Reduction of corrosive activity of operating oil in the benzene department Coke Production of PJSC «ArcelorMittal Kryvyi Rih».

I. I. Sikan, R. Karenov, N. V. Mukina, S. N. Solonko, L. Bannikov
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Abstract

REDUCTION OF CORROSIVE ACTIVITY OF OPERATING OIL IN THE BENZENE DEPARTMENT OF COKE PRODUCTION OF PJSC «ARCELORMITTAL KRYVYI RIH» © I.I. Sikan, R.V. Karenov, N.V. Mukina, S.N. Solonko (Coke production of PJSC «ArcelorMittal Kryvyi Rih», 50095, Dnipropetrovsk region, Kryvyi Rih, Kryvorizhstal str., 1, Ukraine), L.P. Bannikov, PhD in technical sciences (State Enterprise "Ukrainian State Research Coal Chemical Institute (UHIN)", 61023, Kharkov, Vesnina st., 7, Ukraine) This paper analyzes and formulates the optimal technological solutions to reduce the corrosiveness of the absorption oil. The problem of reducing the corrosiveness and the ability of the absorbing oil to form the precipitates becomes especially actual in view of the introduction in the technological scheme of a new tube furnace ThyssenKrupp (Germany) for heating the absorption oil in the benzene section. All major work has now been completed at this facility, and soon the new furnace will be commissioned, which should significantly improve the regeneration of the absorption oil. Research of quality indicators of fresh oil and potentiodynamic testing of its water extracts has been fulfilled. To verify that the tube furnace tube material meets the requirements, a spectral analysis of a sample of the damaged tube was performed. The suspended solids of the circulating oil were observed under a microscope at a magnification of ×250. It was revealed that recycled absorption oil can lose quality as a result of tube furnace wear, frequent stoppages for repairs and watering of oil with coke oven gas condensate in scrubbers. Exit from the state of watering occurs during the operation of the distillation department due to "steaming" in the column. As a result, the concentration of salts in the oil occurs and, as a result, its corrosiveness increases. Oil watering in the distillation column occurs when the heating temperature drops. Before starting a new tube furnace, it is advisable to renew the entire working volume with fresh oil with preliminary flushing of the equipment. This will make it possible not to water it in the future during the smooth operation of the distillation and to maintain the proper quality of the absorption oil. Keywords: capture of benzene hydrocarbons, absorbing oil, distillation column, regeneration, tubular furnace, corrosiveness, survey, watering, suspended particles, aggregation. Corresponding author I.I. Sikan, е-mail: Ivan.Sikan@arcelormittal.com
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降低PJSC“ArcelorMittal Kryvyi Rih”焦炭生产中苯部门作业油的腐蚀活性。
PJSC“ARCELORMITTAL KRYVYI RIH”焦炭生产中苯部门操作油的腐蚀活性降低©I.I. Sikan, R.V. Karenov, N.V. Mukina, S.N. Solonko (PJSC“ARCELORMITTAL KRYVYI RIH”焦炭生产,50095,第聂伯罗彼得罗夫斯克地区,KRYVYI RIH, kryvorizstal, 1,乌克兰),L.P. Bannikov,技术科学博士(国有企业“乌克兰国家煤化工研究所(UHIN)”,61023,哈尔科夫,Vesnina st., 7,(乌克兰)本文分析并制定了降低吸收油腐蚀性的最佳工艺方案。鉴于德国蒂森克虏伯公司在苯段加热吸收油的新管式炉的技术方案中引入了降低吸收油的腐蚀性和形成沉淀的能力的问题,这一问题变得尤为现实。该设施的所有主要工作现已完成,新炉将很快投入使用,这将大大提高吸收油的再生能力。对鲜油的质量指标进行了研究,并对其水提物进行了动电位试验。为了验证管炉管材料符合要求,对损坏管样品进行了光谱分析。在×250放大镜下观察循环油的悬浮固体。结果表明,由于管式炉的磨损、频繁停机维修和焦炉煤气在洗涤器中对油进行浇灌,回收吸收油的质量会下降。在精馏塔运行过程中,由于塔内的“蒸腾”而导致出水状态的退出。结果,油中盐的浓度增加,因此,其腐蚀性增加。当加热温度下降时,精馏塔内会发生油水。在启动新的管式炉之前,建议用新油更新整个工作体积,并对设备进行初步冲洗。这将使将来在蒸馏的顺利运行过程中不浇水成为可能,并保持吸收油的适当质量。关键词:苯烃捕获,吸油,精馏塔,再生,管式炉,腐蚀性,测量,浇水,悬浮颗粒,团聚。通讯作者I.I. Sikan, mail: Ivan.Sikan@arcelormittal.com
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