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首页> 外文期刊>Acta Scientiarum. Agronomy >Yield and acidity indices of sunflower and soybean oils in function of grain drying and storage
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Yield and acidity indices of sunflower and soybean oils in function of grain drying and storage

机译:葵花籽油和大豆油的酸度指数与谷物干燥和贮藏功能的关系

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The aim of this study was to identify the best conditions for drying and storing soybeans and sunflower grains to maintain their quality. In the first experiment, the soybeans were found to have initial moisture contents of 25 and 19% (w.b.) at different drying air temperatures (75, 90, 105, and 120?°C). In the second step, the soybeans were evaluated after they were stored in paper bags and plastic polyethylene at temperatures of 3, 10 and 23?°C for six months. In the third experiment, sunflower grains were tested after exposure to drying air temperatures of 45, 55, 65, and 75?°C, and under storage conditions of 25?°C and 50%, 20?°C and 60%, 30?°C and 40% RH over six months in paper bags and raffia. Drying the sunflower seeds at 45?°C and storing them at 30?°C and 40% RH led to higher oil yields and lower acid numbers. The oil that was extracted from the acid number was higher for soybean grains that were dried down from initial concentrations of 25% water at a drying air temperature of 120?°C. The air temperature in storage at 3?°C favored for yield and reduction of the soybean oil acidity.
机译:这项研究的目的是确定干燥和储存大豆和葵花籽粒以保持其品质的最佳条件。在第一个实验中,发现在不同的干燥空气温度(75、90、105和120℃)下,大豆的初始含水量分别为25%和19%(w.b。)。第二步,将大豆分别存放在纸袋和塑料聚乙烯中,分别在3、10和23°C的温度下放置六个月后,进行评估。在第三个实验中,在暴露于45、55、65和75°C的干燥空气温度下,并在25°C和50%,20°C和60%,30的储存条件下测试了向日葵籽粒在纸袋和酒椰纸桶中放置六个月后,温度保持在摄氏零下40度,相对湿度40%。将向日葵种子在45°C的温度下干燥并在30°C的温度和40%RH的条件下储存,这会导致更高的油收率和更低的酸值。对于从120%的干燥空气温度下从25%水的初始浓度干燥下来的大豆谷物而言,从酸值中提取的油含量更高。储存温度为3℃时有利于大豆油酸度的提高和降低。

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