A method for preparing flavor base material with soy sauce residue as main raw material
A technology for the main raw material, soy sauce residue, is applied in the field of preparing flavor-presenting materials, which can solve the problems of low protease degradation ability of Aspergillus oryzae, and achieve the effects of mellow and delicious taste, saving salt, and outstanding soy sauce flavor.
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Embodiment 1
[0026] Example 1 Preparation of Flavor and Seasoning with Low-salt Solid Soy Sauce Residue (Defatted Soybean Meal, Bran, Wheat) as Main Raw Material
[0027] Desalting and dehydrating the low-salt solid-state fermented soy sauce residue drenched with two or three oils, which is made of defatted soybean meal, bran and (or) crushed wheat (roasted). The dehydration conditions were soy sauce residue to water weight ratio of 1:2 (w / w), stirring at 150 rpm for 3 h, pressing pressure and time of 20000 MPa and 2 h. Add 2 times the weight of tap water to the desalted and dehydrated soy sauce residue, stir well, and then perform ultrasonic treatment (100 W / 10 KHz / 30 min). Cellulase was added to the ultrasonic treatment solution to further disrupt the cells. The condition was that the ratio of cellulase to dry soy sauce residue was 0.1 IU / g soy sauce residue, and the enzymatic hydrolysis conditions were 45 °C, 2 h, pH 4.0. The pretreated soy sauce residues were hydrolyzed by protease in...
Embodiment 2
[0028] Example 2 Preparation of Flavor and Seasoning with High-salt Dilute Soy Sauce Residue (Defatted Soybean Meal, Bran, Wheat) as Main Raw Material
[0029] Desalting and dehydrating the high-salt dilute state fermented soy sauce residue drenched with two or three oils, which is made of defatted soybean meal, bran and (or) crushed wheat (roasted). The dehydration conditions were as follows: the weight ratio of soy sauce residue to water was 1:8, stirring was performed at 150 rpm for 10 h, and the pressing pressure and time were 70000 MPa and 10 h. Add 6 times the weight of tap water to the desalted and dehydrated soy sauce residue, stir thoroughly, and then perform ultrasonic treatment (500 W / 100 KHz / 100 min). Cellulase was added to the ultrasonic treatment solution to further disrupt the cells. The condition was that the ratio of cellulase to dry soy sauce residue was 5 IU / g soy sauce residue, and the enzymatic hydrolysis conditions were 70 ℃, 10 h, pH 6.0. The pretreated...
Embodiment 3
[0030] Example 3 Preparation of Flavored Seasonings Using High-salt Dilute Soy Sauce Residues (Soybeans, Flour) as Main Raw Materials
[0031] Desalting and dehydrating the high-salt dilute state fermented soy sauce dregs drenched with oil and made of soybeans and flour. The dehydration conditions were as follows: the weight ratio of soy sauce residue to water was 1:3, stirring was performed at 150 rpm for 5 h, and the pressing pressure and time were 70000 MPa and 2 h. Add 2 times the weight of tap water to the desalted and dehydrated soy sauce residue, stir thoroughly, and then perform ultrasonic treatment (160 W / 50 KHz / 60 min). Cellulase was added to the ultrasonic treatment solution to further disrupt the cells. The condition was that the ratio of cellulase to dry soy sauce residue was 0.1 IU / g soy sauce residue, and the enzymatic hydrolysis conditions were 45°C, 3h, pH5.2. The pretreated soy sauce residues were hydrolyzed by protease in stages, and the proteases used were...
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