环烷基产品的需求预测及环烷基减二线利用方式调研
|
摘要
文章对环烷基油的产品结构和未来需求进行了全面分析,结果表明:有效利用环烷基原油资源的产品结构是,以环烷基润滑油为主,副产沥青和燃料油;未来几年,全球对环烷基的橡胶油、高端变压器油、冷冻机油和环烷基油溶剂等润滑油的需求量会有明显增长。文章还总结了环烷基减二线的加工工艺和主要产品,其中乳化炸药专用油是一种新颖、前景很好的利用方式。
The product structure and future demand of naphthenic oil are comprehensively analyzed in this paper. The results show that,producing mainly lubricating oil and by-product asphalt and fuel oil is the effective utilization of naphthenic crude; In the next few years,the global demand for naphthenic rubber oil,high-end transformer oil,refrigerant oil and naphthenic solvent will grow significantly. This paper also summarizes the processing technology and products of the second vacuum distillate produced from naphthenic crude,and special oil for emulsion explosive is a new and promising way.
The product structure and future demand of naphthenic oil are comprehensively analyzed in this paper. The results show that,producing mainly lubricating oil and by-product asphalt and fuel oil is the effective utilization of naphthenic crude; In the next few years,the global demand for naphthenic rubber oil,high-end transformer oil,refrigerant oil and naphthenic solvent will grow significantly. This paper also summarizes the processing technology and products of the second vacuum distillate produced from naphthenic crude,and special oil for emulsion explosive is a new and promising way.
引文
[1]陈文燕,唐海军,丁恬甜,等.环烷基原油的特点及环烷基基础油市场供需分析[J].石油商技,2013(1):47-51.
[2]Lubricants Industry Factbook. A Supplement to Lubes‘N’Greases[J]. Lubes‘N’Greases,2014,20(8):34-39.
[3]Lubricants Industry Factbook. A Supplement to Lubes‘N’Greases[J]. Lubes‘N’Greases,2013,19(8):30-37.
[4]申宝武.环烷基基础油浅谈[J].石油商技,2007(6):46-48.
[5]王力波.世界环烷基原油资源分布及特点[J].石油商技,2013(6):52-57.
[6]Masson J-F,Polomark G M,Bundalo-Perc S,et al. Melting and Glass Transitions in Paraffinic and Naphthenic Oils[J]. Thermochimica Acta,2005,440(2):132-140.
[7]安军信.2010-2011年世界基础油市场进展[J].润滑油与燃料,2011,21(5):35-36.
[8]陈淳,杨文中.国内环烷基润滑油生产和市场消费浅析[J].润滑油,2012,27(6):7-10.
[9] Wang Yanzhen,Zhong Dule,Duan Hongling,et al. Removal of Naphthenic Acids from Crude Oils by Catalytic Decomposition Using Mg-Al hydrotalcite/Y-Al2O3as a Catalyst[J]. Fuel,2014,134:499-504.
[10]Leyli M,Shima A,Anthony Y. Evaluation of NaphthenicAcids as a Soil Remediation Agent:A Physicochemical Perspective[J]. Fuel,2014,128:321-325.
[11]储宇,金月昶,王海彦.环烷基油加氢生产润滑油技术进展[J].当代化工,2010,39(3):261-264.
[12]袁洪申,李雪卓.环烷基原油的资源特征和利用[J].广州化工,2009,37(5):48-51.
[13]Ooi Z X,Ismail H,Bakar A A. Synergistic Effect of Oil Palm Ash Filled Natural Rubber Compound at Low Filler Loading[J]. Polymer Testing,2013,32(1):221-225.
[14]陈文峰.国内溶剂油需求及发展前景初探[J].经营管理者,2011(17):191-192.
[15]李明,王涛,王铁刚,等.环烷基减线油生产润滑油基础油[J].当代化工,2008,37(6):616-620.
[16]黄晶.植物型变压器绝缘油的精炼及改性[D].重庆:重庆大学,2006.
[17]郭新,孙福凯,姚春雷,等.加氢生产环烷基特种油品技术的工业应用[J].当代化工,2014,43(3):392-394.
[18]杨开财,闫富山,罗继刚,等.环烷基减二线油固定床催化裂化研究[J].工业催化,2005,13(增):92-94.
[19]刘文权,武爱军.橡胶填充油生产技术进展[J].石油化工应用,2010,29(2-3):16-19.
[20]任荣亭,孟照娟,孙小蒙.减二线油制备环保型橡胶填充油的实验研究[J].应用化工,2013,42(9):1682-1683.
[21]赵正华,汤仲平.环烷基基础油在CD级柴油机油中的应用研究[J].润滑与密封,2013,38(4):97-101.
[22]许斌,张玲,游洪涛,等.常减压侧线油生产L-QC310型导热油的研究与工业化[J].润滑油,2014,29(2):58-61.
[23]殷春照,游洪涛,张玲,等.环烷基原油生产L-QC320型导热油的研究与工业化生产[J].石化技术与应用,2014,32(3):228-231.
[24]陈永利.利用秦皇岛32-6原油减二线生产L-QB280型导热油[J].石油石化节能与减排,2015,5(4):30-32.
[25]薛淑芳.石油馏分型车辆齿轮油:CN,102041147A[P].2009.
[26]郝志坚,段绍岭.乳化炸药生产过程中的安全性问题研究[J].电子制作,2015(16):276.
[27]吴五海,胡旭东,周明.一种乳化炸药专用油:CN,102320905A[P].2011.
[28]陈新国,刘洪涛.一种复合锂基润滑脂及其制备方法:CN,101921650A[P].2010.
[29]周明,蒲万芬,赵金洲.气相法制备石油磺酸盐的反应条件优化[J].西南石油大学学报,2007,29(2):132-134.
[30]于芳,胡建军,吴江勇,等.一种油田用表面活性剂及其制备方法:CN,102051164A[P].2009.
[31]梁生荣,樊君,张君涛,等.纳米磺酸钙镁复合清净剂合成工艺条件研究[J].西北大学学报,2011,41(1):58-61.
[2]Lubricants Industry Factbook. A Supplement to Lubes‘N’Greases[J]. Lubes‘N’Greases,2014,20(8):34-39.
[3]Lubricants Industry Factbook. A Supplement to Lubes‘N’Greases[J]. Lubes‘N’Greases,2013,19(8):30-37.
[4]申宝武.环烷基基础油浅谈[J].石油商技,2007(6):46-48.
[5]王力波.世界环烷基原油资源分布及特点[J].石油商技,2013(6):52-57.
[6]Masson J-F,Polomark G M,Bundalo-Perc S,et al. Melting and Glass Transitions in Paraffinic and Naphthenic Oils[J]. Thermochimica Acta,2005,440(2):132-140.
[7]安军信.2010-2011年世界基础油市场进展[J].润滑油与燃料,2011,21(5):35-36.
[8]陈淳,杨文中.国内环烷基润滑油生产和市场消费浅析[J].润滑油,2012,27(6):7-10.
[9] Wang Yanzhen,Zhong Dule,Duan Hongling,et al. Removal of Naphthenic Acids from Crude Oils by Catalytic Decomposition Using Mg-Al hydrotalcite/Y-Al2O3as a Catalyst[J]. Fuel,2014,134:499-504.
[10]Leyli M,Shima A,Anthony Y. Evaluation of NaphthenicAcids as a Soil Remediation Agent:A Physicochemical Perspective[J]. Fuel,2014,128:321-325.
[11]储宇,金月昶,王海彦.环烷基油加氢生产润滑油技术进展[J].当代化工,2010,39(3):261-264.
[12]袁洪申,李雪卓.环烷基原油的资源特征和利用[J].广州化工,2009,37(5):48-51.
[13]Ooi Z X,Ismail H,Bakar A A. Synergistic Effect of Oil Palm Ash Filled Natural Rubber Compound at Low Filler Loading[J]. Polymer Testing,2013,32(1):221-225.
[14]陈文峰.国内溶剂油需求及发展前景初探[J].经营管理者,2011(17):191-192.
[15]李明,王涛,王铁刚,等.环烷基减线油生产润滑油基础油[J].当代化工,2008,37(6):616-620.
[16]黄晶.植物型变压器绝缘油的精炼及改性[D].重庆:重庆大学,2006.
[17]郭新,孙福凯,姚春雷,等.加氢生产环烷基特种油品技术的工业应用[J].当代化工,2014,43(3):392-394.
[18]杨开财,闫富山,罗继刚,等.环烷基减二线油固定床催化裂化研究[J].工业催化,2005,13(增):92-94.
[19]刘文权,武爱军.橡胶填充油生产技术进展[J].石油化工应用,2010,29(2-3):16-19.
[20]任荣亭,孟照娟,孙小蒙.减二线油制备环保型橡胶填充油的实验研究[J].应用化工,2013,42(9):1682-1683.
[21]赵正华,汤仲平.环烷基基础油在CD级柴油机油中的应用研究[J].润滑与密封,2013,38(4):97-101.
[22]许斌,张玲,游洪涛,等.常减压侧线油生产L-QC310型导热油的研究与工业化[J].润滑油,2014,29(2):58-61.
[23]殷春照,游洪涛,张玲,等.环烷基原油生产L-QC320型导热油的研究与工业化生产[J].石化技术与应用,2014,32(3):228-231.
[24]陈永利.利用秦皇岛32-6原油减二线生产L-QB280型导热油[J].石油石化节能与减排,2015,5(4):30-32.
[25]薛淑芳.石油馏分型车辆齿轮油:CN,102041147A[P].2009.
[26]郝志坚,段绍岭.乳化炸药生产过程中的安全性问题研究[J].电子制作,2015(16):276.
[27]吴五海,胡旭东,周明.一种乳化炸药专用油:CN,102320905A[P].2011.
[28]陈新国,刘洪涛.一种复合锂基润滑脂及其制备方法:CN,101921650A[P].2010.
[29]周明,蒲万芬,赵金洲.气相法制备石油磺酸盐的反应条件优化[J].西南石油大学学报,2007,29(2):132-134.
[30]于芳,胡建军,吴江勇,等.一种油田用表面活性剂及其制备方法:CN,102051164A[P].2009.
[31]梁生荣,樊君,张君涛,等.纳米磺酸钙镁复合清净剂合成工艺条件研究[J].西北大学学报,2011,41(1):58-61.