Low carbon hydrate beer and manufacturing method thereof
A technology of carbohydrates and production methods, applied in the field of beer, can solve the problems that there are no low-carbohydrate and low-calorie beer products and production methods, the taste differentiation is not obvious enough, and the diversification of consumer consumption cannot be satisfied, and the main fermentation can be shortened. Time, clean and light taste, and the effect of saving production costs
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Embodiment 1
[0015] First select the two-row malt. The malt is then crushed. With the ratio of 65% (m / m) of malt and 35% (m / m) of rice, 1 kg of glucoamylase is added to 1 ton of raw materials during the saccharification process, such as the new liquid saccharification enzyme (GA-L New) or Ningxia Xiasheng Industrial Group Co., Ltd. dry beer special compound enzyme SBD-012, and 0.8 kg of pullulanase, saccharification at 62°C for 60 minutes, and the concentration of wort after saccharification was 12°P. After saccharification, it is fermented by a one-pot fermentation process, and finally filtered, diluted and packaged with a dilution rate of 70% (m / m). The carbohydrate content of the obtained low-carbon beer is 1.60% (m / m), and the heat is 104KJ / 100ml.
Embodiment 2
[0017] In addition to adding 2 kg of glucoamylase to 1 ton of raw materials during the saccharification process, such as the new liquid saccharification enzyme (GA-L New) of Genencor Corporation of the United States or the special compound enzyme SBD-012 for dry beer of Ningxia Xiasheng Industrial Group Co., Ltd., other Same as Example 1, the carbohydrate content of the low-carb beer obtained is 1.6% (m / m), and the heat is 104KJ / 100ml.
Embodiment 3
[0019] Except that 1.6 kilograms of pullulanase was added to 1 ton of raw material during the saccharification process, the others were the same as in Example 1. The carbohydrate content of the low-carbon beer obtained was 1.6% (m / m), and the heat was 104KJ / 100ml.
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