, traps and pumps. The course concludes by providing guidance on system maintenance, troubleshooting, and case studies.

Key learning outcomes include:

• Mastering the essential principles of steam system design and operation, including the nuanced behavior of steam versus water.
• Developing advanced troubleshooting skills to diagnose and resolve common issues like steam stall, water hammer, and uneven heating.
• Implementing effective maintenance strategies for critical components such as low water cutoffs, steam traps, and piping.
• Optimizing boiler performance through proper pressure control, combustion analysis, and water treatment techniques.
• Understanding the critical importance of safety protocols and regulatory compliance in steam heating environments.
• Exploring specialized applications, such as brewery steam systems, and adapting design for efficient operation.

By the end of this course, you will be equipped to design, maintain, and significantly improve steam heating systems, ensuring comfort, efficiency, and safety for any application.