Steam Boilers: Operation, Maintenance and Troubleshooting

Overview

Steam boilers provide the steam that drives turbines, heats process streams, strips products and supports many utilities in refineries, petrochemical plants, gas plants and power stations. They combine high-pressure water and steam with large furnaces and burners, so poor operation or maintenance can cause tube failures, furnace explosions, low water incidents and long outages. Water quality, combustion control, burner management systems and safety valves are all critical to safe and efficient boiler operation, and many boiler incidents are linked to procedures that were not followed or protections that were bypassed.

This course provides a practical understanding of steam boiler operation, maintenance and troubleshooting. Participants learn steam generation principles, the main boiler types, including fire tube, water tube, waste heat and package boilers, and their components such as drums, tubes, superheaters, economisers and air heaters. The course covers combustion and burner operation, burner management systems, draft control, drum level control, feedwater and boiler water treatment, blowdown, safety valves and boiler protection systems. It also explains start-up and shutdown procedures, efficiency monitoring, tube failure mechanisms, inspection, maintenance planning, regulatory inspections and the troubleshooting of common problems.

Objectives

• Explain steam generation principles and the main boiler types
• Describe boiler components, including drums, tubes, superheaters and economisers
• Operate burners, draft systems and burner management systems safely
• Control drum level, feedwater, boiler water chemistry and blowdown
• Apply safe start-up and shutdown procedures and protection systems
• Monitor boiler efficiency and identify tube failure mechanisms
• Plan inspections and maintenance and troubleshoot common boiler problems

Who should attend

Training methodology

The course combines explanation of boiler principles with drawings, control diagrams, water chemistry reports, operating data and failure photographs. Participants trace water, steam and flue gas paths, calculate boiler efficiency and blowdown, review burner management logic and drum level control, and identify tube failure mechanisms from images. Start-up and shutdown sequences are walked through step by step. Case studies of furnace explosions, low water incidents and tube failures are analysed in groups to identify causes and preventive measures. Each day ends with a short quiz and discussion of boiler issues at participants' sites.

Programme outline

Dates and fees

Certificate

Frequently asked questions