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Evaluating and optimising dryer section performance

机译:评估和优化烘干机部分性能

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The paper machine dryer section consumes large amounts of steam energy. It also has a significant impact on both production and sheet quality. As a result, mill profitability can be heavily influenced by overall dryer performance. The drying process, like other papermaking operations, is a complex matrix of interacting components: Pocket ventilation, steam distribution and handling, drive system, tail threading, sheet handling, energy-recovery, and fabric conditioning, guiding, and tensioning. An evaluation of the dryer section begins with identifying the performance criteria and standards of good dryer section operation. Once defined, a complete set of dryer section measurements, including an analysis of equipment sizing, is performed to assess performance against the defined standards. Recommendations are provided for operational improvements, equipment upgrades, and a checklist of short-term and long-term improvement projects prioritised by the expected economic return. Typical returns come from energy savings, increased drying capacity, reliable dryer drainage, improved dryer section runnability, and enhanced drying uniformity, among other improvements. A comprehensive dryer performance evaluation report identifies improvement opportunities and quantifies the associated benefits. This paper discusses the benchmarks commonly used when evaluating dryer section performance. Common opportunities for steam efficiency improvements are identified.
机译:造纸机干燥机截面消耗大量的蒸汽能量。它对生产和板材质量产生重大影响。因此,轧机盈利能力可能受到整体干燥器性能的严重影响。与其他造纸操作一样,干燥过程是一种复杂的相互作用组件基质:口袋通风,蒸汽分布和处理,驱动系统,尾部穿线,片材处理,能量回收和织物调理,引导和张紧。干燥器部分的评估开始识别良好干燥器部分操作的性能标准和标准。一旦定义,执行一整套干燥器部分测量,包括设备尺寸的分析,以评估针对定义标准的性能。建议提供用于运营改进,设备升级以及通过预期的经济回报优先考虑的短期和长期改善项目的清单。典型的回报来自节能,增加干燥能力,可靠的干燥器排水,改善的干燥器段可持续性,以及增强的干燥均匀性,以及其他改进。全面的干燥机绩效评估报告标识了改进机会,并量化了相关的利益。本文讨论了评估烘干机部分性能时常用的基准。确定了蒸汽效率改进的常见机会。

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