Oscillating Combustion

This project focuses on a new technology that reduces NOx emissions while increasing furnace efficiency for both air- and oxygen-fired furnaces. Oscillating combustion is a retrofit technology that involves the forced oscillation of the fuel flow rate to a furnace. These oscillations create successive, fuel-rich and fuel-lean zones within the furnace. The load heats up faster due to the more luminous fuel-rich zones and a longer overall flame length.

Development Status Products
Demonstration

Oscillating CombustionCosts & Benefits

Parent Process: Rolling Mills
Energy Savings Potential

Efficiency or productivity increases by 5% or more. It improves heat transfer by up to 13%.

CO2 Emission Reduction Potential

The technology reduces NOx emissions by up to 75%.

Costs

Oscillating Combustion Resources