Refinery Plant Piping & Static Equipment Troubleshooting and Engineering Solutions Training Course

The Refinery Plant Piping & Static Equipment Troubleshooting and Engineering Solutions Training Course equips piping team leaders, piping and static equipment engineers, project engineers, and maintenance professionals in refineries with a structured, practical approach to diagnosing piping and related static equipment problems, developing sound engineering solutions, and executing repairs and modifications safely in operating plants and during turnarounds. Refinery piping systems are exposed to corrosion, erosion, vibration, thermal cycling, and mechanical damage, and leaks, cracks, vibration failures, and support problems can cause loss of containment, fires, and unplanned shutdowns. Resolving these problems requires not only accurate technical diagnosis but also disciplined planning, management of change, contractor coordination, and quality control to deliver durable solutions without disrupting operations. The course combines troubleshooting methodology, piping-focused diagnosis, and engineering solution delivery, informed by widely used API and ASME codes and recommended practices for in-service piping inspection, fitness-for-service, repair of pressure equipment and piping, bolted joint assembly, and hot tapping. Participants learn structured troubleshooting and root cause analysis and refinery damage mechanisms, and then diagnose mechanical piping problems, including flange leaks, vibration and small-bore connection fatigue, support and thermal expansion problems, expansion joint and valve problems, and corrosion and erosion problems at injection points, mix points, dead legs, and under insulation, together with key piping interfaces with vessels, heat exchangers, and air coolers. The program then addresses fitness-for-service and re-rating, temporary and permanent repair methods including clamps, composite wraps, welded sleeves, hot tapping, and line stopping, and the execution of piping modifications in operating plants, including tie-ins, pipe replacement, management of change, pressure testing, reinstatement, and pre-startup safety review. Participants also learn how to plan and control piping work during turnarounds, including scope definition, work packs, material management, fabrication quality control, contractor and team management, safe work controls, and progress tracking. The course is delivered through refinery case studies, failure photographs and inspection data analysis, troubleshooting workshops, modification and turnaround planning exercises, and engineering solution development. Participants leave with a piping troubleshooting and root cause analysis toolkit, a piping problem diagnosis guide, a repair method selection guide, a piping modification and tie-in execution checklist, and a turnaround piping work pack and control template.