This post is one in a series following five brewers limiting themselves to a select set of ingredients and brewing several beers each with only those ingredients. The goal of these limitations is to push creativity and to see what can be done within the confines of a single set of ingredients. More about this concept can be found here. The ingredients chosen for this project were Maris Otter, White Wheat (malted), Light Munich, Amarillo, Nugget, WLP810 San Francisco Lager and WLP090 San Diego Super Yeast. The brewer must use all ingredients (with the exception of choosing one yeast strain). The rest of this series can be found here.
Author: M. Rasmussen
Going into the third and final beer of this series was a bittersweet feeling for me. On one hand I was starting to grow a little bored of the small set of ingredients; on the other hand, I was excited for the challenge of coming up with a recipe for a beer that didn’t seem like it was made from the exact same ingredients as the previous two in this series, and I was feeling quite comfortable and confident that I’d be able to deliver.
Recipe
Since my first two beers in this series were ales, my first thought for the final installment was that I needed to make a lager. After brainstorming possible styles with the rest of the crew, I decided that I wanted to shoot for some kind of German lager. The main reason for that was because, firstly, I love drinking a bold, crisp Bavarian lager. Secondly, since the other beers I brewed were American ales, this felt like as far from a similar style as I could go.
I knew that the majority of this beer would be consumed during the hot summer months, so I wanted to go for something lighter than a Munich/Marzen lager, which is my favorite German style. A close cousin to that Munich-heavy beer is a Festbier. The BJCP defines the Festbier style as “A smooth, clean, pale German lager with a moderately strong malty flavor and a light hop character. Deftly balances strength and drinkability, with a palate impression and finish that encourages drinking.” That sounded like exactly the kind of beer I wanted to drink after mowing the lawn or to share with friends around a backyard fire.
After doing a bit of research on the style, I came up with the recipe rather quickly. The malt bill was simple to construct, as my main goals were getting the right SRM and OG; I was aiming for an SRM of 6 and an OG between 1.055 and 1.060.
I like simple, rounded numbers when it comes to recipe creation. If I can use whole numbers for grain and hop weights, as well as hop addition timing and ABV, I’m a very happy brewer. The hop additions were constructed mainly to add a low amount of bitterness, but I wanted to use the Amarillo to get a slight bit of hop character layered into the flavor profile. Lastly, the yeast choice was beyond simple because I wanted this to be as close to a German lager as our ingredient list would allow.
- Mashed for 60 minutes at 152°F
- 64% Maris Otter
- 18% White Wheat Malt
- 18% Light Munich
- Boiled for 75 minutes
- 1 oz. of Nugget (60 minutes) @ 14.2% (23.0 IBUs)
- 1 oz. of Amarillo (30 minutes) @ 7.7% (10.4 IBUs)
- Vitality starter of WLP810 pitched @ 58°F
- Fermented at 58°F for 5 days
- Slowly raised to 70°F over 5 days
- Cold crashed to 38°F over 2 days
- Lagered at 38°F for 4 weeks
- Target OG: 1.059
- Actual OG: 1.052
- FG: 1.008
- Target ABV: 6.6%
- Actual ABV: 5.8%
- Closed transferred, kegged, and quick-carbed overnight
Brew Day
This was an odd, unpredictable brew day for me. From the weather to the brewing metrics, everything felt slightly off. The first mishaps resulted from leaving the yeast vitality starter on too high of a heat setting whilst prepping the mash. The starter boiled over twice before I had the sense to turn the heat down, add some fermcap, and actually pay attention. The other big headache came from the refractometers.

I was brewing a ten gallon batch of this beer so that I could have five gallons and my brewing partner could take the other five. My refractometer uses Brix percentage as the measurement scale, and my friend’s uses the SG scale. We usually use both during the brewing process and compare the numbers to ensure everything is on track. Although we both calibrated the refractometers prior to reading the first sample of the day, over half of the samples we took throughout the process gave different readings—sometimes on the same refractometer. Now, it wouldn’t be abnormal for the two of us to be a little more than buzzed on our previous batch while we’re brewing the next one; however, that was not the case this day. I’m still not quite sure what was going on with gravity readings on this brew, and I’m not quite sure if I absolutely trust the OG that I wrote down for this beer.
Despite those issues, the brew day felt very successful. The yeast was visibly ripping through the vitality starter within an hour of hitting the stir plate, I nailed my target mash pH, and the wort chilled down much quicker than I anticipated.

Once the wort was transferred and chilled down to my target pitching temp, I was more than happy to let the yeast take over. After a quick and seemingly healthy fermentation, I then fined, kegged, and carbonated the beer. After that, I did what all brewers hate to do: I exercised patience and waited four weeks so that the beer could properly “lager” before I began drinking and evaluating it.

Tasting
Appearance: Deep, golden color. Crystal clear. Looks very “clean.” Light, steady carbonation. Thick, white head that dissipates and leaves a white ring as it subsides.

Aroma: Light, and slightly bready. Sweet, caramel. Straw.
Flavor: Caramelly, sweet straw notes from the aroma come through in the middle of the swallow. Sweetness hangs out on your tongue as the dry, bitter finish settles in to create a pleasing finish. Biscuit, light cracker. Little to no yeast coming through here. Crisp, dry, slightly bitter finish. Unmistakably a lager.
Mouthfeel: Full. Crisp. Nearly over-carbonated, but not quite. Medium body.
Aftertaste: Slight hop flavor. Crisp, mildly bitter, residually sweet.
Overall: It’s a darn good, easy drinkin’, summer lager. Hard to tell the inspiration was a staple German style, but still very good in its own right.
If I were to brew this beer again with the same limitations on the recipe, I don’t really think I’d change anything—at least, not with the recipe. I would definitely try to tighten up my sloppy brewing practices from the first go, but I’m quite pleased with how this recipe lined up with my initial goals.
If I were to brew this recipe/style again without these limitations, the first (and most obvious) change would be to use a German lager yeast. The trademark characteristics of a Bavarian lager yeast are noticeably absent from this beer; a hint of banana being the most apparent (and also my favorite) of those missing notes. I’d also switch out the Maris Otter for a more traditional pilsner malt. Surprisingly, I probably wouldn’t even bother changing the hop schedule at all. The hop profile in this beer is exactly what I intended.
Overall, this resulted in a very satisfying beer. It’s my favorite of the three beers I brewed for this project by far. Although I don’t think this project turned out to be exactly what we were all expecting, I feel like I understand these ingredients, my process, and recipe creation as a whole much better than before.
| Beer 1 | Beer 2 | Beer 3 | Beer 4 | Beer 5 | |
|---|---|---|---|---|---|
| Style | Hoppy Wheat | Pale Ale/Lager | IPL | NEIPA/IPA | Munich Lager |
| Maris Otter | 34.4% | 50% | 50% | 82% | 30% |
| Light Munich | 5.5% | 25% | 41% | 7% | 60% |
| Wheat | 60.1% | 25% | 9% | 11% | 10% |
| Hop Addition 1 | 28.7 IBUs Nugget (60 min.) | 41.3 IBUs Nugget (First Wort) | 21 IBUs Nugget (30 min.) | 41.8 IBUs Nugget (First Wort) | 24.4 IBUs Nugget (60 min.) |
| Hop Addition 2 | 5.5 IBUs Amarillo (5 min.) | 5.8 IBUs Amarillo (15 min.) | 23 IBUs Amarillo—30 min. Whirlpool | 4.8 IBUs Amarillo (20 min Whirpool at 170F) | 8.9 IBUs Nugget (10 min.) |
| Hop Addition 3 | 7.1 IBUs Nugget (5 min.) | 2.3 IBUs Nugget (5 min.) | N/A | 0.8 IBUs Amarillo & Nugget (20 min Whirlpool at 120F) | 6.8 IBUs Amarillo (5 min.) |
| Hop Addition 4 | 16.8 IBUs Amarillo—30 min. Whirlpool | 0 IBUs Amarillo (flameout) | N/A | N/A | N/A |
| Hop Addition 5 | 22 IBUs Nugget—30 min. Whirlpool | N/A | N/A | N/A | N/A |
| Dry Hop | 2.5 oz. Amarillo, 2 oz. Nugget (10 days) | N/A | 2 oz. Amarillo @ Day 1; 2 oz. Amarillo @ Day 4 | 1 oz. Amarillo & 0.5 oz. Nugget @ Day 2, 1 oz. Amarillo @ Day 8; 2 oz. Amarillo & 0.5 oz. @ Day 8 | N/A |
| Yeast | WLP090 at 64°F, raised to 70°F | WLP090 at 66°F, raised to 72°F; WLP810 at 63°F | WLP810 at 65°F, raised to 68°F | WLP090 | WLP810 at 60°F, raised to 65°F |
| OG | 1.059 | 1.058 | 1.050 | 1.063 | 1.055 |
| FG | 1.012 | 1.009/1.014 | 1.010 | 1.012 | 1.013 |
| ABV | 6.2% | 6.5%/5.8% | 5.3% | 6.7% | 5.5% |
| Beer 6 | Beer 7 | Beer 8 | Beer 9 | Beer 10 | |
|---|---|---|---|---|---|
| Style | California Common | Hoppy Wheat | American Pale Ale | ESB | Sticke Altbier |
| Maris Otter | 30% | 21% | 50% | 80% + 10% baked | 9.3% |
| Light Munich | 60% | 12% | 41% | 5% | 72.1% |
| Wheat | 10% | 67% | 9% | 5% | 18.6% |
| Hop Addition 1 | 28.2 IBUs Nugget (30 min.) | 23 IBUs Nugget (45 min.) | 21 IBUs Nugget (30 min.) | 24.4 IBUs Nugget (60 min.) | 16.8 IBUs Nugget (60 mi.) |
| Hop Addition 2 | 4.35 IBUs Amarillo (5 min.) | 8.2 IBUs Nugget (15 min.) | 23 IBUs Amarillo (0 min.) | 6.1 IBUs Nugget (15 min.) | 15.8 IBUs Nugget (45 min.) |
| Hop Addition 3 | 1 oz. Amarillo (165ºF Whirlpool for 20 min.) | N/A | N/A | 2.4 IBUs Nugget (5 min.) | 14.2 IBUs Amarillo (15 min.) |
| Hop Addition 4 | N/A | N/A | N/A | N/A | 5.7 IBUs Amarillo (5 min.) |
| Hop Addition 5 | N/A | N/A | N/A | N/A | N/A |
| Dry Hop | 2 oz. Amarillo | 1 oz. Amarillo for 9 days; 1 oz. Amarillo for 4 days | 1 oz. Amarillo & 1 oz. Nugget day 1 of fermentation; 2 oz. Amarillo day 4 of fermentation | 1 oz. Amarillo | N/A |
| Yeast | WLP810 at 65°F | WLP090 at 65°F for 5 days; raised to 72°F over 5 days | WLP090 | WLP810 at 65°F for 4 days; raised to 70°F over 4 days | Wyeast 2112 (WLP810 equivalent) at 60°F; raised to 67°F over 7 days |
| OG | 1.050 | 1.059 | 1.055 | 1.057 | 1.055 |
| FG | 1.012 | 1.009 | 1.010 | 1.014 | 1.014 |
| ABV | 5% | 6.6% | 5.9% | 5.6% | 5.4% |
| Beer 11 | |
|---|---|
| Style | Festbier |
| Maris Otter | 64% |
| Light Munich | 18% |
| Wheat | 18% |
| Hop Addition 1 | 23 IBUs Nugget (60 min.) |
| Hop Addition 2 | 10.4 IBUs Amarillo (30 min.) |
| Hop Addition 3 | N/A |
| Hop Addition 4 | N/A |
| Hop Addition 5 | N/A |
| Dry Hop | N/A |
| Yeast | WLP810 at 58°F, raised to 70°F |
| OG | 1.052 |
| FG | 1.008 |
| ABV | 5.8% |
































. More specifically, biotrans comes down to polyphenols and proteins. Proteins may seem familiar, yet it’s easy to not be as intimately familiar with polyphenols. I know I was not until I jumped on the haze train and floored the throttle. In brewing, about 80% of polyphenols come from malt, and about 20% come from hops (http://scottjanish.com/researching-new-england-ipa-neipa-haze/). Polyphenols have no aroma, and their primary impact is the perception of astringency. Typically, proteins in your mouth act as lubrication on oral surfaces. Yet, when polyphenols combine with proteins in saliva forming insoluble complexes, it robs the palate of lubrication and gives the puckering sensation of astringency (https://beerandbrewing.com/dictionary/AqB3u34uGf/). Anecdotally, I believe this is a key reason why many heavily hopped and dry hopped beers can seem a little astringent, at least to my palate. What does this have to do with NEIPAs? As we know, most well-made NEIPAs are hazy, some to their detriment. When oxidized polyphenols react with proteins, they bind together permanently resulting in hazy beer, i.e., more proteins and more polyphenols lead to more permanent haze (http://scottjanish.com/researching-new-england-ipa-neipa-haze/). Additionally, one key similarity in most (though certainly not all) NEIPAs is that they are dry hopped early, during active fermentation, e.g., at “high krausen.” And since we know that protein content in beer decreases during fermentation (http://scottjanish.com/researching-new-england-ipa-neipa-haze/), it makes sense that dry hopping early would lead to more permanent haze in beer. RecipeWith all of this information at my fingertips, I set out to test some of this research in my homebrewery. Another reason I wanted to test biotrans with these ingredients was that flaked oats was not available as an ingredient for this Limitations series. I always put a healthy portion of flaked oats in my NEIPAs, which boosts the content of protein in the grist significantly. So I wanted to see if I could have successful haze relying on the boost in protein from the wheat (and whatever I got from the Maris Otter and Light Munich). Additionally, I opted to use my standard NEIPA whirlpooling technique, which is a double whirlpool at high(er) temps and then low temps. I’ve been doing these low temp whirlpools for a while now and I absolutely love them for hoppy beers. I’ve found, anecdotally, that I get more flavor from the 170ºF WP, whereas I get much more saturated aroma from the 120ºF WP. Finally, for dry hopping, to test biotrans, I decided to split the batch evenly, with one half getting a double dry hop and the other getting the standard single, late dry hop. Here’s where I landed: Mashed at 153ºF for 60 minutes 82% Maris Otter (11 lbs.) 11% White Wheat (1.5 lbs.) 7% Light Munich (1 lb.) Boiled for 60 minutes 1 oz. Nugget (13% AA) @ FWH [41.8 IBUs] 2 oz. Amarillo (7.9% AA) @ 170º WP, 20 minutes [4.8 IBUs] 2 oz. Amarillo (7.9% AA) + 1 oz. Nugget (13% AA) @ 120º WP, 20 minutes [0.8 IBUs] Dry Hop – Batch A [Biotrans Batch] 1 oz. Amarillo + 0.5 oz. Nugget @ Day 2 1 oz. Amarillo @ Day 8 Dry Hop – Batch B [Late DH Batch] 2 oz. Amarillo + 0.5 oz. Nugget @ Day 8Yeast: WLP090 (1.8 L starter)Water: 3:1 chloride:sulfateOG: 1.063FG: 1.012IBU: 48.9ABV: 6.7%Brew DayMy brew day was fairly uneventful as far as brew days go. After mashing in, I checked temp and was perfectly satisfied even though I came in one degree shy of my target mash temp of 154ºF. I attribute this to the fact that this was only my second brew day with my new pump and I’m still on the learning curve figuring out temp losses and such pumping from my HLT to my MT.[insert mash.jpg][insert mash temp.jpg]The boil proceeded as usual and as soon as I cut the flame, I briefly ran water through my immersion chiller to drop the temps to 170ºF, tossed in the first WP hops and let the pump recirculate for 20 minutes. I don’t typically lose a ton of heat during my WPs, so after the first, I briefly ran the chiller again to get me down to 120ºF for my second and final WP. [insert WP setup.jpg]Following the second WP, I finished chilling and racked 2.5 gallons of wort into each fermenter.[insert to ferm.jpg]Both fermenters went into the ferm chamber where I split the starter evenly between the two and let them ferment out at 68ºF.[insert in chamber.jpg]Fermentation kicked off relatively quickly and aggressively, as San Diego Super usually does. I added DH1 to Batch A on Day 2 of fermentation, at “high krausen.” Both beers were showing signs of being done, so I added DH2 to Batch A and the lone DH to Batch B on Day 8. I let them sit on the dry hops for 3 days, and racked roughly 2 gallons of each to serving kegs.[insert Racking.jpg]Tasting[insert SidexSide2.jpe](Batch A = Biotrans / Batch B = Late DH)Appearance – Of note: I was having some trouble with a leaky poppet on the keg for Batch A, which is absolutely the reason for the significantly less foam. Both beers poured almost identically. If anything, Batch B (late DH) was ever so slightly hazier than Batch A. But this is so slight I attribute it to chill haze, nothing more. Both are golden amber, dark straw colored, like a west coast IPA.Aroma – Batch A has an almost Cheerios-like nose to it, slightly bready, almost sourdough note to it. There’s a slight stone fruit, possibly peach note, but overall the aroma is fairly subdued on Batch A, (biotrans batch). Batch B has a more citrus-y nose, with some stone fruit in the background, and has significantly more aroma than Batch A.Flavor – Batch A has a slightly sweet, sourdough flavor. On the back end of Batch A, I pick up something reminiscent of licorice. Batch B is brighter, rounder, fuller flavor, and not as sweet as the biotrans batch. I can pick up much more of the Amarillo-like citrus in Batch B. Overall, the standard, late dry hop batch far exceeds the batch hopped during active fermentation.DiscussionI know that this split batch experiment was far from scientifically sound. Yet I am still shocked at the appearance of the biotrans batch compared to the late DH batch. [insert SidexSide3.jpg)
. More specifically, biotrans comes down to polyphenols and proteins. Proteins may seem familiar, yet it’s easy to not be as intimately familiar with polyphenols. I know I was not until I jumped on the haze train and floored the throttle. In brewing, about 80% of polyphenols come from malt, and about 20% come from hops (http://scottjanish.com/researching-new-england-ipa-neipa-haze/). Polyphenols have no aroma, and their primary impact is the perception of astringency. Typically, proteins in your mouth act as lubrication on oral surfaces. Yet, when polyphenols combine with proteins in saliva forming insoluble complexes, it robs the palate of lubrication and gives the puckering sensation of astringency (https://beerandbrewing.com/dictionary/AqB3u34uGf/). Anecdotally, I believe this is a key reason why many heavily hopped and dry hopped beers can seem a little astringent, at least to my palate. What does this have to do with NEIPAs? As we know, most well-made NEIPAs are hazy, some to their detriment. When oxidized polyphenols react with proteins, they bind together permanently resulting in hazy beer, i.e., more proteins and more polyphenols lead to more permanent haze (http://scottjanish.com/researching-new-england-ipa-neipa-haze/). Additionally, one key similarity in most (though certainly not all) NEIPAs is that they are dry hopped early, during active fermentation, e.g., at “high krausen.” And since we know that protein content in beer decreases during fermentation (http://scottjanish.com/researching-new-england-ipa-neipa-haze/), it makes sense that dry hopping early would lead to more permanent haze in beer. Recipe With all of this information at my fingertips, I set out to test some of this research in my homebrewery. Another reason I wanted to test biotrans with these ingredients was that flaked oats was not available as an ingredient for this Limitations series. I always put a healthy portion of flaked oats in my NEIPAs, which boosts the content of protein in the grist significantly. So I wanted to see if I could have successful haze relying on the boost in protein from the wheat (and whatever I got from the Maris Otter and Light Munich). Additionally, I opted to use my standard NEIPA whirlpooling technique, which is a double whirlpool at high(er) temps and then low temps. I’ve been doing these low temp whirlpools for a while now and I absolutely love them for hoppy beers. I’ve found, anecdotally, that I get more flavor from the 170ºF WP, whereas I get much more saturated aroma from the 120ºF WP. Finally, for dry hopping, to test biotrans, I decided to split the batch evenly, with one half getting a double dry hop and the other getting the standard single, late dry hop. Here’s where I landed: Mashed at 153ºF for 60 minutes 82% Maris Otter (11 lbs.) 11% White Wheat (1.5 lbs.) 7% Light Munich (1 lb.) Boiled for 60 minutes 1 oz. Nugget (13% AA) @ FWH [41.8 IBUs] 2 oz. Amarillo (7.9% AA) @ 170º WP, 20 minutes [4.8 IBUs] 2 oz. Amarillo (7.9% AA) + 1 oz. Nugget (13% AA) @ 120º WP, 20 minutes [0.8 IBUs] Dry Hop – Batch A [Biotrans Batch] 1 oz. Amarillo + 0.5 oz. Nugget @ Day 2 1 oz. Amarillo @ Day 8 Dry Hop – Batch B [Late DH Batch] 2 oz. Amarillo + 0.5 oz. Nugget @ Day 8 Yeast: WLP090 (1.8 L starter)Water: 3:1 chloride:sulfate OG: 1.063FG: 1.012IBU: 48.9ABV: 6.7% Brew Day My brew day was fairly uneventful as far as brew days go. After mashing in, I checked temp and was perfectly satisfied even though I came in one degree shy of my target mash temp of 154ºF. I attribute this to the fact that this was only my second brew day with my new pump and I’m still on the learning curve figuring out temp losses and such pumping from my HLT to my MT. [insert mash.jpg] [insert mash temp.jpg] The boil proceeded as usual and as soon as I cut the flame, I briefly ran water through my immersion chiller to drop the temps to 170ºF, tossed in the first WP hops and let the pump recirculate for 20 minutes. I don’t typically lose a ton of heat during my WPs, so after the first, I briefly ran the chiller again to get me down to 120ºF for my second and final WP. [insert WP setup.jpg] Following the second WP, I finished chilling and racked 2.5 gallons of wort into each fermenter. [insert to ferm.jpg] Both fermenters went into the ferm chamber where I split the starter evenly between the two and let them ferment out at 68ºF. [insert in chamber.jpg] Fermentation kicked off relatively quickly and aggressively, as San Diego Super usually does. I added DH1 to Batch A on Day 2 of fermentation, at “high krausen.” Both beers were showing signs of being done, so I added DH2 to Batch A and the lone DH to Batch B on Day 8. I let them sit on the dry hops for 3 days, and racked roughly 2 gallons of each to serving kegs. [insert Racking.jpg] Tasting [insert SidexSide2.jpe] (Batch A = Biotrans / Batch B = Late DH) Appearance – Of note: I was having some trouble with a leaky poppet on the keg for Batch A, which is absolutely the reason for the significantly less foam. Both beers poured almost identically. If anything, Batch B (late DH) was ever so slightly hazier than Batch A. But this is so slight I attribute it to chill haze, nothing more. Both are golden amber, dark straw colored, like a west coast IPA. Aroma – Batch A has an almost Cheerios-like nose to it, slightly bready, almost sourdough note to it. There’s a slight stone fruit, possibly peach note, but overall the aroma is fairly subdued on Batch A, (biotrans batch). Batch B has a more citrus-y nose, with some stone fruit in the background, and has significantly more aroma than Batch A. Flavor – Batch A has a slightly sweet, sourdough flavor. On the back end of Batch A, I pick up something reminiscent of licorice. Batch B is brighter, rounder, fuller flavor, and not as sweet as the biotrans batch. I can pick up much more of the Amarillo-like citrus in Batch B. Overall, the standard, late dry hop batch far exceeds the batch hopped during active fermentation. Discussion I know that this split batch experiment was far from scientifically sound. Yet I am still shocked at the appearance of the biotrans batch compared to the late DH batch. [insert SidexSide3.jpg)










