Entrainment and Dilution Impact on Emission and Local Equivalence Ratio under CDC

What is it about?

Dilution and internal entrainment are used in a swirl burner to achieve distributed combustion. Emissions and local equivalence ratio are measured as the amounts of dilution are increased until distributed combustion is achieved. The change in emissions outlines the benefits of distributed combustion

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Why is it important?

To secure our energy future, local energy sources like shale gas will be widely used in all fields. This dictates finding novel combustion techniques that can combust different fuels while maintaining ultra-low emissions. Colorless distributed combustion, investigated herein, is envisioned to deliver both fuel flexibility and ultra low emissions