Training Introduction
Ammonia production facilities rely heavily on the continuous, seamless integration of feed preparation, reforming, gas purification, synthesis gas compression, and refrigeration loops. Because operational disturbances in one unit quickly propagate throughout the system, maintaining process stability and energy efficiency requires comprehensive operational oversight. This Ammonia Plant Operations, Troubleshooting & Performance Optimisation Training Course equips technical teams with the analytical capabilities needed to evaluate cross-system interactions, minimise energy losses, and systematically address operational upsets before they lead to production downtime or equipment degradation.
Through detailed performance monitoring and systematic diagnostics, participants learn how to protect precious catalyst beds, maintain precise process parameter balances, and streamline overall plant output. Focusing on conventional natural gas-based systems and major technology provider standards, this training course bridges theoretical engineering fundamentals with practical plant execution strategies.
Key focus areas of this course
- Process Interdependence: Analyzing how variable fluctuations in primary and secondary reforming directly impact downstream synthesis loops and refrigeration loops.
- Catalyst & Thermal Efficiency: Evaluating primary reformer tube performance, steam-to-carbon ratio management, and catalyst life optimization strategies.
- Systematic Diagnostics: Applying structured root-cause analysis methods to investigate process upsets, off-spec synthesis gas, and differential pressure surges.
- Gas Purification Dynamics: Managing shift converters, solvent-based carbon dioxide removal loops, and methanation unit safeguards to protect catalyst beds.
- Energy Optimisation: Identifying high-impact heat recovery opportunities and managing steam balances across compression and synthesis systems.
- Safe Operational Transitions: Supporting safe unit startups, shutdowns, load adjustments, and upset responses within site protocols.
