Leffe clone - Beer Recipe - Brewer's Friend

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Leffe clone

180 calories 16.8 g 330 ml
Beer Stats
Method: All Grain
Style: Belgian Pale Ale
Boil Time: 90 min
Batch Size: 23 liters (fermentor volume)
Pre Boil Size: 28.5 liters
Pre Boil Gravity: 1.047 (recipe based estimate)
Efficiency: 75% (brew house)
Source: Revvy: http://www.homebrewtalk.com/showthread.php?
Rating:
2.00 (1 Review)

Calories: 180 calories (Per 330ml)
Carbs: 16.8 g (Per 330ml)
Created: Thursday January 14th 2016
1.059
1.012
6.1%
26.3
17.5
n/a
n/a
 
Fermentables
Amount Fermentable Cost PPG °L Bill %
4.50 kg German - Pilsner4.5 kg Pilsner 38 1.6 80.4%
0.50 kg German - Munich Light0.5 kg Munich Light 37 6 8.9%
0.30 kg Belgian - Biscuit0.3 kg Biscuit 35 23 5.4%
0.30 kg Belgian Candi Sugar - Dark0.3 kg Belgian Candi Sugar - Dark 38 275 5.4%
5.60 kg / 0.00 €
 
Hops
Amount Variety Cost Type AA Use Time IBU Bill %
25 g Saaz25 g Saaz Hops Leaf/Whole 3.5 Boil 30 min 6.91 37.3%
42 g Fuggles42 g Fuggles Hops Leaf/Whole 4.5 Boil 60 min 19.43 62.7%
67 g / 0.00 €
 
Other Ingredients
Amount Name Cost Type Use Time
0.30 kg Remember candi sugar! Other Boil 15 min.
1 each Protofloc Fining Boil 15 min.
 
Yeast
White Labs - Abbey Ale Yeast WLP530
Amount:
1 Each
Cost:
Attenuation (avg):
77.5%
Flocculation:
Med-High
Optimum Temp:
19 - 22 °C
Starter:
Yes
Fermentation Temp:
-
Pitch Rate:
1.25 (M cells / ml / ° P) 417 B cells required
0.00 € Yeast Pitch Rate and Starter Calculator
 
Target Water Profile
Light colored and malty
Ca+2 Mg+2 Na+ Cl- SO4-2 HCO3-
60 5 10 95 55 0
1 crushed campden tablet at start to reduce chlorinity;

I used
http://www.thehomebrewforum.co.uk/water.php#results
to calculate the following:

CRS:
40.5 millilitres - add this to the total water volume!

Gypsum added to mash:
3.48 grams

Gypsum added to boiler:
5.34 grams

Epsom Salts added to boiler: 5.01 grams
Mash Chemistry and Brewing Water Calculator
 
Mash Guidelines
Amount Description Type Start Temp Target Temp Time
12.5 L Sparge -- 65 °C 60 min
Starting Mash Thickness: 3 L/kg
Quick Water Requirements
Water Liters
Strike water volume at mash thickness of 3 L/kg 15.9
Mash volume with grains 19.4
Grain absorption losses -5.3
Remaining sparge water volume (equipment estimates 22 L) 18.6
Mash Lauter Tun losses -0.9
Volume increase from sugar/extract (early additions) 0.2
Pre boil volume (equipment estimates 31.9 L) 28.5
Boil off losses -8.6
Hops absorption losses (first wort, boil, aroma) -0.3
Post boil Volume 23
Going into fermentor 23
Total: 34.5  
Equipment Profile Used: System Default
 
Notes

Sugar: (Last 15 minutes of boil)

Mashing (explanation of high temperature):
The reason for mashing at 158 came from doing research into the style from somewhere that I can't even recall.
It may seem high, but the reason for doing so is that Beta Amylase enzymes denature at 158. This leaves more unfermentable long chain dextrins, you will have more "weight" and more mouthfeel with the 158f mash temp but about the same starting gravity, and the final gravity will be higher as well. You get more mouthfeel this way so that when you add the table sugar to the boil, you get the gravity boost but it's not "thin and cidery" like happens with many beers when you boost with a simple sugar. With this higher temp mash there still is decent mouthfeel and even great lacing on the glass from the proteins.


*Yeast; making as starter:
Procedure:

In a medium sauce pan, add 2 pints of water and 1 cup Dried Malt Extract (DME). Mix well and boil the solution for about 10 minutes to sterilize. Cover and cool the pan to room temperature in an ice bath. This will give you a wort of approximately 1.040 OG. Keeping the Original Gravity low is important because you want to keep the yeast in its growth phase, rather than its fermentation phase. The fermentation phase will create alcohol which can be toxic to yeast in high concentrations.

Pour the wort into a sanitized glass container (flask, growler, etc.) and pitch the vial of yeast. Cover the top of the container with a sanitized piece of aluminum foil so that it is flush with the container, but will still allow CO2 to escape. Vigorously shake or swirl the container to get as much oxygen dissolved in the solution as possible. Allow the starter to sit at room temperature for 12-24 hours, occasionally shaking it to keep the solution aerated.

You probably won’t see any visible activity, but the yeast is busy taking up the oxygen and sugars in the solution and growing new cells. After the yeast has consumed all of the nutrients and oxygen, it will form a milky white layer on the bottom of the container. If you are not planning on pitching the yeast right away, you can store it in the refrigerator with the foil still in place. When you are ready to brew, decant off most of the clear liquid from the top, being careful not to disturb the yeast layer below. Once the yeast and your wort are at approximately the same (room) temperature, rouse the starter yeast into suspension and pitch the entire quantity into your fermenter.

Typical Starter Volumes for 5 gallons:
To activate the yeast: 1 pint (with ½ cup DME)
To revitalize yeast past its Best Before Date: 2 pints (with 1 cup DME)
To brew a high gravity beer: 2 pints (with 1 cup DME)

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  • Last Updated: 2016-04-26 19:53 UTC