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Combustion Science and Technology Volume 25, 1981 - Issue 5-6
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Original Articles

Reduction of Nitric Oxide by Coal Char at Temperatures of 1250–1750 K

YIH H. SONG
,
JANOS M. BEÉR
&
ADEL F. SAROFIM
Pages 237-240 | Published online: 02 Apr 2008

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Hai-liang Du, Min Zhang, Yunliang Zhang & Yong-hao Luo. (2017) Characteristics of NO reduction by char layer in fixed-bed coal combustion. Energy Sources, Part A: Recovery, Utilization, and Environmental Effects 39:10, pages 963-970.
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GUI-SU LIU & STEPHEN NIKSA. (2006) A GLOBAL NOx SUBMODEL FOR PULVERIZED COAL FLAMES AT ELEVATED PRESSURES. Combustion Science and Technology 178:5, pages 953-973.
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B.J. ZHONG, W.W. SHI & W.B. FU. (2001) Effect of Catalysts on the NO Reduction During the Returning with Coal Chars as the Fuel. Combustion Science and Technology 164:1, pages 239-251.
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L.S. PEDERSEN, P. GLARBORG, K. DAM-JOHANSEN, P. W. HEPBURN & G. HESSELMANN. (1998) A Chemical Engineering Model for Predicting NO Emissions and Burnout from Pulverised Coal Flames. Combustion Science and Technology 132:1-6, pages 251-314.
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ROBERTE. PECK, PETER GLARBORG & JANE. JOHNSSON. (1991) Kinetic Modeling of Fuel-Nitrogen Conversion in One-Dimensional, Pulverized-Coal Flames. Combustion Science and Technology 76:1-3, pages 81-109.
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YIHH. SONG, JOHNH. POHL, JANOSM. BEÉR & ADELF. SAROFIM. (1982) Nitric Oxide Formation During Pulverized Coal Combustion. Combustion Science and Technology 28:1-2, pages 31-40.
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Nan Li, Yali Wang, Suping Cui & Xiaodong Jin. (2020) Experimental and Kinetic Investigation on NO Reduction by Rice Husk Char and Catalytically with CO. Applied Sciences 10:19, pages 6715.
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Feng Guo, Ruochen Wu, Larry L. Baxter & William C. Hecker. (2019) Models To Predict Kinetics of NO x Reduction by Chars as a Function of Coal Rank . Energy & Fuels 33:6, pages 5498-5504.
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