Episode 5 - BrewPi Remix with Lee Bussy

One of the biggest issues of BrewPi Remix is that people Google BrewPi and they get attached to old forum posts. With BrewPi Remix you can install the software with a single one line command. The Brew Pi is an amazing piece of software and hardware and has been around for a very long time. Today we are going to talk about the Brew PI Remix and how you can build a controller easier than ever keeping your fermentation dialed to a tenth of a degree. Le Bussy the creator of Brew Pi Remix talks to us today on Homebrewing DIY.

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Show Notes:

One of the biggest issues of BrewPi Remix is that people Google BrewPi and they get directed to old forum posts. When you look at old posts like this you will find outdated instructions. With BrewPi Remix you can install the software with a single one-line command.

The Brew Pi is an amazing piece of software and hardware and has been around for a very long time. Today we are going to talk about the Brew PI Remix and how you can build a controller easier than ever keeping your fermentation dialed to a tenth of a degree. Le Bussy the creator of Brew Pi Remix talks to us today on Homebrewing DIY.

Twitter Poll

https://twitter.com/homebrewingdiy/status/1177083920619167749?s=21

Here is a list of resources to help on your BrewPi Remix journey:

If you want more information about building your own BrewPi Remix set up head over to Lee's website at http://brewpiremix.com

You can find a list of needed parts here: https://www.brewpiremix.com/brewpi/

Here is the full BrewPi Remix documentation:  http://docs.brewpiremix.com

Here is an example of what your setup could look like: https://www.thingiverse.com/thing:3416312

Last here is Lee's Skeeter Pee recipe:

BREW SHEET · BEERXML

Skeeter Pee - Original

Other Fruit Wine

Download BeerXML
Batch
5.50 gal
OG
1.070
FG
0.980
ABV
11.9%
IBU
0
Boil
0 min

Fermentables

IngredientAmountDetails
Sugar, Table (Sucrose)8 lbs 4.0 ozSugar
Juice - Lemon4 lbs 3.4 ozJuice
Juice - Lemon2 lbs 1.7 ozJuice
Sugar, Table (Sucrose)2 lbs 10.6 ozSugar

Other additions

IngredientAmountAddition
Tannin0.75 tspBoil · 0.0 mins
Yeast Nutrient3.00 tspPrimary · 0.0 days
Yeast Energizer1.00 tspPrimary · 0.0 days
Yeast Energizer3.00 tspPrimary · 5.0 days
Yeast Nutrient1.00 tspPrimary · 5.0 days
Sparkolloid6.25 gSecondary · 0.0 mins
Potassium Sorbate8.20 gSecondary · 0.0 mins
Potassium Metabisulfite3.20 gSecondary · 0.0 mins

Yeast

IngredientAmountDetails
Lalvin 71B-112223.66 mlLallemand - Lalvin · 71B-1122

Mash schedule

  • Mash In · 150.0 F · 75 min · 11.83 L infusion

Fermentation

  • Primary: 7 days at 19.4 °C
  • Secondary: 10 days at 19.4 °C
  • Tertiary: 7 days

Brewer’s notes

Adapted from: https://www.skeeterpee.com Make invert sugar by adding the 8.25 lbs sugar to a large stainless cooking pot with 8 cups water, 1/3 cup lemon juice, and the tanin. Stir sugar to dissolve and heat to just below boiling while stirring. Hold at this temperature for about 30 minutes. Allow to cool slightly and pour it into the primary along with 2 of the bottles of the lemon juice, and enough additional water to make 5 1/2 gallons. Aerate with filtered air through a diffuser stone for 24 hours to strip out the sulfites from the juice. After 24 hours, re-hydrate 3 packets of Lalvin 71B yeast: Mix 18.75 grams of GoFerm with 375ml 110°F water. Let the mixture cool to 104°F and add the dried yeast. Let stand for 20 minutes. Slowly (over 5 minutes) add 375ml of must (juice) to be fermented to the yeast slurry. When there is no more than 10°C(18°F) difference between the must (juice) and the yeast slurry, pitch. Aerate for 12 additional hours after pitching. After 12 hours, remove the air and add 2.49 grams of FermAidK dissolved in room-temperature water. Periodically check the gravity. When it gets down to around 1.050, add a second dose of 2.49 grams of FermAidK dissolved in room-temperature water, and the last bottle of lemon juice; vigorously mix it in. Don’t be afraid to introduce some oxygen to the mix at the same time. This late addition of yeast food and oxygen helps reduce the likelihood of the batch developing a sulfur-dioxide problem. When fermentation has completed and dropped mostly clear, rack into a clean, sanitized carboy. Prepare Sparkalloid: Mix 6.25g of Sparkolloid in 150 ml (5 fluid ounce) of water. Heat to boiling in a double boiler and simmer for half an hour. Prevent scorching by frequent stirring. Replace any liquid which is lost by evaporation with additional water. Stir the wine and slowly add the hot Sparkolloid while still stirring. Add the 3.2g Potassium metabisulfite and 8.2g Potassium sorbate dissolved in a minimal amount of water. Do not dissolve in the hot water with the Sparkalloid or else the Potassium metabisulfite will gas off. Re-attach airlock and let sit approximately one week to drop clear. Optionally, re-fine with Bentonite after dropping clear to compact the Sparkalloid which is otherwise easily disturbed. Prepare Bentonite: In a clean preparation container make a thin slurry using 20 ml of water per gram of bentonite needed. Vigorous mixing may get the bentonite fully hydrated in about 10 minutes. Either hot or cold water can be used but hot water should make hydration faster & easier. Make sure all particles are wetted (no lumps). Add to the wine and stir. Settling will normally take about a week, after which time wine can be racked off the sediment. Rack into a clean, sanitized keg, add 6 cups sugar and stir to dissolve. Carbonate under pressure. 15 PSI @ 35°F is approximately 3 volumes and perfect for this beverage.

Full technical details

Original export fields, ingredient specifications, water, style and equipment.

Fermentables

Sugar, Table (Sucrose)
Name
Sugar, Table (Sucrose)
Type
Sugar
Amount (kg / L for liquids)
3.7421340
Yield
100.0000000
Color (SRM)
0.0000000
Add after boil
FALSE
Origin
US
Notes
White table sugar, or sucrose primarily is used to increase alcohol. Using too much will add a cider flavor to beer.
Coarse fine diff
1.5000000
Moisture
4.0000000
Diastatic power
120.0000000
Protein
11.7000000
Max in batch
10.0000000
Recommend mash
FALSE
Ibu gal per lb
0.0000000
Display amount
8 lbs 4.0 oz
Inventory
0.0 oz
Potential
1.0460000
Display color
0.0 SRM
Juice - Lemon
Name
Juice - Lemon
Type
Juice
Amount (kg / L for liquids)
1.9107868
Yield
2.4500000
Color (SRM)
1.0000000
Add after boil
FALSE
Coarse fine diff
1.5000000
Moisture
4.0000000
Diastatic power
120.0000000
Protein
11.7000000
Max in batch
100.0000000
Recommend mash
FALSE
Ibu gal per lb
0.0000000
Display amount
4 lbs 3.4 oz
Inventory
0.0 oz
Potential
1.0011270
Display color
1.0 SRM
Juice - Lemon
Name
Juice - Lemon
Type
Juice
Amount (kg / L for liquids)
0.9553934
Yield
2.4500000
Color (SRM)
1.0000000
Add after boil
FALSE
Coarse fine diff
1.5000000
Moisture
4.0000000
Diastatic power
120.0000000
Protein
11.7000000
Max in batch
100.0000000
Recommend mash
FALSE
Ibu gal per lb
0.0000000
Display amount
2 lbs 1.7 oz
Inventory
0.0 oz
Potential
1.0011270
Display color
1.0 SRM
Sugar, Table (Sucrose)
Name
Sugar, Table (Sucrose)
Type
Sugar
Amount (kg / L for liquids)
1.2065547
Yield
100.0000000
Color (SRM)
0.0000000
Add after boil
TRUE
Origin
US
Notes
White table sugar, or sucrose primarily is used to increase alcohol. Using too much will add a cider flavor to beer.
Coarse fine diff
1.5000000
Moisture
4.0000000
Diastatic power
120.0000000
Protein
11.7000000
Max in batch
10.0000000
Recommend mash
FALSE
Ibu gal per lb
0.0000000
Display amount
2 lbs 10.6 oz
Inventory
0.0 oz
Potential
1.0460000
Display color
0.0 SRM

Other additions

Tannin
Name
Tannin
Type
Flavor
Use
Boil
Amount (kg / L for liquids)
0.003697
Time (min)
0.00
Amount is weight
FALSE
Use for
Balancing wine flavor
Display amount
0.75 tsp
Inventory
0.00 tsp
Display time
0.0 mins
Batch size (L)
5.00 gal
Yeast Nutrient
Name
Yeast Nutrient
Type
Other
Use
Primary
Amount (kg / L for liquids)
0.014787
Time (min)
0.00
Amount is weight
FALSE
Use for
Fermentation
Notes
Gives yeast nutrients for healthy fermentation. Not needed for most beers, but good for those with a high percentage of adjuncts. Add before yeast.
Display amount
3.00 tsp
Inventory
0.00 tsp
Display time
0.0 days
Batch size (L)
5.00 gal
Yeast Energizer
Name
Yeast Energizer
Type
Other
Use
Primary
Amount (kg / L for liquids)
0.004929
Time (min)
0.00
Amount is weight
FALSE
Use for
Fermentation aid
Display amount
1.00 tsp
Inventory
0.00 tsp
Display time
0.0 days
Batch size (L)
1.00 gal
Yeast Energizer
Name
Yeast Energizer
Type
Other
Use
Primary
Amount (kg / L for liquids)
0.014787
Time (min)
7200.00
Amount is weight
FALSE
Use for
Fermentation aid
Display amount
3.00 tsp
Inventory
0.00 tsp
Display time
5.0 days
Batch size (L)
1.00 gal
Yeast Nutrient
Name
Yeast Nutrient
Type
Other
Use
Primary
Amount (kg / L for liquids)
0.004929
Time (min)
7200.00
Amount is weight
FALSE
Use for
Fermentation
Notes
Gives yeast nutrients for healthy fermentation. Not needed for most beers, but good for those with a high percentage of adjuncts. Add before yeast.
Display amount
1.00 tsp
Inventory
0.00 tsp
Display time
5.0 days
Batch size (L)
5.00 gal
Sparkolloid
Name
Sparkolloid
Type
Fining
Use
Secondary
Amount (kg / L for liquids)
0.006250
Time (min)
0.00
Amount is weight
TRUE
Use for
Clearing
Display amount
6.25 g
Inventory
0.00 g
Display time
0.0 mins
Batch size (L)
5.00 gal
Potassium Sorbate
Name
Potassium Sorbate
Type
Other
Use
Secondary
Amount (kg / L for liquids)
0.008200
Time (min)
0.00
Amount is weight
TRUE
Use for
Prevent fermentation
Display amount
8.20 g
Inventory
0.00 g
Display time
0.0 mins
Batch size (L)
1.00 gal
Potassium Metabisulfite
Name
Potassium Metabisulfite
Type
Other
Use
Secondary
Amount (kg / L for liquids)
0.003200
Time (min)
0.00
Amount is weight
TRUE
Use for
Sanitation and Stabilization
Display amount
3.20 g
Inventory
0.00 g
Display time
0.0 mins
Batch size (L)
5.00 gal

Yeast

Lalvin 71B-1122
Name
Lalvin 71B-1122
Type
Wine
Form
Dry
Amount (kg / L for liquids)
0.0236588
Amount is weight
FALSE
Laboratory
Lallemand - Lalvin
Product id
71B-1122
Min temperature
15.0000000
Max temperature
30.0000000
Flocculation
High
Attenuation (%)
75.0000000
Notes
Rapid starter with constant and complete fermentation. Ability to metabolize high amounts (20-40%) of malic acid. Partial metabolism of malic acid helps soften the wine. May produce significant esters, making it a good choice for concentrates.
Best for
Young wines such as nouveau, blush and sugar white.
Max reuse
5
Times cultured
0
Add to secondary
FALSE
Display amount
23.66 ml
Disp min temp
59.0 F
Disp max temp
86.0 F
Inventory
0.0 pkg
Culture date
24 Oct 2004

Mash

Name
Single Infusion, Light Body, No Mash Out
Grain temp
22.2222222
Tun temp
22.2222222
Sparge temp
75.5555556
Ph
5.4000000
Tun weight
48.0000000
Tun specific heat
0.1200000
Equip adjust
TRUE
Notes
Simple single infusion mash for use with most modern well modified grains (about 95% of the time).
Display grain temp
72.0 F
Display tun temp
72.0 F
Display sparge temp
168.0 F
Display tun weight
3 lbs
Mash In
Name
Mash In
Type
Infusion
Infusion water (L)
11.8294118
Step time (min)
75.0000000
Step temperature (°C)
65.5555556
Ramp time
2.0000000
End temp
65.5555556
Description
Add 12.50 qt of water at 162.4 F
Water grain ratio
1.250 qt/lb
Decoction amt
0.00 qt
Infuse temp
162.4 F
Display step temp
150.0 F
Display infuse amt
12.50 qt

Recipe details & fermentation

Name
Skeeter Pee - Original
Type
Extract
Brewer
L. Bussy
Batch size (L)
20.8197648
Boil size (L)
20.8197648
Boil time (min)
0.0000000
Efficiency (%)
72.0000000
Notes
Adapted from: https://www.skeeterpee.com Make invert sugar by adding the 8.25 lbs sugar to a large stainless cooking pot with 8 cups water, 1/3 cup lemon juice, and the tanin. Stir sugar to dissolve and heat to just below boiling while stirring. Hold at this temperature for about 30 minutes. Allow to cool slightly and pour it into the primary along with 2 of the bottles of the lemon juice, and enough additional water to make 5 1/2 gallons. Aerate with filtered air through a diffuser stone for 24 hours to strip out the sulfites from the juice. After 24 hours, re-hydrate 3 packets of Lalvin 71B yeast: Mix 18.75 grams of GoFerm with 375ml 110°F water. Let the mixture cool to 104°F and add the dried yeast. Let stand for 20 minutes. Slowly (over 5 minutes) add 375ml of must (juice) to be fermented to the yeast slurry. When there is no more than 10°C(18°F) difference between the must (juice) and the yeast slurry, pitch. Aerate for 12 additional hours after pitching. After 12 hours, remove the air and add 2.49 grams of FermAidK dissolved in room-temperature water. Periodically check the gravity. When it gets down to around 1.050, add a second dose of 2.49 grams of FermAidK dissolved in room-temperature water, and the last bottle of lemon juice; vigorously mix it in. Don’t be afraid to introduce some oxygen to the mix at the same time. This late addition of yeast food and oxygen helps reduce the likelihood of the batch developing a sulfur-dioxide problem. When fermentation has completed and dropped mostly clear, rack into a clean, sanitized carboy. Prepare Sparkalloid: Mix 6.25g of Sparkolloid in 150 ml (5 fluid ounce) of water. Heat to boiling in a double boiler and simmer for half an hour. Prevent scorching by frequent stirring. Replace any liquid which is lost by evaporation with additional water. Stir the wine and slowly add the hot Sparkolloid while still stirring. Add the 3.2g Potassium metabisulfite and 8.2g Potassium sorbate dissolved in a minimal amount of water. Do not dissolve in the hot water with the Sparkalloid or else the Potassium metabisulfite will gas off. Re-attach airlock and let sit approximately one week to drop clear. Optionally, re-fine with Bentonite after dropping clear to compact the Sparkalloid which is otherwise easily disturbed. Prepare Bentonite: In a clean preparation container make a thin slurry using 20 ml of water per gram of bentonite needed. Vigorous mixing may get the bentonite fully hydrated in about 10 minutes. Either hot or cold water can be used but hot water should make hydration faster & easier. Make sure all particles are wetted (no lumps). Add to the wine and stir. Settling will normally take about a week, after which time wine can be racked off the sediment. Rack into a clean, sanitized keg, add 6 cups sugar and stir to dissolve. Carbonate under pressure. 15 PSI @ 35°F is approximately 3 volumes and perfect for this beverage.
Taste rating
30.0000000
Original gravity
1.0700159
Final gravity
0.9800000
Carbonation
2.5000000
Fermentation stages
2
Primary duration (days)
7.0000000
Primary temperature (°C)
19.4444444
Secondary duration (days)
10.0000000
Secondary temperature (°C)
19.4444444
Tertiary duration (days)
7.0000000
Conditioning duration (days)
20.0000000
Conditioning temperature (°C)
18.3333333
Carbonation used
Keg with 14.89 PSI
Forced carbonation
FALSE
Priming sugar name
Forced Carbonation
Priming sugar equiv
1.0000000
Keg priming factor
0.5000000
Carbonation temp
7.2222222
Display carb temp
45.0 F
Date
28 Jun 2019
Est og
1.070 SG
Est fg
1.006 SG
Est color
1.6 SRM
IBU
0.0 IBUs
Ibu method
Tinseth
Est abv
8.5 %
ABV (%)
11.9 %
Actual efficiency
0.0 %
Calories
221.0 kcal/12oz
Display batch size
5.50 gal
Display boil size
5.50 gal
Display og
1.070 SG
Display fg
0.980 SG
Display primary temp
67.0 F
Display secondary temp
67.0 F
Display tertiary temp
65.0 F
Display age temp
65.0 F
Style details
Name
Other Fruit Wine
Category
Fruit Wines
Category number
W10
Style letter
D
Style guide
Wine 2018
Og min
1.0701000
Og max
1.1100000
Fg min
0.9920000
Fg max
0.9980000
Ibu min
0.0000000
Ibu max
0.0000000
Color min
2.0000000
Color max
10.0000000
Carb min
0.0000000
Carb max
1.0000000
Abv max
14.2000000
Abv min
9.8000000
Notes
Wine made from other fruits not covered by an existing style. Wine maker should specify the fruit used.
Profile
Varies accouding to the fruit used. Character should reflect the color and flavor of the fermented fruit.
Ingredients
Examples include tropical fruits, pineapple, rose hip wine, citric fruits, oranges, dandelion wine.
Examples
Vary - many are home made.
Display og min
1.070 SG
Display og max
1.110 SG
Display fg min
0.992 SG
Display fg max
0.998 SG
Display color min
2.0 SRM
Display color max
10.0 SRM
Og range
1.070-1.110 SG
Fg range
0.992-0.998 SG
Ibu range
0.0-0.0 IBUs
Carb range
0.00-1.00 Vols
Color range
2.0-10.0 SRM
Abv range
9.80-14.20 %
Equipment
Name
Wine - Standard 6 Gal/23 l
Boil size (L)
20.8197648
Batch size (L)
20.8197648
Tun volume
18.9270589
Tun weight
4.5359200
Tun specific heat
0.3000000
Top up water
0.0000000
Trub chiller loss
0.0000000
Evap rate
0.0000000
Boil time (min)
0.0000000
Calc boil volume
FALSE
Lauter deadspace
0.0000000
Top up kettle
0.0000000
Hop utilization
100.0000000
Cooling loss pct
0.0000000
Notes
Most popular wine kit size - starts with 6 gal/23 l of wine in a 7.5-9 gal (30-35 l) bucket or carboy. Primary fermentation is often done in a large palstic bucket and secondary and later phases are often done in carboy to minimize oxygen.
Display boil size
5.50 gal
Display batch size
5.50 gal
Display tun volume
5.00 gal
Display tun weight
10 lbs
Display top up water
0.00 gal
Display trub chiller loss
0.00 gal
Display lauter deadspace
0.00 gal
Display top up kettle
0.00 gal

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Music:

Intro Music: SUNBIRDS by BOCrew (c) copyright 2012 Licensed under a Creative Commons Attribution (3.0) license. http://dig.ccmixter.org/files/BOCrew/38854 Ft: THEDEEPR / THECORNER / feat : FORENSIC

Not enough Horsefeathers by Fireproof_Babies (c) copyright 2008 Licensed under a Creative Commons Attribution (3.0) license. http://dig.ccmixter.org/files/Fireproof_Babies/13115 Ft: duckett, kulimu

Paper Planes - Durden ft. Airtone by DURDEN (c) copyright 2016 Licensed under a Creative Commons Attribution (3.0) license. http://dig.ccmixter.org/files/DURDEN/55041 Ft: Airtone

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