连续重整装置氢气增压机余隙无级调节气量节能技术应用  

Energy-saving Technology Application of Stepless Clearance Volume Regulating System for the Hydrogen Booster Compressor of Continuous Catalytic Reformer Unit

作　　者：徐文广[1] 蒙毅 李书璞 顾兴坤 XU Wen-guang;MENG Yi;LI Shu-pu;GU Xing-kun(Jinan Branch,SINOPEC,Jinan 250101,China;Shandong Runze Chemical Engineering Co.Ltd.,Dongming 274500,China;Shandong Yiyang Petrochemical Energy-saving Equipment Co.Ltd.,Jinan 250101,China)

机构地区：[1]中国石油化工股份有限公司济南分公司,山东济南250101 [2]山东润泽化工有限公司,山东东明274500 [3]山东易阳石化节能装备有限公司,山东济南250101

出　　处：《石油化工设备》2018年第6期69-73,共5页Petro-Chemical Equipment

摘　　要：余隙无级调节气量系统主要包括执行子系统、液控子系统、电仪自控子系统以及泄漏监测子系统,具有操作简便、系统稳定可靠及节能效果显著等优点。针对某连续重整装置中的往复式氢气增压机K-202/C,采用余隙无级调节气量系统对其进行了节能改造,并且进行了测试标定和第三方节能效果测量及其验证。改造之后氢气增压机的实际运行节能效果较好,经测试标定各项状态参数更加稳定。在余隙负荷为60%的情况下,氢气增压机的节能率达到33%,每年节约用电成本483.6万元。The stepless clearance volume regulating system made up of execution subsystem,hydraulic control subsystem,electric instrument automatic control subsystem and leakage monitoring subsystem is characterized by simple operation,stable and reliable system performance,and remarkable energy-saving effect. A stepless clearance volume regulating system was applied to the energy-saving modification of K-202/C,the hydrogen booster compressor of a certain continuous catalytic reformer unit. The reformed compressor has been tested with calibration standards by a third agency, and more stable state parameters were obtained, which results in a 33% energy-saving ratio under 60% working load, and electricity power-saving with a value of 4.836 million RMB per year.

关 键 词：往复式压缩机 余隙无级调节系统 节能技术 应用 

分 类 号：TQ051.21[化学工程] TE964[石油与天然气工程—石油机械设备]