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回收锅炉
    The Process Control of a Chemical Recovery Boiler
    碱回收锅炉的过程控制
    Discussion on How to Improve the Circulating Efficiency of Alkali Recovery Boiler System
    提高碱回收锅炉热力系统运行效率的方法
    CFD Application in the Retrofit of Alkali Recovery Boiler
    CFD在碱回收锅炉改造中的应用
    Optimizing the Design of a 450 t/d Wood Pulp Alkali Recovery Boiler
    450 t/d碱回收锅炉的优化设计
    The general design of a 450 t/d wood pulp alkali recovery boiler is summarized in this article. Some suggestions for optimizing the design are put forward.
    总结了450 t/d木浆碱回收锅炉的总体设计情况,并对该设计提出了一些建议。
    Studies on improving the circulating efficiency of the alkali recovery boiler system
    浅谈提高碱回收锅炉热力系统运行效率的方法
    Concept of Alkali and Lime Double Recovery Boiler
    碱、石灰双回收锅炉的开发设想
    Brief Commentary on the Operation of a Heat Recovery Boiler by Utilizing Blown-in High-temperature Air
    浅析吹风气余热回收锅炉的运行
    Stress Analysis to Heated Tube Sheets of an Alkali Recovery Boiler and Research on Life-span for the Boiler Drum
    碱回收锅炉受热排管应力分析与汽包寿命估算研究
    By means of experimental results,an opened thermisiphon waste heat recovery boiler is designed for the high temperature gases that the positi e electrode copper refining furnace exhaust,which overcomes effectively the drawback of short life,little capacity and unable to inspect that the closed steel-water thermosion has.
    利用实验研究的结果,本文还针对阳极铜精炼炉的高温烟气,设计出一台形式式热管余热回收锅炉,从而有效地克服了工程上热管热管余热的锅炉寿命短、锅炉容量小、无法检修等缺陷。
    And alkali recovery boiler dealing with the black liquid can not only fully recover the alkaline in the black liquid , but also utilize burning of the organic matter in black liquid in order to produce the industrial steam and get benefit two times.
    利用碱回收锅炉处理黑液,不仅可以充分回收黑液中的碱,而且可以利用黑液中有机物的燃烧以产生工业用蒸汽,产生二次效益。
    Design and manufacture features of single drum soda recovery boiler are discussed, and compared with those of traditional two-drum design in various respects, In view of these features and advantages in the design, manufacture, installation and operation, it is suggested that single drum design is practicable for a soda recovery boiler of processing over 300 tds/ d and with outlet steam pressure of 3.82 MPa.
    本文探讨了单汽包碱回收锅炉在设计与制造方面的特点,并与传统的双汽包碱回收锅炉进行多方面比较,鉴于单汽包碱炉在设计,制造,安装和运行等方面有其一定的特色与优点,作者认为,在日处理黑液干固物300吨,出口蒸汽压力高于3.82MPa的碱炉,选用单汽包炉型是适宜可行的。
    Increase in strong liquor dry solids improves the efficiency of the recovery boiler. In our calculation case, the efficiency of the boiler increased 13 percentage units.
    增加黑液固形物含量可明显提高碱回收锅炉的生产效率,根据计算的结果,锅炉生产能力可增加13%。
    Pressurized heat recovery boiler is one of main equipment of integrated coal gasification combinced cycle(IGCC) power plant. It is a newly developing technology at home.
    压力热回收锅炉是整体煤气联合循环(IGCC) 电站的主要设备之一,在国内还是一项新兴技术。
    Based on the economizer leakage accidents happened in chemical recovery boiler, this paper analyzed the possible causes of the leakage from the design and operation point of view, and proposed the measures to solve this problem. Suggestions for optimum economizer design of chemical recovery boiler are put forward.
    针对低压碱回收锅炉在运行中省煤器多次发生渗漏事故,从设计、运行等方面进行分析,找出可能造成渗漏的原因。 同时,提出了解决的办法,并对碱回收锅炉省煤器的优化设计提出建议。
    The alkali and lime double recovery boiler uses the heat of burning th e black liquor to convert the CaCO 3 into CaO. Therefore the alkali and lime are recoveried simultaneously.
    碱、石灰双回收锅炉是利用黑液中有机物的燃烧热能分解CaCO3变成CaO,从而实现碱与石灰的双回收。
    s:The importance of the Combustion section of alkali recovery in paper making industry was introduced in this paper. Considering the main equipment in the Combustion section-alkali recovery boiler, the complex characteristics of water level in the steam tank were analyzed, and the optimum control project was established in the paper. The optimum controlling was realized, using the SIMATIC S7-400 software.
    介绍了碱回收燃烧工段在造纸工业中的重要性,针对燃烧工段的主要设备碱回收锅炉,分析了锅炉汽包水位复杂的工艺特性,给出了优化控制方案,通过西门子S7-400实现优化控制。
    The basic structure of a Q75/900-25-3.82/450 heat recovery boiler is presented, which operates by utilizing blown-in high-temperature air. Some problems in operation are analyzed along with a description of load adjustment and economic benefits being achieved.
    介绍我厂Q75/900-25-3.82/450吹风气余热回收锅炉的基本结构,分析运行中的问题,对负荷调整取得了效益。
 

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