Method for preparing soy sauce rich in dietary fibers by utilizing plant waste residues
A technology for dietary fiber and waste residue is applied in the field of using plant waste residue to prepare soy sauce rich in dietary fiber and soy sauce manufacturing, which can solve problems such as difficulty in ensuring product quality, long production cycle, and product turbidity, and achieves increased raw material utilization and reduced product costs. , the effect of reducing environmental pollution
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Embodiment 1
[0020] The method that present embodiment prepares soy sauce may further comprise the steps:
[0021] a) Material preparation: bean curd dregs (may also contain other protein raw materials) are used as protein raw materials, and sweet potato dregs (may also contain other starchy raw materials) are used as starchy raw materials.
[0022] b) Pretreatment: wet bean dregs and wet sweet potato dregs are dried to a moisture content between 45% and 48%.
[0023] c) Steaming ingredients: mix the bean dregs and sweet potato dregs in a ratio of 8:2, and steam them in a steamer.
[0024] d) Cooling: spread the steamed bean dregs and sweet potato dregs to room temperature, use a fan to accelerate the cooling process, and obtain koji after cooling.
[0025] e) Ventilated koji making: mix a small amount of koji material with Shanghai Niang 3.042 Aspergillus oryzae, the amount of Aspergillus oryzae is 0.2%-0.4% of the weight of the koji material, and then inoculate, that is, fully mix with ...
Embodiment 2
[0036] The difference between this embodiment and embodiment 1 is that the mass ratio of bean dregs and sweet potato dregs in this embodiment is 7:3.
[0037] The method for preparing soy sauce in this embodiment uses bean curd residue and sweet potato residue as raw materials, which not only reduces product cost, but also can make full use of plant waste residue and reduce environmental pollution; the present invention further adds cellulase in the oil pouring step, which can effectively hydrolyze and extract water-soluble Non-toxic dietary fiber not only increases the utilization rate of raw materials, but also improves product quality; the present invention adopts microporous filtration and directly fills, avoiding the problems of decreased flavor and poor body shape caused by traditional heating and clarification methods.
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