乳品工业膜装置用复合洗涤剂的开发

Y. Matveichuk, D. Stanishevskii
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引用次数: 0

摘要

的目标。用于乳制品工业的膜装置的复合洗涤剂(酸性、碱性、酶促、含氯、含表面活性剂添加剂)的开发。材料与方法。以KATELON 202用酸碱电位滴定法(以HNO3计)测定总酸度和KATELON 114用氧化还原滴定法测定活性氯的质量分数为例,给出了控制药剂浓缩液中活性物质浓度的方法。结果。用于膜装置的复合洗涤剂(超滤(UV, UF),微滤(MF, MF),纳滤(NF, NF),反渗透(RO, RO)),用于乳制品工业,包括碱性无泡沫,中,低泡沫产品KATELON 109, KATELON 110, KATELON 115;碱性含氯无泡沫剂KATELON 114;酸性无泡沫KATELON 202、KATELON 207、KATELON 208;高泡中性添加剂KATELON 308和KATELON 309 -对KATELON 109、KATELON 110、KATELON 115的洗涤效果有增强作用;用于防止微生物污染的防腐非发泡添加剂KATELON 310;酶培养基补充KATELON 601。给出了所有产品的组成、简要特性和理化指标,以及用显影剂络合物洗涤的大致程序。测定了KATELON 109、KATELON 110、KATELON 115、KATELON 202、KATELON 207、KATELON 208的电导率与pH的关系。结论。该复合洗涤剂在Kopylsky黄油奶酪厂、Lyubansky奶酪制造厂、明斯克第一乳品厂、Verkhnedvinsky黄油和奶酪厂、Molodechno乳品厂、明斯克第一乳品厂Volozhin生产基地、Lepel乳制品罐头厂Tolochin分公司成功使用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of a complex of detergents for membrane units in the dairy industry
Aim. Development of a complex of detergents (acidic, alkaline, enzymatic, chlorine-containing, surfactant-containing additives) for membrane units used in the dairy industry. Materials and Methods. Methods for controlling the concentration of active substances in concentrates of agents are given on the example of KATELON 202 - determination of total acidity by the method of acid-base potentiometric titration (in terms of HNO3) and KATELON 114 – determination of the mass fraction of active chlorine by redox titration. Results. A complex of detergents for membrane plants (ultrafiltration (UV, UF), microfiltration (MF, MF), nanofiltration (NF, NF), reverse osmosis (RO, RO)), used in the dairy industry and including alkaline non-foaming, medium-, low-foam products KATELON 109, KATELON 110, KATELON 115; alkaline chlorine-containing non-foamy agent KATELON 114; acid non-foamy KATELON 202, KATELON 207, KATELON 208; high-foam neutral additives KATELON 308 and KATELON 309 – enhancers of the washing effect for KATELON 109, KATELON 110, KATELON 115; preservative non-foaming additive KATELON 310 for protection from microbiological contamination; enzyme medium supplement KATELON 601. The composition of all products, their brief characteristics and physicochemical indicators, as well as an approximate program of washing with a complex of developed preparations are given. The dependences of pH and electrical conductivity were obtained for KATELON 109, KATELON 110, KATELON 115, KATELON 202, KATELON 207, KATELON 208. Conclusion. The complex of detergents is successfully used at Kopylsky Butter Cheese Plant, Lyubansky Cheese Making Plant, Minsk Dairy Plant No. 1, Verkhnedvinsky Butter and Cheese Plant, Molodechno Dairy Plant, Volozhin production site of Minsk Dairy Plant No. 1, Tolochin Branch of Lepel Dairy Canning Plant.
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