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发酵罐的微生物状况对啤酒质量影响很大,清洁无菌是啤酒生产中卫生管理的基本要求。良好的CIP系统可以对发酵罐进行有效的清洗。本文对发酵罐的清洗机理、清洗方法、清洗程序、清洗剂和灭菌剂的选择以及CIP系统的运行质量等问题进行了探讨。 相似文献
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发酵罐的微生物状况对啤酒质量影响很大,清洁无菌是啤酒生产中卫生管理的基本要求.良好的CIP系统可以对发酵罐进行有效地清洗.对发酵罐的清洗机理、清洗方法、清洗程序、清洗剂/灭菌剂的选择以及CIP系统的运行质量等问题进行了探讨. 相似文献
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CIP系统在啤酒企业的应用 总被引:1,自引:0,他引:1
CIP是设备与管道的清洗系统,CIP系统在啤酒生产企业的应用,有利于推行洁净生产和安全卫生管理。文中介绍了CP系统、CIP系统的设计要点、清洗剂的类别、清洗效果的影响因素,以及清洗的评价等。 相似文献
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CIP系统是一种设备与管道的清洗系统,它的应用对啤酒企业发展循环经济推行清洁生产和安全卫生管理具有极其重要的意义。1 CIP系统1.1啤酒企业CIP系统主要包括清洗剂站(洗涤杀菌液配制、贮存)、循环系统(输送泵、回收泵、 相似文献
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影响CIP系统中清洗效果的因素主要有:清洗剂的喷射能力、清洗剂Re指数、清洗时间、清洗温度。其中清洗剂Re(雷诺)指数占影响力的30%~35%,为达到一定的Re指数,需要对洗涤泵进行选型。在选型过程中,首先要了解以下几方面: 相似文献
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《酒.饮料技术装备》2013,(3):20-20
为了帮助众多国内乳品和和饮料企业提升清洗效率,节省消洗用水及桐应的能耗,优化CIP清洗时间,艺康推出了康克系列CIP高效碱性清洗剂。康克系列清洗剂针对乳品、饮料和啤酒工厂不同的清洗要求,具有相应的子产品和配套的消洗工艺。 相似文献
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The 1st step of any Clean‐In‐Place (CIP) operation is a prerinse with water. The purpose of this step is to remove the bulk of food material remaining in the processing lines after production period has ended. It is known that this prerinse step can be a very water intensive process. The objective of this investigation was to measure the influence of CIP parameters (flow characteristics, water temperature, and contact time) on the effectiveness of prerinse water in removing dairy‐based deposits from stainless steel pipe surfaces and to compare the rinse effectiveness of unused to reused rinse water. A pilot‐scale CIP system was operated to rinse 304 stainless steel pipe sections of 3 different pipe diameters. The velocity of the rinse water was varied from 0.72 to 2.26 m/s. The rinse water temperatures were 22 °C, 45 °C, and 67 °C. The contact times between rinse water and deposited film were 20 and 60 s. Rinse effectiveness was expressed as the ratio of the amount of protein residue removed from the pipe surface during rinsing, as compared to the magnitude of the initial protein deposit. The rinse effectiveness varied from 73.1% to 94.9% for the range of the CIP parameters investigated. High velocities of rinse water provided a higher level of rinse effectiveness. Increasing the rinse water temperature from 23 °C to 45 °C improved rinse effectiveness significantly (P < 0.05). This impact was not significant when the water temperature was increased from 45 °C to 67 °C and at higher rinse water velocities. Similarly, longer contact time provided less improvement in rinse effectiveness at higher temperatures and velocities as compared to lower temperatures and velocities. There were no significant differences in rinse effectiveness when comparing reused and unused water (normal tap water) within the range of velocities evaluated. 相似文献
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<正>CIP(ClearInPlace)就地清洗系统是用水和不同的洗涤液,按照一定的程序,通过循环,无需拆装设备即可达到清洗的目的清洗系统。所谓"就地清洗",就是直接通过CIP这个系统的管路与需要清洗的生产设备相连,对设备进行清洗。CIP系统是一种设备清洗的解决方案,厂家需要对其设备进行定期的清洗、去垢、除污,以使其达到相应的清洁度,从而使所生产的产品能够达到相应的工艺标准。目前,这种清洗方法已成为保证产 相似文献
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