Dry-process precalciner kiln technology is advanced in conctret manufacture at present.
新型干法水泥生产技术是目前水泥生产的先进技术。
These conclusions have some instructive meaning in design and operation of industrial precalciner.
这些结论对工业分解炉的设计和操作有一定的指导意义。
The mechanism of forming large caked clinker in the precalciner kiln is discussed with Xinjiang Cement Works as a main object of study.
本研究以新疆水泥厂为重点，探讨了预分解窑熟料大块的形成机理。
It is key problem that ignition experiment of coal are studied to improve the moving condition and combust efficiency of the cement precalciner.
针对水泥分解炉进行系统的煤粉着火实验研究，是提高分解炉燃烧效率，改善运行工况至关重要的问题。
Calciner is the key equipment for precalciner kiln system, which has the function of coal combustion, gas-particle heat transfer and CaCO3 decomposition.
分解炉是预分解窑技术的关键设备，具有燃料燃烧、气固传热、碳酸盐分解等功能。
This paper details structure dimensions, calculation formulas, improvement approaches etc. for preheater, precalciner, hot gas pipes and their subsidiary devices.
对预热器、分解炉、热风管道附属设备的结构尺寸、计算公式、改进方法等方面作了详细阐述。
The burning system is converted to NSP production line with MSC precalciner, high efficiency 2-string preheater system and reciprocating grate cooler with jet flow.
其中，将烧成系统改成带MSC分解炉、高效双列五级预热器和带射流的推动蓖冷机的新型预分解窑生产线。
The burning system is converted to NSP production line with MSC precalciner, high efficiency 2-string preheater system and reciprocating grate cooler with jet flow.
其中，将烧成系统改成带MSC分解炉、高效双列五级预热器和带射流的推动蓖冷机的新型预分解窑生产线。
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