储奶罐电解水清洗除菌效果与清洗模式优选
发布时间：2018-11-17 08:30
【摘要】：热碱或热酸循环冲洗是奶牛场挤奶系统原位清洗(clean-in-place,CIP)的关键步骤,所采用的商业清洗剂多呈强碱性或强酸性,长期使用会腐蚀挤奶系统,且产生的废水处理困难。该试验研究了碱性电解水(清洗时间为8 min、温度为70.3℃、pH值为12)和微酸性电解水(清洗时间为9.9 min、温度为37.8℃、有效氯浓度(available chlorine concentration,ACC)为60 mg/L)对100 L立式储奶罐的实际清洗效果,测试了一碱一酸、两碱一酸和三碱一酸的不同模式对清洗效果的影响,以验证作为节能环保型清洗消毒剂的电解水对奶罐的清洗效果,并探索适宜的清洗模式。与传统的商业清洗剂的清洗效果对比表明,碱性电解水和微酸性电解水均可应用于储奶罐的清洗消毒,综合考虑对细菌和三磷酸腺苷(adenosine-triphosphate,ATP)的清除效果以及经济成本等因素,推荐在储奶罐中采用一碱一酸的电解水清洗模式。
[Abstract]:Hot alkali or hot acid cycle washing is the key step of in situ cleaning (clean-in-place,CIP) of dairy milking system. The commercial cleaning agents used are mostly strong alkaline or acidic, and will corrode the milking system when used for a long time. And the resulting wastewater treatment is difficult. Alkaline electrolytic water (cleaning time 8 min, pH value 12) and slightly acidic electrolytic water (washing time 9. 9 min, temperature 37. 8 鈩，
本文编号：2337143
[Abstract]:Hot alkali or hot acid cycle washing is the key step of in situ cleaning (clean-in-place,CIP) of dairy milking system. The commercial cleaning agents used are mostly strong alkaline or acidic, and will corrode the milking system when used for a long time. And the resulting wastewater treatment is difficult. Alkaline electrolytic water (cleaning time 8 min, pH value 12) and slightly acidic electrolytic water (washing time 9. 9 min, temperature 37. 8 鈩，
本文编号：2337143
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