回收装置

  • 网络recovery unit;recuperator;VRU;TRT;orvr
回收装置回收装置
  1. PLC在硫磺回收装置投运与紧急停车系统中的应用

    The application of PLC to the initial running and emergency shutdown system of the reclaimed sulphur installation

  2. 利用DCS提高硫磺回收装置的硫回收率

    Improvement of the Recovery of Sulfur Recovery Plant by Use of DCS

  3. BI废水回收装置联锁报警系统的改造

    Improvement of Interlocking Alarming System in Reclaiming BI Water Unit

  4. 硫磺回收装置DCS仿真培训系统的开发

    Development on the Simulation Training System for Whole Process of Sulfur Recovering Plant

  5. 40kt/a硫磺回收装置自动控制采用DCS集散控制系统。

    DCS has been used in 40 kt / a sulfur recovery plant .

  6. LPG回收装置重接触塔操作实践与认识

    Operating Practice of DHX Tower in LPG Recovery Unit

  7. SSR工艺在大型硫回收装置的应用

    Application of SSR process in a large-size sulphur recovery plant

  8. 基于VRML的车载回收装置虚拟设计

    The Virtual Design of the Carborne Reclamation Equipment Based on VRML

  9. 带HCR~(TM)尾气处理的新建硫回收装置简介

    Early experience in a new SRU with HCR ~ ( TM ) tail gas treatment

  10. 螺杆压缩机在PSA装置及火炬气回收装置中的应用

    Applicationof of screw compressor on PSA unit and flare gas recovery u - nit

  11. 回收装置适用于各种电压等级的SF6电器及GIS组合电器等。

    Recycling device is applicable to a variety of voltage levels of SF6 electrical apparatuses and GIS .

  12. 天然气净化企业引进CBA硫磺回收装置项目建设管理研究

    The Project Research of CBA Sulfur Recovery Unit Introduced for Natural Gas Purification Plant

  13. CNG母站与轻烃回收装置合建站工艺流程优化

    Process Flow Optimization for Joint Station of CNG Primary Treatment and Light Hydrocarbon Recovery Unit

  14. CHS型凝结水回收装置

    Model CHS Condensed Water Collecting Device

  15. 所得结果为高速EFP软回收装置的进一步设计和实验提供了参考。

    The results obtained were well reference for further high-speed EFP soft-recovery design and experiments .

  16. 针对BI废水回收装置原来采用传统继电器电路实现的联锁保护系统故障率高的问题,提出了用可编程逻辑控制器(PLC)对该装置的联锁报警系统进行改造。

    In view of the fault problem of interlocking-alarming system used relay in the reclaiming BI waster water unit , the improved interlocking-alarming system based on programmable logic controller is proposed .

  17. 该处理厂是国内自行设计的一套大型NGL回收装置。

    The plant is a big NGL recovering plant designed by a domestic unit itself .

  18. JX-300X在火炬回收装置中的应用

    The Application of JX-300X in flambeau Recovery Unit

  19. MCRC硫磺回收装置自控系统特点

    Characteristics of Self Control System of MCRC Sulfur Recovery Facility

  20. MCRC硫磺回收装置考核中的分析技术

    Analytical Technique in the Examination of MCRC Sulfur Recovery Facility

  21. 应用MCRC引进技术改造常规克劳斯硫磺回收装置

    Reforming traditional Claus sulfur recovery unit by MCRC Technigue

  22. 此外,提出了将温差发电机作为PEMFC废热的回收装置,使其产生的热量能够直接转化为电能并可用于锂电池的在线充电。

    Moreover , thermoelectric generator ( TEG ) is presented to integrate the PEMFC system by recovering the waste heat from the PEMFC to generate electricity for Li battery charging .

  23. 轻烃回收装置DHX工艺研究(Ⅰ)&原料适应性

    Study on DHX Process of Light Hydrocarbon Recovery (ⅰ)── Adaptability of the Gas Feed

  24. S-316回收装置使用方法探讨

    Discussion on Usage Method of S-316 Recovery Instrument

  25. 轻烃回收装置DHX工艺研究(Ⅱ)&膨胀机出口压力的影响

    Study on DHX Process of Light Hydrocarbon Recovery (ⅱ) & Influence of Pressure in Expander Exit

  26. 对湿法PU革工厂二甲基甲酰胺(DMF)回收装置的节能问题进行探讨,对国内使用的传统双塔DMF回收装置与节能型的双塔DMF回收装置进行了比较。

    The energy saving problem on dimethyl formamide ( DMF ) recovery equipment of wet-process PU leather plant is discussed . The domestic conventional two-tower recovery equipment is compared with the energy-save two-tower recovery equipment .

  27. 本文介绍了美国GEFanuc公司的90-30HBR双重热备型PLC在硫磺回收装置控制系统中的应用。

    This paper presents the application of the GE Fanuc Series 90-30 HBR redundant hot backup PLC to a reclaimed sulphur installation control system . The major features and the technological process of the reclaimed sulphur installation are described .

  28. 在后续的纺丝、水洗牵伸、干燥等生产工序中排放了低浓度废气,经过淋洗后将含有DMF的溶液送至回收装置进行DMF回收利用。

    During the consequent procedures including spinning , water flushing and drawing and drying , low-concentration exhaust gas is emitted and washed with water . The resultant DMF-containing solution is sent to the recycle equipment for reuse .

  29. 用热回收装置引进新风后基本没有改变空调器的输入功率,相同环境条件下的制冷量增加,EER值增大,焓差热回收效率最高可达到34.12%。

    The input power isn 't changed much when the heat recovery device is running , on the contrary the EER value becomes bigger and the enthalpy difference heat recovery efficiency reaches 34.12 % .

  30. 研制的回收装置的IDR工艺流程短,自动化程度高,产品质量稳定,满足高氟物料的回收要求。

    The developed retrieving device has realised short IDR process , high automatization , stable product quality , and can satisfy the retrieving demand for high fluorine powder .