1) compressor
[英][kəm'presə(r)] [美][kəm'prɛsɚ]
压缩机
1.
Analysis on the Raw Material Air-compressor in the Low Pressure Methanol Device and Its Innovation;
低压甲醇装置原料气压缩机问题分析和改进
2.
Implementation of net connection before chlorine gas compressor of two period ionic membrane electrolysis;
两期离子膜电解氯气压缩机前并网的实施
3.
The application of dry gas seal on circulating hydrogen compressor of 1200 kt/a hydrogenation cracking equipment;
干气密封在120万 t/a加氢裂化循环氢压缩机上的应用
2) compressors
压缩机
1.
Study on Theory and Application of Intelligent Condition Monitoring for Compressors;
压缩机智能状态监测理论与应用研究
2.
This paper illustrates the frame of the calculation and analysis software for the energy-saving of the reciprocating compressors in synthetic ammonia system.
简述了合成氨、尿素等化肥生产系统中各种压缩机节能优化计算分析软件的整体和局部结构,着重介绍了该软件中技术经济效益计算分析模块编制的主要内容、依据、指标、计算原理及实现其功能的方法;同时借助于程序中的软测量技术,读取许多现有测量仪器所不能获取的各种软测量参数。
3.
In order to increase equipment efficiency and avoid contingent failure,lubricating oil monitoring scheme was planned,samples were collected,iron-spectrum analysis device was used to monitor the abrasive particles in the lubricating oil according to plant compressors conditions in Dalian Petrochemical Corporation.
为提高设备利用率和预防意外事故的发生,根据大连石化四酮苯车间机组情况制定压缩机润滑油监测方案,采用铁谱分析仪监测油液中的磨粒状况,进而预测和诊断压缩机工作状态。
3) air compressor
压缩机
1.
Part improvement of YV - 6/8 type air compressor;
YV-6/8型空气压缩机的局部改进
2.
Remote Monitor-Control System for Air Compressor Based on Ethernet Controller 7188E;
基于以太网控制器7188E的压缩机远程监控系统
3.
The test result shows the model has advantages in predicting the monitoring of air compressor.
在传统的BP算法基础上,采用黄金分割法改进网络学习收敛的速度,并运用于压缩机系统故障的诊断上,获得了满意效果。
4) Reciprocating compressor
压缩机
1.
The communication technology research of reciprocating compressor monitoring system based on MPI;
基于MPI的往复压缩机监控系统通信技术研究
2.
According to the working status quo of large scale 6 cylinders M-style reciprocating compressor,this paper introduces a monitoring system based on the hardware structure of "SENSOR-PLC-IPC".
针对大型6缸往复压缩机运行现状,构建了一套基于“传感器-可编程控制器(PLC)-工业控制计算机(IPC)”硬件架构的实时在线监控系统,着重对工控机与PLC数据通信技术进行研究开发,实现了对压缩机温度、压力、振动、位移信号的实时监测。
3.
The parameter design of reciprocating compressor is very difficult because of its complicated structure and variety.
活塞式压缩机有非常广泛地用途 ,随着计算机技术的发展 ,计算机辅助设计已广泛地应用在压缩机的设计中。
5) Compressor Set
压缩机组
1.
Installation Without Iron Padding Block and Stressless Pipeline Connection of the Compressor Set in a 600kt/a Methanol Alcohol Plant;
600kt/a甲醇装置压缩机组的无垫铁安装及无应力配管
2.
This paper introduced the basic principle, the system constitute,technique constituting and operation mode of actualizing state monitor and fault diagnosis technology to compressor set,discussed the possibility and importance towards large and on-line equipments put appearance into practice state monitor and fault diagnosis technology.
介绍了压缩机组实施状态监测与故障诊断技术的基本原理、系统组成、技术结构及运行模式 ,通过对压缩机组实施状态监测与故障诊断系统取得的成果 ,论述了对大型在线设备实施状态监测与故障诊断的可行性与重要
3.
Oil flushing for the lubricating oil system of a compressor set is an important working procedure prior to putting the compressor set into operation.
压缩机润滑油系统的油冲洗是压缩机组运行前的一道重要工序,文章结合西气东输金昌压气站两台压缩机组的油冲洗工作,从润滑油温度的确定、油冲洗临时管路的优化、监测点设置、油冲洗系统用泵的选择、油箱及工作区的清理、油箱注油六个方面介绍了油冲洗的准备工作;又从矿物油系统、合成油系统、液压启动系统、油冲洗时间、油冲洗温差五个方面介绍了油冲洗过程的控制。
6) CO2 compressor
CO2压缩机
1.
The 28AT dry gas seal set and its inspection and control system of the CO2 compressor in Jianfeng Fertilizer Factory were introduced.
介绍了某化肥厂CO2压缩机中使用的28AT型干气密封装置和检测及控制系统,并针对其密封短期频繁失效的现象进行了故障分析,在此基础上提出了密封系统的改进方案和工艺调整措施,实施后取得了良好的效果,保障了该密封装置的可靠运行。
2.
This paper analyzes the reasons for high lubricant oil consumption of the 2nd phase CO2 compressor of a certain company;describes through improving oil sealing,fixing control switch on the coupling oil inlet pipe,reducing the suction of oil mist fan and improving high pressure air duct,etc.
本文分析了某公司二期CO2压缩机润滑油消耗高的原因,提出了改进措施,以及实施后取得了较好的节能效果,进一步指出了CO2压缩机的节能空间。
3.
The paper analyzes the problems that made CO2 compressor discharge not enough,which turns out the design defects of first inter-cooler that caused flow resistance too high.
CO2压缩机打气量偏低,经排查,原因是一段水冷器存在设计缺陷造成其阻力太大所致。
补充资料:压缩机
压缩机 compressor 输送气体和提高气体压力的一种从动的流体机械。排气压力一般大于2千克力/厘米2 。主要性能参数有流量(即排气量,指压缩机单位时间内排出的气体体积 )、效率( 压缩机理论消耗功率与实际消耗功率之比)以及排气压力等。
压缩机种类繁多。按其工作原理分为两大类:①容积式压缩机。靠在气缸内作往复或回转运动的活塞,使气缸内的气体体积减小,压力升高,然后把气体压出。又可分为回转压缩机和往复压缩机等。回转压缩机是靠各种起活塞作用的转子在气缸内作回转运动而使气体体积发生变化来压缩和输送气体;往复压缩机是靠活塞或隔膜在气缸内作往复运动使气体体积发生变化来压缩和输送气体。②速度式压缩机。气体在高速旋转叶轮的作用下,得到巨大的动能,而后在扩压器中急剧降速,从而使气体的动能转变为势能,借以提高气体的压力;又可分为轴流式、离心式和混流式等种类。根据排气压力大小的不同,压缩机可分为:①低压压缩机。其排气压力在19.6×104~9.8×105帕之间,主要用作石油、化工、冶金、机械加工、采矿、建筑等部门的动力源。②中压压缩机。其排气压力在9.8×105~9.8×106帕之间,主要用于石化工业,如作为裂解气、甲烷、乙烯、丙烯、氢气等的各种压缩机,以及冷冻用的氨压缩机等。③高压压缩机,其排气压力在9.8×106~9.8×107帕之间,主要用于尿素工业的二氧化碳压缩机、合成氨工业的氢氮气压缩机、空气分离的氧气和空气压缩机以及合成甲醇的原料气压缩机等。 |
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条