在拉法基Alpena工厂安装的新冷却器:更充分控制流量篦(CFG)熟料冷却器[水泥厂]

J. Bump
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引用次数: 3

摘要

决定更换一个主要的工业过程设备是不容易的。必须满足设施的短期需求以及组织的长期战略。拉法基公司Alpena工厂面临着这样一个决定,关于他们的窑19熟料冷却器。原材料的变化预计将使生产率提高10%。现有的振荡篦冷机没有能力处理额外的容量。决定更换熟料冷却器的其他因素包括不断上升的维护成本、过时的部件和较差的操作效率。新的熟料冷却器采用空气梁技术,已被证明可以满足工厂的所有要求。在没有对空气梁冷却器的性能产生负面影响的情况下,超出了预期的产量增长。经审计的冷却器损耗极好,为207兆焦耳/吨/次KK/(49千卡/公斤/次KK/)。耗电结果为6.6 kWh/t/sub KK/。破碎后的熟料出料温度低于环境温度以上56℃。由于安装冷却器,燃料消耗减少了大约3%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
New cooler installed at Lafarge Alpena Plant: fuller controlled flow grate (CFG) clinker cooler [cement plant]
The decision to replace a major piece of industrial process equipment is not easily arrived at. The short-term needs of the facility must be satisfied as well as the long-term strategies of the organization. The Lafarge Corporation Alpena Plant was faced with such a decision regarding their Kiln 19 clinker cooler. A change in raw materials was expected to increase production rates by 10%. The existing oscillating grate cooler did not have the capacity to handle the additional capacity. Other factors involved in the decision to replace the clinker cooler were escalating maintenance costs, obsolete parts, and poor operational efficiencies. The new clinker cooler utilizes air beam technology and has proven to meet all the requirements of the plant. The anticipated production increase was exceeded without negatively impacting the performance of the air beam cooler. Audited cooler losses were excellent at 207 MJ/t/sub KK/ (49 kcal/kg/sub KK/). Power consumption results were 6.6 kWh/t/sub KK/. Clinker discharge temperatures after the breaker are lower than 56/spl deg/C above ambient. The fuel consumption reduction resulting from the cooler installation was approximately 3%.
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