acid converter

英 [ˈæsɪd kənˈvɜːtə(r)] 美 [ˈæsɪd kənˈvɜːrtər]

(炼钢)酸性转炉

机械



双语例句

  1. The application of the power supply to the wet electrostatic precipitators respectively in a 230 kt/ a sulphuric acid plant based on Noranda furnace off-gas and a 270 kt/ a sulphuric acid plant based on converter off-gases are described.
    介绍两种电源在230kt/a诺兰达炉冶炼烟气和270kt/a转炉冶炼烟气制酸装置的电除雾器中的使用情况。
  2. Process and equipment of large-scale sulphuric acid plants based on pyrite and sulphur in China are described with the emphasis on features of waste heat boiler, electrostatic precipitator, sulphur furnace, blower, acid circulation pump, converter and heat exchanger made in China.
    主要介绍我国大型硫铁矿制酸和硫磺制酸的工艺流程和设备。重点描述大型国产化设备废热锅炉、电除尘器、焚硫炉、鼓风机、酸循环泵、转化器及换热器的特点。
  3. The technical transformation of Yunnan Coppers 4 sulphuric acid systems with a total design capacity of 428 kt/ a is described including the retrofit of electrostatic precipitator, packed tower and converter and installation of treatment devices for sewage and tail gas.
    介绍云铜公司4个系列、总设计能力428kt/a的铜冶炼烟气制酸装置的技术改造。
  4. Operation summary and design review of Daye sulphuric acid plant based on converter off-gas
    大冶转炉烟气制酸装置运行总结及设计评述
  5. Introduction of Daye sulphuric acid project based on converter off-gas
    大冶转炉烟气制酸工程介绍
  6. The Port Kembla Copper ( PKC) copper smelting facilities were commissioned during 2000. Numerous difficulties were encountered during the commissioning such as multiple reactor tuyere line failures, absorbing acid tower refractory collapse, and Noranda Reactor and Mitsubishi Converter process control problems.
    改建的肯布拉港铜冶炼厂2000年投入运行。试车时遇到很多问题,例如诺兰达炉风口区多次烧穿、吸收塔耐火材料崩落以及诺兰达炉和三菱吹炼炉工艺控制出现问题。
  7. The acid mist content at the exit of sulphur combustion furnace ( or at the entrance of converter) in the sulphuric acid process using sulphur as raw material and the influent factors are calculated and discussed in the article.
    对硫磺制酸系统焚硫炉出口(或转化器进口)气体中的酸雾含量及其影响因素进行了计算与讨论。
  8. Some problems are discussed such as cleaning process for pyrite-based sulphuric acid production, utilization and development of waste heat recovery system, research of pyrite roasting and design optimum of converter.
    探讨了硫铁矿制酸稀酸净化、热能回收系统的利用和开发、硫铁矿焙烧研究及转化器的优化设计等问题。