✔︎ Duct cross sections: 3 to 50 feet (0.91 to 15.25 meter)

✔︎ Heat inputs: 10 to 1100 MMBtu/hr (2.93 to 322 MW)

✔︎ Inlet oxygen levels: ≥ 10.5% wet without augmenting air

✔︎ Inlet H2O: ≤ 20% without augmenting air

✔︎ TEG distribution to the burner: ± 20% of the average velocity over 90% of the cross section

✔︎ Low CO and VOC Emissions
Up to 80% lower than recirculation type burners – including over turndown.

✔︎ Low Pressure Drop
Maintained through our patented design with mixing vortices.

✔︎ Reliable Light-off
High Energy Spark Ignition (HESI) for consistent performance in low oxygen and high water vapor environments.

✔︎ No augmenting air required
With TEG oxygen greater than 10.5% and water vapor as high as 20%.

✔︎ Investment Cast stabilizers
Stainless steel stabilizers allow for long life and consistent performance.

✔︎ Vortex shedding analysis
Performed on each burner to ensure long life and trouble free operation.

✔︎ Patented design
Provides increased mixing that optimizes the existing oxygen in the turbine exhaust.

✔︎ Short Flame Lengths
Reduced downstream duct distance and improved temperature distribution from the burner.