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Preparation of spread oils meeting US food and drug administration labeling requirements for trans fatty acids via pressure-controlled hydrogenation

机译:通过压力控制氢化制备符合美国食品和药物管理局对反式脂肪酸标签要求的涂抹油

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摘要

On July 11, 2003, the U.S. Food and Drug Administration (FDA) announced final regulations for trans fatty acid (TFA) labeling. By January 1, 2006, the TFA content of foods must be labeled as a separate line on the Nutrition Facts label. Products containing < 0.5 g of TFA/14 g serving may be declared as zero. This paper describes technologies allowing compliance with TFA labeling requirements. Soybean oil was hydrogenated in a 2-L vessel at temperatures ranging from 120 to 170 degrees C at a hydrogen pressure of 200 psi. A commercial nickel-supported catalyst (25% Ni) was used at 0.02% Ni by weight of oil. The hydrogenated oils were characterized for fatty acid composition, solid fat content, and melting point. Compared to commercially processed soybean oil basestocks that typically contain similar to 40% TFA, those obtained at lower temperatures and higher pressures contain > 56% less TFA. Basestocks prepared in the laboratory when blended with liquid soybean oil will yield spread oils meeting FDA labeling requirements for zero TFA, that is, < 0.5 g of TFA/serving.
机译:2003年7月11日,美国食品药品监督管理局(FDA)宣布了反式脂肪酸(TFA)标签的最终规定。在2006年1月1日之前,必须在营养成分标签上将食品中的TFA含量标记为单独的一行。含<0.5 g TFA / 14 g份的产品可以声明为零。本文介绍了允许符合TFA标签要求的技术。将大豆油在2升容器中于120至170摄氏度的温度下在200 psi的氢气压力下进行氢化。使用市售的镍负载的催化剂(25%Ni),以油的重量计为0.02%Ni。表征了氢化油的脂肪酸组成,固体脂肪含量和熔点。与通常包含约40%TFA的商业加工大豆油基础油相比,在较低温度和较高压力下获得的那些基础油的TFA少> 56%。与液体大豆油混合时,在实验室中制备的基础油将产生散布油,其符合FDA标记的零TFA要求,即每份TFA <0.5 g。

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