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Sugar Factory Configurations for Increased Cogeneration

机译:制糖厂配置以增加热电联产

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Opportunities for factory cogeneration are increasingly seen as necessary for maintaining the economic viability of the cane sugar factory, both in Australia and overseas. To increase cogeneration export, the procedure is to maximise the production of high-pressure steam and minimising the factory requirements of low-pressure process steam, in order to take more advantage of efficient fully condensing turboalternator systems. Facotory configurations that reduce process steam requirements are examined in Vapour recompression is demonstrated as not suited for boosting cogeneration. Practical implementation of some of the process steam-saving strategies is discussed in the light of recent observations and measurements made in factories in several overseas countries. The examination should be helpful to technical staff faced with reconfiguring their factories to meet the low process steam consumption targets necessary for profitable cogeneration.
机译:在澳大利亚和海外,工厂热电联产的机会越来越被视为维持蔗糖厂经济可行性的必要条件。为了增加热电联产的出口,该程序是最大程度地提高高压蒸汽的产量,并最大限度地降低工厂对低压工艺蒸汽的要求,以便更多地利用高效的全冷凝式涡轮发电机系统。在蒸汽再压缩中检查了减少工艺蒸汽需求的基础构型,证明其不适合于提高热电联产。结合一些海外国家/地区工厂的最新观察和测量结果,讨论了一些过程蒸汽节省策略的实际实施方法。这项检查对面对改组工厂的技术人员应有所帮助,以实现实现热电联产所必需的低过程蒸汽消耗目标。

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