Objectives
- Explain the core principles, terminology and governing standards of Refractory Engineering & Dry-out
- Apply proven methods and tools for Refractory Engineering & Dry-out to real workplace situations
- Analyse performance data to find risks, gaps and improvement opportunities
- Compare your practice with international benchmarks and regional case studies
- Build a practical action plan to apply Refractory Engineering & Dry-out in your organisation
Who should attend
Mechanical engineers, rotating equipment specialists, technicians and maintenance supervisors.
Course outline — 5 days
- Day 1Principles, terminology and governing standardsRefractory Engineering & Dry-out
- Day 2Methods, tools and calculationsRefractory Engineering & Dry-out
- Day 3Operation, inspection and performanceRefractory Engineering & Dry-out
- Day 4Risk, troubleshooting and case studiesRefractory Engineering & Dry-out
- Day 5Best practice, assessment and action planRefractory Engineering & Dry-out
10-day outline
- Day 1Principles, terminology and governing standardsRefractory Engineering & Dry-out
- Day 2Methods, tools and calculationsRefractory Engineering & Dry-out
- Day 3Operation, inspection and performanceRefractory Engineering & Dry-out
- Day 4Risk, troubleshooting and case studiesRefractory Engineering & Dry-out
- Day 5Best practice review and mid-course assessmentRefractory Engineering & Dry-out
- Day 6Advanced analysis techniquesRefractory Engineering & Dry-out
- Day 7Digital tools, data and softwareRefractory Engineering & Dry-out
- Day 8Practical labs and simulationsRefractory Engineering & Dry-out
- Day 9Regional benchmarks and lessons learnedRefractory Engineering & Dry-out
- Day 10Capstone project and final assessmentRefractory Engineering & Dry-out
Upcoming sessions 2027–2030
No public session is listed yet. We can run this course in any city on your dates, online, or at your company.