Preparation method of cranberry and cinnamon beer
A technology of cranberry cinnamon and beer, which is applied in the brewing of beer, can solve problems such as affecting the taste of beer and failing to satisfy consumers, and achieve the effects of good market prospects, reduced damage, and pure and fragrant taste.
Patent Information
- Authority / Receiving Office
- CN · China
- Current Assignee / Owner
- Publication Date
- 2019-02-12
- Estimated Expiration
- Not applicable · inactive patent
Abstract
Description
technical field
[0001] The invention belongs to the technical field of beer preparation, and in particular relates to a preparation method of cranberry cinnamon beer. Background technique
[0002] Nowadays, craft beer is gradually rising in my country's beer industry. It has a wide variety and unique taste, and is deeply loved by consumers. Craft beer uses traditional technology, selects high-quality raw materials without adding any auxiliary materials, and brews beer with different characteristics through different kinds of malt, hops, and yeast. With the continuous improvement of living standards, people have new requirements for the quality of life. For beer, what consumers pursue is more nutritious wine that contains multiple nutrients that are beneficial to human health and prolong life.
[0003] There are many preparation methods related to beer in the prior art, such as CN107723148A discloses a preparation method of broccoli beer, which is to take the aged beer disti...
Examples
Embodiment 1
[0037] In this embodiment, 100 parts of barley malt, 10 parts of red malt, 10 parts of caramel malt and 10 parts of crystallized malt.
[0038] A preparation method of cranberry cinnamon beer, comprising the following steps:
[0039] The first step, saccharification
[0040] Inject 500L of water (pure water: tap water = 1:1) into the saccharification tank, raise the temperature to 52°C, slowly add all the crushed malt, stir while adding, and carry out saccharification through the leaching and saccharification process of single-mash heating. The parameters are: feeding at 52°C (15 minutes of heat preservation) → 62°C (30 minutes of heat preservation) → 72°C (20 minutes of heat preservation) → 78°C (filtering).
[0041] The second step, filter
[0042] The sieve plate of the filter tank is introduced with 78°C hot water in advance, and the hot water is added to just submerge the filter plate, which can be used to discharge the air between the filter plate and the bottom of the...
Embodiment 2
[0055] In this embodiment, 120 parts of barley malt, 20 parts of red malt, 5 parts of caramel malt and 20 parts of crystalline malt.
[0056] The preparation method of cranberry cinnamon beer comprises the following steps:
[0057] The first step, saccharification
[0058] Inject 500L of water (pure water: tap water = 1:1) into the saccharification tank, raise the temperature to 52°C, slowly add all the crushed malt, stir while adding, and carry out saccharification through the leaching and saccharification process of single-mash heating. The parameters are: feeding at 52°C (15 minutes of heat preservation) → 62°C (30 minutes of heat preservation) → 72°C (20 minutes of heat preservation) → 78°C (filtering).
[0059] The second step, filter
[0060] The sieve plate of the filter tank is introduced with 78°C hot water in advance, and the hot water is added to just submerge the filter plate, which can be used to discharge the air between the filter plate and the bottom of the t...
Embodiment 3
[0073] In this example, 110 parts of barley malt, 17 parts of red malt, 6 parts of caramel malt and 11 parts of crystallized malt.
[0074] A preparation method of cranberry cinnamon beer, comprising the following steps:
[0075] The first step, saccharification
[0076] Inject 500L of water (pure water: tap water = 1:1) into the saccharification tank, raise the temperature to 52°C, slowly add all the crushed malt, stir while adding, and carry out saccharification through the leaching and saccharification process of single-mash heating. The parameters are: feeding at 52°C (15 minutes of heat preservation) → 62°C (30 minutes of heat preservation) → 72°C (20 minutes of heat preservation) → 78°C (filtering).
[0077] The second step, filter
[0078] The sieve plate of the filter tank is introduced with 78°C hot water in advance, and the hot water is added to just submerge the filter plate, which can be used to discharge the air between the filter plate and the bottom of the tan...