介绍提高柳钢6号高炉利用系数的技术、管理措施。
The technology and management countermeasures for improving furnace productivity of no. 6 Blast furnace were introduced.
对冶炼中有害元素钾、钠、氟、硫的控制还缺乏有效手段，致使出现高炉利用系数偏低、高炉不畅和造成环境的严重污染。
Control on harmful elements such as K, Na, f, s in smelting is short of effective measures, which results in BF capacity factor low, BF process not smoothly and serious environment pollution.
通过实践摸索出适合无料钟炉顶操作的布料规律，优化操作制度，调整风口布局，使高炉综合焦比、利用系数等各项技术经济指标明显提高。
Techno-economic indicators such as coke ratio equivalent and utilization factor have been improved based on finding charge rules of bell-less BF top, optimizing operating and adjusting tuyere layout.
本文介绍了日本高炉的座数、总容积以及其平均利用系数。
The BF number and their total volume and mean productivity of Japan were introduced in this paper.
通过一系列技术措施的实施，烧结机利用系数得以提高，为高炉增铁节焦创造了条件。
As the implementation of these technical measurements, the productivity of sinter machine was increased, and was helpful for increasing BF output and energy saving.
通过一系列技术措施的实施，烧结机利用系数得以提高，为高炉增铁节焦创造了条件。
As the implementation of these technical measurements, the productivity of sinter machine was increased, and was helpful for increasing BF output and energy saving.
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