首页|用于燃气锅炉的引射器结构燃烧器的燃烧和排放研究

用于燃气锅炉的引射器结构燃烧器的燃烧和排放研究

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为了实现"双碳"目标,天然气作为清洁高效的低碳化石能源,肩负着能源消费结构从高碳污染向低碳绿色过渡的重要使命.针对天然气锅炉燃烧器氮氧化物偏高的问题,本文设计了具有引射结构的燃烧器,并设计了两种不同的渐缩型燃气喷嘴和平直型喷嘴,同时对喷嘴与引射器的间距进行了研究.研究结果表明,渐缩型且具有引射结构的燃烧器炉膛氮氧化物的排放最低.其中,喷嘴伸入型引射结构的燃烧器的氮氧化物相比无引射管时减少了40.88%,氮氧化物降低效果最好.
Combustion and Emission Study of Ejector Structure Burners Used in Gas Boilers
In order to achieve the"carbon peaking and carbon neutrality"goals,natural gas,as a clean and efficient low-carbon fossil energy,shoulders the important mission of transitioning the energy consumption structure from high-carbon pollution to low-carbon.In order to solve the problem of high nitrogen oxides in natural gas burners used in gas boiler,a burner with an ejection structure was designed,and two different tapering gas nozzles and straight nozzles were designed,and the spacing between the nozzle and the ejector was studied.The results show that the tapering burner furnace with an ejection structure has the lowest NOx emissions.Especially,the NOx emission in the burner with nozzle extension type is 40.88%lower than that without the ejection tube,and the NOx reduction effect is the best.

BurnerEjectionNoxGas Boiler

刘湘云、刘良德、罗志高、柯秀芳

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广州城建职业学院机电工程学院,广州,510925

广东工业大学材料与能源学院,广州,510006

燃烧器 引射 氮氧化物 燃气锅炉

2024

制冷
广东省制冷学会,福建省制冷学会,河南省制冷学会,云南省制冷学会,广西区制冷学会

制冷

影响因子:0.432
ISSN:1005-9180
年,卷(期):2024.43(5)