Fruit wine of roses and citrus and brewing technology of fruit wine
A technology of tangerine fruit wine and rose tangerine, applied in the field of fruit wine brewing, can solve the problems of single nutritional and health care effect, less taste, color and luster, and inability to provide multi-variety series products, and achieves stable fermentation, balanced rose fragrance, and rich fruit fragrance. rich effect
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
Method used
Examples
Embodiment 1
[0036] (1) After the citrus is peeled and seeded, beating to extract the juice, adding dry rose petals with a weight volume ratio of 0.5% and properly crushed to obtain mash;
[0037] (2) Add 80mg / L sulfurous acid and 55mg / L pectinase to the mash based on the mass ratio of the volume of the mash to the added substance, stir evenly, and enzymatically hydrolyze for 18 hours at room temperature;
[0038] (3) Based on the mass ratio of the volume of mash to the added substances, add 0.3g / L acid reducer calcium carbonate, potassium tartrate, sodium carbonate and potassium bicarbonate, 180g / L sucrose, 0.15g / L preferably Yeast, 1.0g / L yeast nutrient, the yeast nutrient is yeast extract powder and magnesium sulfate with a mass ratio of 1:0.8; fermented at a constant temperature of 18°C for 20 days; afterward filtering to remove pomace, Add 60 mg / L of sulfurous acid, stand at 4°C for 25 days to obtain the original fruit wine;
[0039] (4) Based on the volume of the original fruit wi...
Embodiment 2
[0042] (1) After the citrus is peeled and seeded, beating to extract the juice, adding appropriately crushed dried rose petals with a weight volume ratio of 1.0%, to obtain mash;
[0043] (2) Add 90mg / L sulfurous acid and 90mg / L pectinase to the mash based on the mass ratio of the volume of the mash to the added substance, stir evenly, and enzymatically hydrolyze for 16 hours at room temperature;
[0044](3) Based on the mass ratio of the volume of mash to the added substances, add 0.5g / L acid reducer calcium carbonate, potassium tartrate, sodium carbonate and potassium bicarbonate, 220g / L sucrose, 0.3g / L preferably Yeast, 2.5g / L yeast nutrient, yeast nutrient contains peptone and dipotassium hydrogen phosphate, wherein the mass ratio of peptone to dipotassium hydrogen phosphate is 2:1, fermented at 22°C for 16 days; then filtered After removing the pomace, add 80 mg / L sulfurous acid and let it stand at 4°C for 20 days to obtain the original fruit wine;
[0045] (4) Based on ...
Embodiment 3
[0048] (1) After the citrus is peeled and seeded, beating to extract the juice, adding appropriately crushed dried rose petals with a weight-volume ratio of 0.5%, to obtain mash;
[0049] (2) Add 80 mg / L sulfurous acid and 50 mg / L pectinase to the mash according to the weight-to-volume ratio, stir evenly, and enzymolyze at room temperature for 20 hours;
[0050] (3) Based on the mass ratio of the volume of the mash to the added substances, add 0.3g / L acid reducer calcium carbonate, potassium tartrate, sodium carbonate, 100g / L sucrose, 0.15g / L optimal yeast, 0.5g / L of yeast nutrient, which contains peptone and ferrous sulfate, wherein the mass ratio of peptone to ferrous phosphate is 2:1, fermented at 16°C for 25 days; Add 40 mg / L of sulfurous acid, stand at 2°C for 30 days to obtain the original fruit wine;
[0051] (4) Based on the volume of the original fruit wine and the mass ratio of the added substances, add 0.2g / L clarifier to the original fruit wine, then stand at 2°C...
PUM
Login to View More Abstract
Description
Claims
Application Information
Login to View More