Please use this identifier to cite or link to this item: http://cris.utm.md/handle/5014/2125
Title: DEVELOPMENT OF TECHNOLOGY FOR THE PRODUCTION OF NON-ALCOHOLIC BEVERAGE WITH NATURAL VINEGAR AS A NATURAL CONSERVANT
Authors: ANDRONIC, Pavel 
BEM, Margarita 
BOISTEAN, Alina 
Keywords: non-alcoholic beverages;natural white wine vinegar;fruit;berries
Issue Date: 2022
Source: ANDRONIC, P., BEM, M., BOIȘTEAN, A. Development of technology for the production of non-alcoholic beverage with natural vinegar as a natural conservant. International Competition of Student Scientific Works “Black Sea Science 2022”, Odessa, Ucraina. UDC 001.8(063). pp. 6-15. https://drive.google.com/file/d/1vudUPknMBsn7twwYzQ82HuNVKYu7B0JH/view
Project: 20.80009.5107.09 Improving of food quality and safety through biotechnology and food engineering 
Conference: BLACK SEA SCIENCE
Abstract: 
White wine vinegar is characterized by various uses in household and cooking, but also has significant health benefits due to its acetic acid content, including blood sugar control, appetite control, weight management, reduced cholesterol and antimicrobial properties etc. Despite all the usefulness of vinegar, it is seldom used in the food industry. Although there is a current trend in the food and beverage market to diversify vinegar categories, to obtain new products with increased prophylactic properties that will be able to prevent diseases and better sensory characteristics compared to conventional products and beverages. The aim of this study is to develop a new soft drink technology based on local fruits/berries, aromat herbs and natural white wine vinegar. The process includes the use of natural ingredients in the following ratio of components, in % mass: fruits or berries: 20%, sugar: 20%, natural white wine vinegar 6% acidity: 10%, aromatic herbs: 1% or spices: 0.2 %. The method of obtaining the drink includes the following steps: washing fruits/berries and herbs, adding and grind it with sugar, maturation for 5 hours at T = +2...4± 1 °C, adding vinegar warmed up to T = +50±1 °C, homogenization, maturation for 3 days at T = +2...4±1 °C, filtration, dilution like commercial juices to 10-12° Brix and packaging. As a result, a unique drink is obtained that maintains all the organoleptic properties of natural ingredients, as well as all the beneficial nutritional qualities, free of artificial additives (dyes, preservatives, sweeteners). This gives us the possibility to expand the range of natural drinks and to expand the consumers circle. This research is extremely useful not only by expanding the range of soft drinks produced, but also by using local agricultural resources.
URI: https://drive.google.com/file/d/1vudUPknMBsn7twwYzQ82HuNVKYu7B0JH/view
http://cris.utm.md/handle/5014/2125
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