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首页> 外文期刊>International Sugar Journal >Marian secondary juice heater condensate system in 2014
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Marian secondary juice heater condensate system in 2014

机译:2014年玛丽安二次果汁加热器冷凝水系统

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摘要

In 1991, Marian Mill was upgraded to handle cane from its historical cane area and that of Cattle Creek, moving from 450 tch to a nominal 700 tch. The secondary juice heater system was expanded to provide seven parallel heaters. These heaters are all situated very low to the ground floor level, leaving only 1000 mm height from the floor to the body of the heaters. The heaters' condensate drains were piped to two condensate mains each leading to a separate condensate vessel and pump. In subsequent years, the heaters frequently suffered operational problems and multiple changes were subsequently made to the condensate system. Over the period 1991 to 2013, the direct results of the poor performances included low secondary juice temperatures, reduced condensate return to the boiler feedwater system and condensate discharged to the floor juice reclaim system. In 2014, a number of simple changes were made to the condensate piping and the condensate collection vessels which largely eliminated all those problems. The results of the change include improved secondary juice temperature control, reduced evaporator loading, surplus quality condensates and a lower steam on cane.
机译:1991年,玛丽安·米尔(Marian Mill)进行了升级,以处理历史悠久的甘蔗区和卡特尔克里克(Cattle Creek)的甘蔗区,从450吨/公吨增加到名义上的700吨/公吨。辅助果汁加热器系统已扩展为提供七个平行加热器。这些加热器的位置都非常低至地面水平,从地板到加热器的主体仅剩下1000毫米的高度。加热器的冷凝水排放管通过管道输送到两个冷凝水总管,每个冷凝水总管通向单独的冷凝水容器和泵。在随后的几年中,加热器经常遇到操作问题,随后对冷凝水系统进行了多次更改。在1991年至2013年期间,性能不佳的直接结果包括二次果汁温度低,冷凝水返回锅炉给水系统的减少以及冷凝水排放到地板果汁回收系统的减少。 2014年,对冷凝水管道和冷凝水收集容器进行了一些简单的更改,从而在很大程度上消除了所有这些问题。改变的结果包括改善了二次汁液温度控制,减少了蒸发器负荷,多余的冷凝水和甘蔗上的蒸汽减少。

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