毕业论文-乙烯裂解炉结焦及其抑制技术研究最新进展

毕业论文-乙烯裂解炉结焦及其抑制技术研究最新进展内容摘要：

炉管寿命长，随着能承受 1100 ℃以上温度涂层技术的推出，该技术越来越具有竞争力； 强化传热炉管 的研究也在开始逐渐投入工业应用， 从总体上看 ,在设计强化传热炉管时 ,不仅要追求较高的传热速率 ,还要考虑该技术对结焦反应的影响 ,以及铸造加工方面的因素 ,即综合考虑工程应用中的合理性和经济性。 四、 参考文献 [1]王松汉 ,何细藕 .乙烯工艺与技术 [Ｍ ].北京 :中国石化出版社 ,2020:293295. [2]Ｗ YsiekierskiA. . SchillmolerCM.[J] Hydrocarbon process 1999,78(1):97100. [3]张永军 .乙烯蒸汽裂解炉结焦抑制技术进展 [Ｊ ].化工中间体 ,2020(12):1923. [4]Parks Use alloys to improve ethylene production[J] Hydrocarbon Processing 1996,75(3):5361. [5]许适群 .裂解炉辐射管抗结焦性能开发研究的状况 [Ｊ ].石油化工腐蚀与防护 ,2020,24(1):29. [6]HorsleyG. CaimsJ. The inhibition of carbon deposition on stainless steel by prior selective oxidation[J]. Applied surface (3):273286 [7]SzechyG. LuanTC. AlbrightL F. Novel production Methods for Ethylene. Light Hydrocarbons and Aromatics[M].New Yorks. Marcel Dekker Inc 1991. [9]崔新安 ,郑战利 ,申明周 ,等 .一种抑制和减缓乙烯裂解炉管结焦的方法 [P].中国专利 ,CN . [10] 崔德春 ,李锐 , 樊黑钦 ,等 .一种乙烯炉管表面的涂层制备方法 [P]. 中国专利 ,CN . 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