机器人挤奶条件下原料奶质量的研究

G. V. Fedotova, N. Tkachenkova, A. Slozhenkina, M.A. Chekanova
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摘要

的目标。评估用于生产安全乳制品的原料奶的质量组成和技术特性。材料与方法。研究使用的原料牛奶来自农业企业“Donskoe”有限责任公司的奶牛。根据GOST 13928-84的要求,按照统一的技术进行实验室研究样品的取样和制备。原料奶中测定了以下指标:脂肪质量分数-根据GOST 5867-9要求;蛋白质质量分数-符合GOST 25179-2014要求;酸度测定按GOST P 54669-2011进行;牛奶的感官评价-根据GOST 31449-2013;微生物和卫生指标的测定-根据GOST P 56145-2014。结果。在实验过程中,确定农业企业“Donskoe”有限责任公司的牛数从2014年到2021年增加了3.52倍,产奶量增加了4.25倍。一年四季牛奶中蛋白质和脂肪的质量分数均在正常范围内,秋冬季节脂肪含量最高,春夏季节蛋白质含量最高。在测定酸度时,平均每个月取一次牛奶样本。结果表明,乳的酸度在正常范围内。原料奶的微生物学和卫生参数正常,符合规范和技术文件的要求。结论。研究结果表明,该乳符合各项要求,是生产乳制品的安全原料,物理、化学和感官参数的研究确定了其高品质。因此,该综合体获得的牛奶是生产安全食品的优质原料。
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Study of the quality of raw milk obtained under robotic milking conditions
Aim. Evaluate the qualitative composition and technological properties of raw milk intended for the production of safe dairy products. Materials and Methods. For researches there was used raw cow's milk which was received from cows of agricultural enterprise "Donskoe", LLC. Sampling and preparation of samples for laboratory researches were carried out according to the unified technique in accordance with the requirements of GOST 13928-84. Following indicators were determined in raw milk: mass fraction of fat – according to GOST 5867-9 requirements; mass fraction of protein – according to GOST 25179-2014 requirements; determination of acidity was conducted according to GOST P 54669-2011; organoleptic evaluation of milk – according to GOST 31449-2013; determination of microbiological and hygienic indicators – according to GOST P 56145-2014. Results. In the course of the experiment it was determined that the number of cattle of agricultural enterprise "Donskoe", LLC, from 2014 to 2021 increased by 3.52 times, and milk yields – by 4.25 times. In all periods of the year the mass fraction of protein and fat in milk was within the norm, the most fatty milk was produced in autumn-winter period, and in spring-summer period the milk was the most protein-rich. When determining the acidity, an average milk sample was taken for each month. The obtained results indicate that the acidity of milk was within normal range. In the study of raw milk, microbiological and hygienic parameters were normal, which corresponds to the requirements of normative and technical documentation. Conclusion. The results of the research indicate that the milk corresponds all requirements and is a safe raw material for the production of dairy products, and the study of physical, chemical and organoleptic parameters determined of its high quality. Thus, the milk obtained by the complex is a quality raw material for the production of safe food products.
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