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Tea fungus bean curd and production method thereof

A production method, the technology of kombucha fungus, is applied in the field of deep processing of bean products, which can solve the problems such as difficulty in innovation of tofu varieties, achieve the effects of enriching nutrition and health care functions, simple production process, and improving flavor and taste

Inactive Publication Date: 2019-08-13
JIANGSU ACADEMY OF AGRICULTURAL SCIENCES
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0008] Due to the limitation of the types of existing tofu coagulants, it is always difficult to innovate tofu varieties. In order to increase the types of tofu products and make the products have distinctive characteristics in mouthfeel, flavor and functionality, the present invention utilizes kombucha as a tofu coagulant. Give full play to the probiotic effect and acid coagulation characteristics of kombucha and the improvement of tofu texture, flavor and probiotic effect by tea polyphenols and kombucha film in protein coagulation, and develop a new tofu variety

Method used

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  • Tea fungus bean curd and production method thereof

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0028] (1) Boil sugar tea water containing 6wt% white granulated sugar and 0.5wt% black tea for 20 minutes, inoculate naturally fermented kombucha bacterium liquid after cooling to room temperature and ferment, stop fermentation when the pH of the kombucha bacterium liquid reaches 2.8, and obtain kombucha fungus Bacteria liquid and kombucha fungus film;

[0029] (2) dilute step (1) gained kombucha bacterium liquid with water to be 3.8 as bean curd coagulant to pH;

[0030] (3) beating the kombucha bacterial film obtained in step (1) with a pulverizer;

[0031] (4) Add 5 wt% kombucha fungus film after soybean removal, cleaning, soaking, beating, and slag removal, boil the soybean milk, and adjust the concentration of soybean milk to 9Brix;

[0032] (5) Keep the temperature of soybean milk above 85°C, add half of the total amount of kombucha bacteria liquid within 10-15 seconds, add at a uniform speed, stir well until the phenomenon of broken flowers appears, and then continue ...

Embodiment 2

[0035] (1) Boil the sugar tea water containing 6wt% white granulated sugar, 2% honey, and 1wt% green tea for 20 minutes, inoculate the kombucha bacterium liquid fermented by the starter consisting of acetic acid bacteria and saccharomyces after cooling to room temperature, and ferment the kombucha bacterium When the pH of the bacterial liquid reaches 3.0, the fermentation is stopped, and the kombucha bacterial liquid and the kombucha bacterial film are obtained;

[0036] (2) dilute step (1) gained kombucha bacterium liquid with water to be 3.8 as bean curd coagulant to pH;

[0037] (3) beating the kombucha bacterial film obtained in step (1) with a pulverizer;

[0038](4) Add 10wt% kombucha fungus film after removing impurities, cleaning, soaking, beating, and removing slag from the soybeans, boil the soybean milk, and adjust the concentration of the soybean milk to 10Brix;

[0039] (5) Keep the temperature of soybean milk above 85°C, add half of the total amount of kombucha ...

Embodiment 3

[0041] (1) Boil sugar tea water containing 10wt% sucrose and 1.5wt% black tea for 30 minutes, inoculate naturally fermented kombucha bacterium liquid after cooling to room temperature and ferment, stop fermentation when the pH of the kombucha bacterium liquid reaches 3.6, and obtain kombucha bacterium liquid and kombucha fungus film;

[0042] (2) Dilute the kombucha bacteria liquid obtained in step (1) with water to a pH of 4.0 as a tofu coagulant;

[0043] (3) beating the kombucha bacterial film obtained in step (1) with a pulverizer;

[0044] (4) Add 10wt% kombucha fungus film after removing impurities, cleaning, soaking, beating, and removing slag from the soybeans, boil the soybean milk, and adjust the concentration of the soybean milk to 11Brix;

[0045] (5) Keep the temperature of soybean milk above 85°C, add half of the total amount of kombucha bacteria liquid within 10-15 seconds, add at a uniform speed, stir well until the phenomenon of broken flowers appears, and th...

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Abstract

The invention discloses tea fungus bean curd and a production method thereof. The method comprises the following steps that 1, tea water with sugar is fermented with tea fungi until the pH value is 2.8-3.6, and a tea fungus solution and a tea fungus film are obtained; 2, the tea fungus solution is diluted with water until the pH value is 3.8-4.0, and the tea fungus solution with the pH value of 3.8-4.0 serves as a bean curd coagulant; 3, the tea fungus film is pulped; 4, soybeans are cleaned, washed, soaked, pulped, filtered and added into the pulped tea fungus film, and after boiling, cookedsoybean milk is obtained; 5, the temperature of the soybean milk is kept to be 85 DEG C or above, coagulation is conducted with the tea fungus solution until the phenomenon that supernatant is separated out is observed, after standing for 10-15 minutes, the bean curd is poured into a frame in which a bean curd cloth is laid, the frame is hermetically wrapped with screen cloth, the screen cloth isflattened, self-drained and pressurized, the pressure is maintained, press forming is conducted to obtain acid slurry bean curd. The tea fungus bean curd is thick in tea aroma, uniform in texture andsufficient in elasticity, has the nutritive and health-care functions of bean curd and tea fungi, has good cooking processing performance, and has a wide market porspect.

Description

technical field [0001] The invention relates to kombucha tofu and a production method thereof, belonging to the field of deep processing of soybean products. Background technique [0002] Soybean originated in my country, has a history of cultivation and consumption for thousands of years, and is planted in large areas all over the world. Soybeans are the most nutritious and easily digestible food in the legume family, and are the richest and cheapest source of protein. Traditional Chinese medicine believes that it is sweet in taste and flat in nature, and enters the spleen and large intestine meridian. my country is one of the earliest countries in the history of using soybeans to make soy products. Tofu, soybean paste, and tempeh have been recorded for more than 2,000 years. Today, soybeans are used as raw materials to develop foods. However, the most widely accepted is still the traditional tofu . [0003] Coagulants for making tofu mainly include salt coagulants, acid ...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A23C20/02A23L11/45A23L11/50
CPCA23C20/025
Inventor 夏秀东周剑忠单成俊戴意强尹丽卿吴寒刘小莉王英
Owner JIANGSU ACADEMY OF AGRICULTURAL SCIENCES
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