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Oxygen-enriched nonlinear combustion control for low-NOX emissions in natural gas-fired ceramic kilns
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DOI：10.1016/j.fuproc.2026.108463.png)
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Abstract
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• Compared with conventional combustion, temperature and fuel input exert stronger effects under oxygen-enriched combustion. • At 24% O2, a period of 16 s, and an amplitude of 15 yields the best NOX reduction (64.1% lower than linear combustion). • At 30% O2, the minimum NOX emission under the proposed mode achieves a 40.4% reduction relative to the national standard.
Keywords:
Pilot-scale ceramic kiln
Low NOX emission
Oxygen-enriched
Nonlinear combustion
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