连续啤酒生产

M. Strobl
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引用次数: 1

摘要

虽然大麦和啤酒花的收获是一个间歇过程,但原料在一定程度上是可储存的,因此可以连续进行麦芽和酿造。机器和能源越昂贵,连续生产的效率就越高。其优点是容量更小,能耗更低,可回收性更强。大多数灌装过程都是半连续运行的,而像麦芽酿造这样耗能的过程也可以24小时连续运行。缺点是需要缓冲,微生物污染,生产不同类型的啤酒或根据季节波动调整生产的灵活性较差。即使精度和在线传感器有助于在一段时间内保持质量稳定,错误和错误也会增加。本文讨论了连续技术的优点和局限性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Continuous Beer Production
Although the barley and hop harvest is a batch process, the ingredients are storable to a certain extent, so malting and brewing can be performed continuously. The more expensive machinery and energy are becoming, the more continuous production is becoming efficient. The advantages are smaller capacities, less energy consumption and more recuperation. Most filling processes run semi continuously, and energy-consuming processes like malting can also run continuously around the clock. Disadvantages are necessary buffers, microbiological contamination and less flexibility in producing different types of beer or adjusting the production to seasonal fluctuations. Mistakes and errors increase, even if accuracy and in-line sensors help to keep quality stable for some time. This article discusses benefits and limits of continuous technology.
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