Development beer technology with amaranth flour
https://doi.org/10.20914/2310-1202-2016-1-110-115
Abstract
At the present time, the urgent problem is the development of product range of beer and the reduction of production costs. We used amaranth flour: "protein" and "carbohydrate", is designed and experimentally obtained from seeds of amaranth and made available for research "Agros" company (Kaliningrad region). The article discusses the effects of different concentrations of flour on the process of mashing, fermentation and the quality of beer. Prepared in the ratio of light barley malt:amaranth flour 90:10 and 80:20, respectively. Experimental were chosen of mashing barley malt with the addition of flour. The mashing process started with a temperature of 40 or 500C. Cytolytic pause was 30 min, protein-25 min, malt pause was increased up to 30 min. Using 20% of flour in the total grain charge leads to the increase of first wort extract content to 12.2%. By increasing the amount of flour in the grist of grain products increases the saccharification of the mash. The time of saccharification when you make 20% of the "protein" flour and the initial temperature of mashing 500C is 26 minutes, and "carbohydrate" flour -18min., therefore, when developing technology of new beer, from the point of view of reducing the cost of production, it is advisable to use "carbohydrate" amaranth flour in the amount of 20% in the total grain products. We estimated the impact of concentrations used flour on organoleptic indicators of finished beer on a 25 point scale. The aroma of the beer was felt citrus and malt undertones. Total score of beer with 10% amaranth flour is 18 points, and 20% amaranth flour is 20 points.
About the Authors
M. M. DaninaRussian Federation
associate professor
O. B. Ivanchenko
Russian Federation
associate professor
M. L. Domoroshchenkova
Russian Federation
associate professor
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Review
For citations:
Danina M.M., Ivanchenko O.B., Domoroshchenkova M.L. Development beer technology with amaranth flour. Proceedings of the Voronezh State University of Engineering Technologies. 2016;(1):110-115. (In Russ.) https://doi.org/10.20914/2310-1202-2016-1-110-115