Target Group: Engineering – Operations – Maintenance – Reliability – Health & Safety – Environmental
Applicable to Ammonia, Methanol, and Hydrogen industries requiring in-depth knowledge of Plant
Process, Operation Review, and Steam Reformer Furnaces.
| Date |
October 3-5th, 2017 – Houston, Texas |
| Time |
8:00am to 5:00pm |
| Location |
1001 South Dairy Ashford, Floor 4, Houston, Texas, U.S.A. 77077 |
| Day 1 – Plant Process and Operations Review |
|
Day 2 & Day 3 – Steam Reformer Furnaces |
- Plant Catalyst
- Sulfur Removal
- Primary Reformer
- Secondary Reformer
- HTS
- LTS
- Methanation
- Ammonia Synthesis
- Plant Process
- Ammonia, Methanol & Hydrogen Plant Layouts
- Heat and Material Balances
- Steam Balance
- CO₂ Removal
- Syngas Drying
- Refrigeration
- Use of Infrared Thermography
- Plant Meters
- Reducing Pressure Drop
- Cooling Water
- Plant Evaluation and Modeling
- Production Review
- Key Factors
- Operations Finance
- Pro Formas
- Project Justifications
- Production
- Downtime
- Risk Assessment and Mitigation
- Plant Assessment Models
- Plant Relocations
- Brief on Plant Relocation Experience
- Pros
- Cons
- Lessons Learned
|
|
- Basics of Steam Reforming
- Reformer Chemistry
- Reformer Applications
- Critical Design Features
- Catalyst Tubes
- Catalyst Technologies
- Burners
- Tunnels
- Insulation Systems
- Combustion Air Preheaters
- Revamps
- Radiant Section
- Convection Section
- Design for :
- High Efficiency
- Low Emissions
- Increased Capacity
- Higher Reliability
- Operation and Maintenance
- Controls & Safety Systems
- Start-Up & Normal Operations
- Emergency & Upset Conditions
- Typical Operating and Maintenance Issues
- Inspection Best Practices
- Turnaround Planning
- Detailed Planning / Scheduling
- Material Planning & Laydown
- Turnaround Activities
- Post-Turnaround Activities
- Lessons Learned
|
1 Day course : $295.00 USD
Full Course: $495.00 USD