Skip to main content

Scottish 80 Shilling Ale 4.0

I have long been a fan of the more malt-forward styles of beer, and the Scottish 80 Shilling Ale (also known as the Scottish Export Ale) is no exception. The roasty and toasty, caramel, and dark fruit flavors of the malt combine with just enough hop bitterness to bring the beer to a perfect balance. The 80 Shilling is a stronger version of the Export Ale, meant to have enough alcohol to stand transatlantic voyages.

I've made three Scottish Ale versions before this. The first version fared poorly in competition, scoring an average of 27 out of 50. The second, to me, was much better. The judges disagreed, scoring it 25.5. The third never made it to competition, so I don't know how it would have scored. To me, it was the best of the three.

This, the fourth version, is actually a recipe from Jamil Zainasheff and John Palmer's book Brewing Classic Styles. The recipe in the book scales between a 60, 70, or 80 Shilling Ale. According to the authors, the difference between a 60, 70, and 80 Shilling ale is the amount of base malt. You only change the specialty malt percentages, they say, if you're increasing or decreasing the volume of beer. It makes sense to me, but it's the first I'd heard that.

Ingredients

4.75 pounds of Simpsons Golden Promise Malt
0.50 pounds of Crystal 40L Malt
0.25 pounds of Weyermann Munich I Malt
0.25 pounds of Honey Malt
2 ounces of Crystal 120L Malt
1.5 ounces of Pale Chocolate Malt
0.42 ounces of East Kent Goldings hops pellets @ 6.1% AA (60 min.)
1/4 tsp. Brewtan B in the Mash
1/4 tsp. Brewtan B in the Boil (15 min.)
1/8 tsp. Super Irish Moss (15 min.)
1/4 tsp. Yeast Nutrient
1 package Mangrove Jack's MI5 Empire Ale Yeast
2.5 gallons of Mash Water
2.0 gallons of Sparge Water

According to BeerSmith 3, the beer is expected to have the following characteristics:
  • BJCP Category: 14.C Scottish Export
  • Batch Size: 2.5 gallons (2.7 gallons actual)
  • Original Gravity: 1.053 SG estimated (1.055 actual)
  • Final Gravity: 1.012 SG estimated
  • Brew House Efficiency: 62% estimated (69% actual)
  • IBUs: 20.3
  • SRM: 15.5
  • ABV: 5.4% estimated
The Mash Schedule for the batch was:
  • Mash in at 120F with 2.5 gallons of water for 25 minutes
  • Mash at 157F for 60 minutes
  • Mash out at 168F for 10 minutes
  • Sparge with 2 gallons of 168F water for 10 minutes
The Boil Schedule was:
  • 90 minutes: No hop addition
  • 60 minutes: Add 0.42 ounces of East Kent Goldings
  • 15 minutes: Add yeast nutrient, Super Irish Moss, and Brewtan B
After the boil, the Brewie+ was told to chill the wort to 64F.

Post-Brew Notes and Observations

01/26/2019: The Brewie performed flawlessly on this one, with no errors or other issues. The wort chilled to 64F easily.  The wort volume as delivered into the fermenter was above 2.5 gallons and the gravity came in at 1.060 SG. I added distilled water to bring that back down to 1.055 SG, which resulted in a volume of just under 2.75 gallons. Clarity Ferm and the Mangrove Jack's yeast were added, then the temperature control system was set to keep the fermentation at 69F, which is roughly the middle of the range for the yeast.  

01/27/2019: Gravity has dropped from 1.055 SG to 1.025 SG over the past 24 hours. Temperature has held at 67F. That's approximately 53% attenuation.

01/28/2019: Gravity has dropped from 1.020 SG to 1.020 SG. This is 63.6% attenuation.

01/29/2019: Gravity is holding at 1.020 SG. This is well above the expected 1.012 SG. The 63.6% attenuation is well below the yeast's reported 70-75% rating. 

02/03/2019: A half-teaspoon of gelatin was bloomed, heated to 155F, and added to the beer. The mini-fridge was busy, so I moved the beer outside. Unfortunately, current outdoor temperatures are expected to range between 15F and 60F over the next week, so I don't know how much clarity I'm going to get out of it.

02/05/2019: The beer is currently registering 1.018 SG (6 points higher than the originally-estimated final gravity from BeerSmith) and 45F. Our current outside temperature is reported to be 40F, which is almost as low as it's expected to get overnight (the forecast calls for a low of 39F).

02/09/2019: The beer has been left in an insulated container outside with a heating element to keep it from freezing (but let it get as close as possible to ensure clarity). With our warm temperatures in Central Ohio this week, the beer has been in the mid-to-upper 40F range, but today has dropped down to 23F. I've got the temperature control system holding it close to this figure to allow the gelatin to do its thing before bottling. When I bring this fermenter in for bottling, I'll take out the Irish Red or Dark Mild to allow those to clarify as well.

02/12/2019: The beer is currently registering 1.018 SG (which it has for over a week now) and a temperature of 43F (though it's been as low as 25F since it went outside). The beer was bottled with four small carbonation tablets (medium carbonation). Yield was 27 twelve-ounce bottles. A taste of the beer from the final few ounces in the fermenter was very good. I'm looking forward to tasting the finished version with some carbonation.

Comments

Popular posts from this blog

Yellow Label Angel Yeast vs. Typical Brewing Yeast

I currently have my second batch of rice wine fermenting with the "magical" yellow-label Angel Yeast from China, and wanted to share some of the more unusual aspects of using it.  If you've never seen or used this yeast, I suspect you're not alone.  It ships in a 500 gram package that looks like this: What makes it "yellow label" is that yellow box you see in the upper left corner of the package.  This implies that it's yeast for distilling (though you do not need to have a still or distill the output to use it).  As I understand it, inside the package is a mix of yeast and other materials which will convert starch into sugar and directly ferment it, without the need for a traditional mash step.  This can radically shorten your brewing time.  For my most-recent batch of rice wine, I heated 3 gallons of water to 155F, poured it over 13+ pounds of uncooked rice straight out of the bag, let that soak for an hour, rehydrated some of this yeast in warm water,

2021 Batch 1 - Rice Wine made with Yellow Label Angel Yeast

I've become a big fan of the Still It channel on YouTube.  About a month ago, Jesse posted a video about how he made rice wine using nothing more than water, rice, and a purported "magic" yeast from China called Yellow Label Angel Yeast. Perhaps even more amazing was the fact that he was able to make the rice wine without gelatinizing or mashing the rice.  He shows three batches in the video.  One was made by cooking the rice before adding the yeast mixture. Another was made by adding uncooked rice to boiling water.  The last was made by adding uncooked rice to room temperature water.  All three fermented out to roughly the same amount of alcohol in about two weeks. He was amazed by this, as was I. I resolved to buy some of this magical yeast from Aliexpress.com and try it out. In the Still It video, the rice is ground up in the grain mill into smaller chunks to make it easier for the enzymes in the yellow label yeast to convert and ferment.  I'm changing this up s

Making Alton Brown's Immersion Cooker Fennel Cardamon Cordial

Alton Brown's "Good Eats" series is my favorite cooking show.  I love the way he explains the "why" and "how" of a recipe in detail, which helps you understand (if things don't go right) where you may have gone wrong.  In his episode on immersion cooking (also known as sous vide), he shows you how to make a cordial in an hour using an immersion cooker. It took me a while to locate all the ingredients here in Columbus.  I ended up getting the fennel and vodka at Giant Eagle. The cardamom seeds, pods, and anise stars came from Amazon.  The Fennel fronds and bulb came from Trader Joe's at Easton. Ingredients 32 ounces of 80-proof vodka 2 cups of fennel fronds 10 green cardamom pods 3 ounces granulated sugar 1 tablespoon fennel seeds 1 teaspoon black cardamom seeds 1 whole star anise Begin by loading your sous vide vessel with hot water and set your immersion cooker to 140F. While the cooker is getting up to that temperature, meas