Method for controlling fermentation temperature of Maotai-flavour Baijiu
A sauce-flavor liquor and fermentation temperature technology, applied in the preparation of alcoholic beverages, can solve problems such as poor heat transfer, and achieve the effects of improving the quality of base wine, improving spatial distribution, stabilizing and improving quality
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Embodiment 1
[0012] Anaerobic and low-temperature storage containers for yellow water are set up to collect yellow water from cellars for high-quality Luzhou-flavor liquor production. A certain capacity container is set under the cellar to collect the yellow water generated by circulation and fermentation. The two containers are connected by pipelines, connected with pumps and heat exchangers, and controlled by valves. Carry out the production of Luzhou-flavor Luzhou-flavor liquor.
[0013] The temperature of the yellow water is controlled to 50°C, and it is evenly fed through the pipes installed on the top of the cellar, so that the initial temperature of the fermentation rises 2 days earlier than the traditional fermentation, and the temperature is 2°C higher than the traditional fermentation. In the stage of ester production, the yellow water is heated to 55°C, and fed uniformly through the pipes set on the top of the cellar to extend the top temperature time for 5 days.
[0014] The ...
Embodiment 2
[0016] The temperature of the yellow water is controlled at 60°C, and it is evenly fed through the pipes installed on the top of the fermentation tank, so that the initial temperature of the fermentation rises 3 days earlier than the traditional fermentation, and the temperature is 3°C higher than the traditional fermentation. In the stage of ester production, the yellow water is heated to 63°C, and fed uniformly through the pipes set on the top of the cellar to extend the top temperature time for 3 days.
[0017] The content of total acid and total ester in the base wine produced has increased, its sauce-flavor style is more prominent, and its quality has been improved by one level.
Embodiment 3
[0019] The temperature of the yellow water is controlled at 55°C, and it is evenly fed through the pipes installed on the top of the reactor, so that the initial temperature of the fermentation rises 4 days earlier than the traditional fermentation, and the temperature is 4°C higher than the traditional fermentation. In the stage of ester production, the yellow water was heated to 60°C and fed evenly through the pipes installed on the top of the reactor to prolong the top temperature time for 10 days.
[0020] The total ester content of the produced base wine increases, the total acid content does not change much, but the content of lactic acid and lactic acid esters decreases, and the quality improves by one grade.
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