"Effect of Hydrothermal Treatment on the Yield and Quality of Spelt Flour"

R. Kandrokov
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引用次数: 1

Abstract

to determine the optimal parameters of hydrothermal processing of spelt grain in the of are presented. A distinctive was that the original grain of spelt was passed through a peeling machine with the removal of 10% of the flower and seed membranes. Due to the fact that the initial grain of spelt was peeled, the total extraction of intermediate products of grinding on I-III drede systems was increased and amounted to more than 85%. The extraction mode of spelt flour on 1-3 grinding systems is at least 50%. The process of grinding and forming the quality of spelt flour is shown in the form of cumulative ash and whiteness curves. The presence of 2 stages of flour formation during the grinding of peeled spelt grain according to the developed technological scheme was established, which is quite clearly seen from the graphs of cumulative curves. The optimal time for the peeling of spelt grain sent for processing into baking flour has been established, which is 6 hours. When grinding the peeled grain of spelt into baking flour, regardless of the time of fermentation, the total yield of spelt flour was 87.4-90.0%. At the same time, all the flour obtained in all 5 modes of the TP to corresponded to grade 1 (in terms of whiteness). The obtained results be recommended for use in the construction of a flour mill for processing spelt into baking flour when calculating bunkers for the removal of grain entering for processing on the roll machine of the I drednaya system.
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水热处理对斯佩尔面粉产率和品质的影响
为确定热液法加工斯佩尔特颗粒的最佳工艺参数。一个独特之处在于,原始的斯佩尔特谷物经过剥皮机,去除10%的花和种子膜。由于斯佩尔特的初粒被去皮,使得I-III型磨机系统磨矿中间产物的总提取率提高,达到85%以上。斯佩尔特面粉在1-3个研磨系统上的萃取模式至少为50%。面粉的研磨和质量的形成过程以累积灰分和白度曲线的形式表示。根据所制定的工艺方案,确定了剥皮斯佩尔德谷物在磨粉过程中存在两个阶段的成粉过程,这一点从累积曲线图中可以很清楚地看出。确定了斯佩尔特谷物加工成发酵粉的最佳脱皮时间为6小时。将去皮后的斯佩尔特面粉磨成烘烤粉,无论发酵时间如何,斯佩尔特面粉的总得率为87.4-90.0%。同时,在5种模式下得到的面粉(白度)均为1级。所得到的结果推荐用于建造将斯佩尔特小麦加工成烘烤面粉的面粉厂时,计算在I - drednaya系统的滚磨机上加工的谷物的去除量。
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