RJM's full-scale, fully reacting computer modeling capability allows our engineers to accurately determine the combustion process dynamics, chemistry and emissions performance.

All modifications to the combustion process can be quickly and easily tested in the model for effectiveness before any hardware is made. Thus, the modeling process accelerates the design process and provides faster and more reliable results.

RJM engineers can improve burner efficiency even more by redesigning your burner dynamics to correctly balanced heat transfer rates between steam generation tube sections and superheater/reheater surfaces. This can lead to as much as a 90% reduction in attemperating spray usage.

Benefits:

• No guesswork. Customers will know what the best solution is for their specific situation, and what results to expect before hardware is built or installed.
• Accurately determines locations of high NOx production zones.
• Helps customer choose the most effective NOx control system for their particular equipment—well before any components are made.
• Accelerates design process to ensure quick results.
• Identifies burner dynamics and chemistry of gas units that cannot be measured by physical modeling.
• Our field-experienced, hardware-oriented, modeling specialists assure practical, real-world solutions. windbox distribution patterns, which can locate the origin of distribution concerns.