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Expandable Recovery Boiler, a Novel Method for Future Capacity Increase

机译:可扩展的回收锅炉,一种未来增加容量的新方法

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Traditional ways to increase the capacity of recovery boiler have been the air system upgrades and heating surface modifications. This approach can lead to a compromized design, expensive construction and a long boiler outage. For some years a new method to handle future capacity increases has been an expandable recovery boiler. In the expandable boiler concept the future capacity upgrade is already taken into account in the initial boiler design. The expandable boiler ensures good performance already with the low start-up capacity. This paper presents the principles of the expandable boiler design. The paper also discusses how Computational Fluid Dynamics (CFD) is used to design the air system and geometry of the furnace for initial and future conditions.
机译:增加回收锅炉容量的传统方法是升级空气系统和修改加热表面。这种方法可能导致设计受损,造价昂贵以及锅炉长时间停机。几年来,应对未来产能增加的新方法是可扩展的回收锅炉。在可扩展锅炉的概念中,在最初的锅炉设计中已经考虑了未来的容量升级。可扩展的锅炉已经以低启动容量确保了良好的性能。本文介绍了可扩展锅炉设计的原理。本文还讨论了如何使用计算流体动力学(CFD)来设计用于初始和未来条件的炉膛的空气系统和几何形状。

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