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Predictive Analytics, Dynamic Suction Roll/Yankee Nip Monitoring and Innovative Cover Venting Deliver Significant Energy Savings and Improved Efficiency on Modern Tissue Machines

机译:预测性分析,动态吸气辊/扬克油嘴监控和创新的罩盖通风可显着节省能源并提高现代卫生纸机的效率

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Today's tissue and towel producers are facing unprecedented challenges to remain globally competitive. The ever increasing demands for higher sheet quality, tensile strength, and sheet bulk are also concurrent with expectations for reduced energy consumption, increased overall machine efficiency and lower cost-per-ton. This paper describes a totally unique approach to help the tissue maker solve the complex optimization process for machine clothing and roll covers. It will describe why it is crucial to build a customized dewatering solution with the ideal clothing and roll technology. It will introduce a new proprietary machine simulation system which uses sophisticated predictive analysis coupled with realtime monitoring to provide the operator innovative decision-making tools to significantly enhance machine performance while minimizing downtime and cost-per-ton. This paper will show case studies where the predictive analytics and nip monitoring technology were used on Yankee suction roll applications to diagnose chronic roll crown issues and documented energy savings. In addition, case studies with specially designed roll venting depicts how tissue makers achieved enhanced water removal to further reduce energy costs.
机译:当今的薄纸和毛巾生产商在保持全球竞争力方面面临着前所未有的挑战。对更高的纸张质量,抗张强度和纸张松厚度的不断增长的需求也与降低能耗,提高整体机器效率和降低每吨成本的期望相吻合。本文介绍了一种完全独特的方法来帮助薄纸制造商解决机织布和卷纸套的复杂优化过程。它将描述为什么使用理想的服装和轧辊技术构建定制的脱水解决方案至关重要的原因。它将引入一个新的专有机器仿真系统,该系统将复杂的预测分析与实时监控结合使用,为操作员提供创新的决策工具,从而显着提高机器性能,同时最大程度地减少停机时间和每吨成本。本文将展示案例研究,其中在洋基吸辊应用中使用了预测分析和压区监控技术来诊断慢性辊凸度问题并记录了节能情况。此外,采用专门设计的辊式通风的案例研究还描述了薄纸制造商如何提高脱水效率,从而进一步降低能源成本。

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