法国生产的大豆如何在动物饲料中定价?两种加工工艺的比较:压扁-烹饪-压力和挤压-压力

A. Quinsac, Patrick Carr, Mathieu Janowski
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引用次数: 8

摘要

如何开发法国生产的大豆用于动物饲养?剥皮-蒸煮-压榨与挤压两种工艺的比较蒸煮-压榨或挤压两种工艺在大豆部分去油饼生产中的应用。对这两种工艺进行了研究和比较,以期在工业装置上实现。在不同规模(批量为2 ~ 100 kg,连续流量为100 kg/h)的条件下,研究了水热对大豆进行调理的各种因素,结果表明,在保持蛋白质溶解度的同时,需要湿煮才能有效地灭活抗胰蛋白酶因子(FAT)。挤压法比蒸煮法对蛋糕去油更有效(5.4% vs. 6.7%),但对脂肪失活的效果较差(6.5 vs. 3.8 TIU/mg)。进行了技术经济研究,以模拟工厂产能为20,000 t /年的两种工艺的破碎成本和净利润率。结果表明,两种方法的成本相近(约为33 s/t)。毛利率在18至84 s / t之间进行了评估,基于油的市场价格、粕和残油的模式价值、转基因生物可追溯性和运输的溢价水平的三种估值假设。蒸煮压榨工艺也适用于葵花籽和油菜籽,在大豆供应困难的情况下,通用性是保证破碎装置连续运行的优势。
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Comment valoriser dans l'alimentation animale, les graines de soja produites en France ? Comparaison de deux proc de transformation : l'aplatissage-cuisson-pression et l'extrusion-pression
How to develop the use for animal feeding, of soybean produced in France? Comparison of two processes: flaking-cooking-pressing and extrusion- pressing Cooking-pressing or extrusion-pressing processes applied to soybeans produce partially deoiled cake used for animal feeding. These two processes were studied and compared with a view to implementation in an industrial unit. The various factors of hydrothermal treatment for conditioning the beans were studied at different scales (batch from 2 kg to 100 kg, and continuous flow at 100 kg/h) and the results showed the need for moist cooking to effectively deactivate the antitrypsin factors (FAT) while maintaining protein solubility. The extrusion-pressing was more effective for deoiling cakes than cooking- pressing (5.4 vs. 6.7 %) but less robust for deactivation of FAT (6.5 vs. 3.8 TIU/mg). The techno-economical study was carried out to simulate the crushing costs and net margins of both processes in a plant capacity of 20 000 t / year. It showed that the costs of both methods were similar (about 33 s/t). Gross margins were evaluated between 18 and 84 s / t in three valuation assumptions based on market price of oil, the mode value of the meal and the residual oil, the level of premiums GMO traceability and transport. The cooking-pressing process can also be applied to sunflower and rapeseed and versatility is an advantage to ensure continuous operation of the crushing unit in case of supply difficulties in soybean.
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