Hayloft White Wit Wheat [Master] - Beer Recipe - Brewer's Friend

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Hayloft White Wit Wheat [Master]

149 calories 14 g 330 ml
Beer Stats
Method: All Grain
Style: Weissbier
Boil Time: 60 min
Batch Size: 38 liters (fermentor volume)
Pre Boil Size: 42 liters
Post Boil Size: 39 liters
Pre Boil Gravity: 1.045 (recipe based estimate)
Post Boil Gravity: 1.049 (recipe based estimate)
Efficiency: 62% (brew house)
Source: survey of various recipes on this site and BYO
Hop Utilization: 96%
Calories: 149 calories (Per 330ml)
Carbs: 14 g (Per 330ml)
Created: Wednesday April 24th 2019
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by Greg Dunning - Beer Stalin

OG: 1.054 FG: 1.013 ABV: 5.4% IBU: 15

1.049
1.010
5.1%
12.7
4.1
5.3
n/a
 
Fermentables
Amount Fermentable Cost PPG °L Bill %
4 kg Canadian - Pale Wheat4 kg Pale Wheat 36 2 39.2%
4 kg German - Floor-Malted Bohemian Pilsner4 kg Floor-Malted Bohemian Pilsner 38 1.8 39.2%
0.25 kg Rice Hulls0.25 kg Rice Hulls 0 0 2.5%
0.75 kg Flaked Wheat0.75 kg Flaked Wheat 34 2 7.4%
0.40 kg Flaked Oats0.4 kg Flaked Oats 33 2.2 3.9%
0.40 kg German - Acidulated Malt0.4 kg Acidulated Malt 27 3.4 3.9%
0.40 kg Briess - White Wheat Raw0.4 kg White Wheat Raw 34.5 2 3.9%
10.20 kg / 0.00
 
Hops
Amount Variety Cost Type AA Use Time IBU Bill %
15 g Northern Brewer15 g Northern Brewer Hops Pellet 9.4 Boil 60 min 9.42 33.3%
30 g Saaz, Czech30 g Saaz, Czech Hops Pellet 3.3 Boil 15 min 3.28 66.7%
45 g / 0.00
 
Other Ingredients
Amount Name Cost Type Use Time
14 g coriander, ground Herb Boil 0 min.
14 g Orange Peel, dried Flavor Boil 0 min.
7 g ginger, minced Flavor Boil 0 min.
15 ml Phosphoric acid Water Agt Sparge 1 hr.
 
Yeast
Escarpment Labs - Classic Witbier
Amount:
1 Each
Cost:
Attenuation (avg):
75%
Flocculation:
Med-Low
Optimum Temp:
19 - 24 °C
Starter:
No
Fermentation Temp:
-
Pitch Rate:
0.35 (M cells / ml / ° P) 162 B cells required
Escarpment Labs - Anchorman Ale
Amount:
1 Each
Cost:
Attenuation (avg):
77.5%
Flocculation:
High
Optimum Temp:
18 - 20 °C
Starter:
No
Fermentation Temp:
-
Pitch Rate:
0.35 (M cells / ml / ° P) 162 B cells required
Fermentis - Safale-WB06
Amount:
1 Each
Cost:
Attenuation (avg):
78%
Flocculation:
Low
Optimum Temp:
15 - 24 °C
Starter:
No
Fermentation Temp:
-
Pitch Rate:
0.35 (M cells / ml / ° P) 162 B cells required
0.00 Yeast Pitch Rate and Starter Calculator
Priming
CO2 Level: 4.04 Volumes
 
Target Water Profile
Light colored and malty
Ca+2 Mg+2 Na+ Cl- SO4-2 HCO3-
60 5 10 95 55 0
Target water profile is generic "Light and Malty Profile".

Add 12g each Gypsum and CaCl

Use all 400g of planned acid malt. Maybe more if pH comes in high, but definitely add the 400g right at the start.

pH calculator predicts 5.06, but I hit 5.2 nicely with these amounts in Hayloft-05
Mash Chemistry and Brewing Water Calculator
 
Mash Guidelines
Amount Description Type Start Temp Target Temp Time
15 L 113F protein rest Infusion -- 45 °C 20 min
6 L 137F gelatinization Infusion -- 58 °C 10 min
9 L 150F beta rest [infusion + HERMS] Infusion -- 66 °C 30 min
160F alpha rest [HERMS] Temperature -- 70 °C 30 min
35 L 168F mashout Fly Sparge -- 76 °C 60 min
Starting Mash Thickness: 1.5 L/kg
Quick Water Requirements
Water Liters
Strike water volume at mash thickness of 1.5 L/kg 15.3
Mash volume with grains 22
Grain absorption losses -10.2
Remaining sparge water volume (equipment estimates 39.7 L) 37.8
Mash Lauter Tun losses -0.9
Pre boil volume (equipment estimates 43.9 L) 42
Boil off losses -5.7
Hops absorption losses (first wort, boil, aroma) -0.2
Post boil Volume (equipment estimates 38 L) 39
WARNING: Exceeded batch size - reduce boil size  
Going into fermentor (equipment estimates 39 L) 38
Total: 53.1  
Equipment Profile Used: System Default
 
Notes

Wit-style wort with coriander and orange peel fermented with a belgian wit yeast.

Yeast
I've listed some of the yeasts that I've used. Last time, I used the dry yeast (WB06) and the taste is good, but perhaps a little restrained. I would use it again.

Grist:
Half wheat malt, with raw wheat and wheat and oat flakes. The rest will be pilsener. (I've also used torrefied wheat, which doesn't require gelatinization.) With the raw wheat, a gelatinization rest is necessary. In future batches, I could consider using a lot more raw wheat (typical for a witbier, but not a hefeweizen). That might necessitate changes to the mash schedule.

Mash
--at this point, HLT is full @ 44L--

Start with infusions...

  1. Protein rest [122F]: Dough in 20L of water @ 136F for a strike temperature of 122F. Let rest 20 min.

  2. Gelatinization [137F]: Add 6L of boiling water for a strike temperature of 137F. Let rest 10 min. (Remove the 6L from the HLT and boil separately because HLT will not be at a boil when you need this water.)

    ...and then proceed using the HERMS unit
  3. Beta [150F]: Let rest 30 min.

    --Top up HLT: add 15L water, so total HLT water = 59L--

  4. Alpha amylase [158F]: Let rest 30 min

  5. Sparge [168F]: Sparge with remainder or water from HLT (33L).

    Boil
    Boil 60 minutes. Add hops as indicated.
    Spices (coriander, ginger, orange/lemon peel) added at flameout. bagged, and give the brew a long stir to create a whirlpool. After 15 minutes remove the spice bag.

    ideas

    Allagash also adds Saaz hops at flameout. I could consider that too.

    For consideration in a future batch:
    "add the featured ingredient [i.e. spices] to a smaller fermenter or container, fill with beer or another liquid, and make a concentrated stock that can be used for blending. The advantage to extracting the flavors in a smaller volume of beer or other liquid is that it allows for more control over the flavor intensity in the finished beer. This method works especially well when using potently flavored ingredients in a recipe for the first time. Whether the ingredient is cacao, coffee, vanilla, oak, fruit, or spices; it is nice not having to worry about adding too much or too little. And when you use special ingredients in this fashion you can really focus on maximizing flavor extraction because it is easier to filter or strain smaller liquid volumes, especially if you use a solvent that is not subject to oxidation, as is the case with beer. Water or alcohol teas are the most common, and the simplest way to improve flavor extraction of these types of ingredients is by reducing the particle size."

    Lastly, this is an interesting variation worth considering:
    https://byo.com/recipe/carissa-sweigarts-cranberry-wit/
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  • Last Updated: 2023-07-18 13:12 UTC