Near Flameless Burner
Minimal Flame Impingement
All combustion takes place in the first 8” inside the combustion chamber. You receive the heat without the issue of flame impingement. The benefit… reduces production downtime and costly repairs.
Setting New Standards for Low Emissions
NOx 16-19 ppm and zero CO present in exhaust stream. (NOx levels compensated to 3% O2)
Consistent Efficiency in a Non-Pressurized System
3% thermal efficiency in a fire-tube application using HHV Fuel
Low Fuel Pressure (Greater Safety)
ACI = 2 to 4 psi vs. Competitors pressure at 19 psi
Adds to thermal efficiency
Reduces combustion NOx and combustion chamber deterioration
The Absolute Exhaust Burner™ has an exhaust temp of 300˚ – 450˚F as compared to competitors with an average exhaust temperature of 800˚F.
Exhaust Velocity Harmonic
Maximizing Energy Efficiency
Because of our unique combustion pattern a particle could travel 4 to 5 times the distance before it leaves the fire-tube
Consistent Operational Efficiency
Barometric pressure and humidity will not affect the efficiency or the performance of our burner.
Due to our ability to increase heat transfer efficiency by 35% or greater the result is the capability to put more process through the vessel with out any additional fuel or energy costs.
Decreased Fuel Consumption
Our burner efficiency allows us to better transfer heat to the process, their for allowing our burner to operate at at least 35% less Btu value then our competition and still maintaining the temperature and throughput requirements of the vessel.