Garlic functional drink and preparation method thereof
A technology of functional beverages and garlic, applied in food science and other directions
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Embodiment 1
[0017] 1) Peel the fresh garlic, or directly weigh 100kg of garlic; put the garlic in hot water at 80°C for enzyme inactivation treatment, and the enzyme inactivation time is 8 minutes; grind the garlic into raw garlic pulp with a grinder, Whole garlic cloves are not allowed in the garlic paste;
[0018] 2) Add 200kg of water to the raw garlic pulp and stir evenly, then add pectinase 1‰, pulp enzyme 0.02‰, cellulose compound enzyme 1‰ according to the weight of garlic pulp, enzymatic hydrolysis temperature 40°C, enzymatic hydrolysis time 5 hours , to reduce the viscosity of garlic paste.
[0019] 3) Use a plate filter to filter the enzymatically hydrolyzed garlic liquid to remove large particles in the enzymatically hydrolyzed garlic liquid, and then use a ceramic membrane for microfiltration. The transmembrane pressure is 0.85bar, and the membrane surface flow rate is 5m / s. The pore size is 100nm.
[0020] 4) Then activated carbon is used for adsorption and decolorization, ...
Embodiment 2
[0023] 1) Peel the fresh garlic, or directly weigh 100kg of garlic; put the garlic in hot water at 90°C for enzyme inactivation treatment, and the enzyme inactivation time is 2 minutes; grind the garlic into raw garlic pulp with a grinder, Whole garlic cloves are not allowed in the garlic paste;
[0024] 2) Add 500kg of water to the raw garlic pulp and stir evenly, then add pectinase 1.5‰, pulp enzyme 0.05‰, cellulose compound enzyme 5‰ according to the weight of garlic pulp, enzymolysis temperature 45°C, enzymolysis time 3 hours , to reduce the viscosity of garlic paste.
[0025] 3) Use a plate filter to filter the enzymatically hydrolyzed garlic liquid to remove large particles in the enzymatically hydrolyzed garlic liquid, and then use a ceramic membrane for microfiltration. The transmembrane pressure is 0.85bar, and the membrane surface flow rate is 5m / s. The pore size is 100nm.
[0026] 4) Then carry out adsorption and decolorization by ion exchange resin to obtain clea...
Embodiment 3
[0029] 1) Peel the fresh garlic, or directly weigh 500kg of garlic; put the garlic in hot water at 95°C for enzyme inactivation treatment, and the enzyme inactivation time is 2 minutes; grind the garlic into raw garlic pulp with a grinder, Whole garlic cloves are not allowed in the garlic paste;
[0030] 2) Add 1000kg of water to the raw garlic pulp and stir evenly, then add pectinase 0.1‰, pulp enzyme 0.01‰, cellulose compound enzyme 1‰ according to the weight of garlic pulp, enzymolysis temperature 30°C, enzymolysis time 5 hours , to reduce the viscosity of garlic paste.
[0031] 3) Use a plate filter to filter the enzymatically hydrolyzed garlic liquid to remove large particles in the enzymatically hydrolyzed garlic liquid, and then use a ceramic membrane for microfiltration. The transmembrane pressure is 0.85bar, and the membrane surface flow rate is 5m / s. The pore size is 100nm.
[0032] 4) Then carry out adsorption and decolorization by ion exchange resin to obtain cle...
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