共查询到15条相似文献,搜索用时 86 毫秒
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本文将就CIP清洗装置在啤酒生产设备、容器及管路清洗作以简要说明 ,以供业内人士参考。CIP(CleaningInPlace)清洗装置是机械循环清洗法 ,在被清洗的设备、容器及管路和洗涤液储罐间有循回导管形成闭路循环 ,进行完整彻底地清洗。CIP清洗装置可应用于糖化、发酵过滤及包装三个工序 ,可在以上三个工序各设一个CIP清洗站 ,进行日常清洗和定期清洗 ,运用物理和化学方法对生产线的设备、容器、管路中残留液体等滋生细菌的物质进行可靠的清除 ,使设备、管道满足清洁、无菌的条件 ,以备再次生产使用。根据不同设备与管… 相似文献
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0 前言为了提高包装车间设备运动效率 ,降低能源消耗 ,节约生产成本 ,包装线实行连续生产运行 6 0h ,是较好的途径。随之而来 ,对灌酒机刷洗的工艺要求将更加严格 ,下面介绍我们对灌酒机清洗技术的改进方案 ,共同行参考。1 清洗的目的灌酒机在连续生产运行 6 0h后 ,酒缸内壁、酒阀等处很容易出现微生物滋生 ,因此 ,酒缸及酒阀需要及时清洗消毒灭菌 ,以保证清洁达标的灌装环境 ,避免啤酒灌装时发生二次污染。2 清洗的标准一般灌酒机CIP清洗系统的配置 ,只对灌酒机进行正清洗 ,存在清洗死角 ,经对正清洗后的酒缸残水测定 :细菌总数 <1… 相似文献
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影响CIP技术清洗效果的因素主要有:①污染物和被清洗体表面的吸附力大小;②被清洗体表面的粗糙程度;③清洗剂的浓度;④清洗时间;⑤清洗温度;⑥清洗剂的冲洗强度.冷清洗比热清洗具有耗能低、对发酵罐的腐蚀性小、节约水量和时间,对发酵罐壁的影响小.大型发酵罐适宜冷清洗,可减轻碱与CO2反应造成管道堵塞,减少对罐体的腐蚀,减轻大罐的变形,经济成本低.(孙悟) 相似文献
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比较改良前后的废碱暴冲加碱循环清洗工艺,改良后的工艺确保了发酵罐的清洗效果,改善了微生物状况、节约生产成本。 相似文献
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CIP(原位清洗)系统,在啤酒生产中指采用合适的清洗剂和清毒剂对生产设备(如发酵罐、热交换器、泵、阀门、管道等)的内表面和其它相关容器内表面等无须进行拆卸和安装就能进行周期清洗和消毒的系统。该文对啤酒生产各个环节中CIP系统的应用进行了详细说明,并将其与其它清洗方法作了比较。提出CIP程序中清洗剂和清洗器的选择至关重要,每个企业应根据自身条件制定符合生产实际的CIP程序。 相似文献
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Lu Chen Rong Chen Hua Yin Jianxin Sui Hong Lin 《Journal of the Institute of Brewing》2012,118(4):401-405
The use of acid electrolysed water (AcEW) is a relatively new sanitizing technique for brewery equipment. Experiments showed that a 30% AcEW (a free chlorine concentration of above 17 mg/L) was a sufficient and effective alternative to conventional sanitizers such as peracetic acid (2%). On the basis of the results of industrial‐scale clean‐in‐place tests, an effective AcEW‐based clean‐in‐place procedure, which requires only 10 min of cleaning and does not require final water rinsing after sanitation, was established for the bright beer tank. Copyright © 2013 The Institute of Brewing & Distilling 相似文献
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Joanna Piepirka‐Stepuk 《Journal of the Institute of Brewing》2019,125(1):83-91
This work reports the analysis of impurities found in recovered caustic and acid cleaning solutions that were regenerated post‐cleaning by the process of sedimentation. Samples were taken weekly for 25 weeks from a brewery cleaning‐in‐place (CiP) system before CiP (clean solution, free of solid particles) and after cleaning in the brewhouse and mash filter. The volume and concentration of the solid sediment was measured in addition to particle size. Accordingly, the purification of recovered CiP solutions via sedimentation was less than effective, resulting in soiling which did not settle upon sedimentation and remained in the cleaning solution as a suspension. © 2018 The Institute of Brewing & Distilling 相似文献