Fat compositions for use in food
a technology for fat compositions and food, applied in the field of fat compositions for use in food, can solve the problems of not being able to disclose the use of such compositions as texturizers, not being able to solve the problem of a complete solution, and not being able to easily replace high-melted fats
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example 1
[0042] Hydrogenation of Sterol Mixtures
[0043] A commercially available plant sterol mixture obtained from vegetable oil distillate (composition: campesterol+22,23-dihydrobrassicas-terol 26.7%, brassicasterol 1,0%, campestanol 1.7%, stigmasterol 18.4%, sitosterol 49.1% and sitostanol 2.9%) was hydrogenated in a pilot scale reactor (25 liter). Twenty-six grams of a fibrous Pd catalyst (Smop-20; Pd content 10 weight-%, Smoptech, Turku, Finland), 26 g distilled water for the activation of the catalyst and 11.7 kg propanol were fed into the reactor. The reactor was flushed with nitrogen and the activation of the catalyst was carried out under hydrogen gas at a pressure of 1 bar and at a temperature of 65.degree. C. for 30 minutes. After the activation, the blend was cooled to 40.degree. C., after which 1.3 kg of the sterol mixture was added.
[0044] The propanol plant sterol mixture was heated under nitrogen atmosphere to 65.degree. C., after which nitrogen was displaced by hydrogen. After...
example 2
[0053] Stanol Fatty Acid Esters as Texturizing Agents
[0054] Different fatty acid compositions were used for esterification of wood or vegetable oil stanol.
[0055] 1) Wood stanol ester with fatty acids derived from rapeseed oil
[0056] 2) Vegetable oil stanol ester with fatty acids derived from rapeseed oil
[0057] 3) Wood stanol ester with fatty acids derived from soybean oil
[0058] 4) Wood stanol ester with fatty acids derived from a rapeseed oil-palm oil blend (85:15)
[0059] 5) Wood stanol ester with fatty acids derived from a rapeseed oil-palm oil blend (70:30)
[0060] 6) Wood stanol ester with fatty acids derived from butter oil
[0061] The solid fat content (percent of fat) of each ester which is a solid at various temperatures, was determined by conventional NMR technique using an ordinary serial tempering method, and is shown in Table I.
2TABLE I Texturizing agent 10.degree. C. 20.degree. C. 30.degree. C. 35.degree. C. 40.degree. C. 45.degree. C. 1 84.1 70.4 26.6 7.0 4.6 2.5 2 82.3 70.4 ...
example 3
[0063] Sterol Esters as Texturizing Agents
[0064] Although the invention is particularly beneficial when using stanol fatty acid esters with or without minor amounts of sterol fatty acid esters, it can likewise be practiced using sterol fatty acid esters which have been blended to provide a solid fat content similar to the hardstock being replaced. The following blends of sterol esters are examples that can be used as texturizing agents.
[0065] Blends of Sterol Esters
[0066] 1. Wood sterol ester with rapeseed fatty acids 90%, wood sterol ester with palm oil fatty acids 10%
[0067] 2. Wood sterol ester with rapeseed fatty acids 80%, wood sterol ester with palm oil fatty acids 20%
[0068] 3. Wood sterol ester with rapeseed fatty acids 70%, wood sterol ester with palm oil fatty acids 30%
[0069] 4. Wood sterol ester with rapeseed oil fatty acids 80%, wood sterol ester with palm oil fatty acids 10%, wood sterol ester with coconut fatty acids 10%
[0070] 5. Wood sterol ester with rapeseed oil fatty...
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