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Top- vs. Bottom-Fermenting Breweries in Prussia 1889/1890

In my recent article about top- vs bottom-fermenting breweries in Germany 1889/1890, I simplified one bit of the data: I lumped together all provinces of Prussia, when the data was actually much more detailed specifically for that state.

So let’s start with the per-province data:

BreweriesProduction volume [hl]
No.ProvinceTFBFTFBF
1East Prussia19952328,721582,580
2West Prussia4260172,278419,883
3Brandenburg4441251,839,7802,876,476
4Pomerania23582126,654531,615
5Posen11351218,544270,509
6Silesia6541991,128,1731,534,086
7Saxony465174646,9871,791,947
8Schleswig-Holstein65353282,954952,226
9Hanover355110155,4361,001,521
10Westphalia468248101,8832,000,935
11Hesse-Nassau9031228,4041,613,806
12Rhineland7833711,030,2832,527,309
13Hohenzollern931464,659117,557
List of provinces, with the number of breweries (TF = top-fermenting, BF = bottom-fermenting) and respective production volumes

I added numbers to give you a better idea where each of these provinces were located using this map:

Map of Imperial Germany, with Prussia marked green and the Prussian provinces number 1-13. This map was created using this map. Licensed under CC BY-SA 3.0. The original map was created by Maps & Lucy and others.

Now let’s again look at the ratio of bottom- to top-fermenting breweries per province:

No.RegionBF / TF
1East Prussia0.26
2West Prussia1.43
3Brandenburg0.28
4Pomerania0.35
5Posen0.45
6Silesia0.30
7Saxony0.37
8Schleswig-Holstein0.08
9Hanover0.31
10Westphalia0.53
11Hesse-Nassau3.47
12Rhineland0.47
13Hohenzollern1.57
List of the provinces and the ratio of bottom- to top-fermenting breweries in each of them

The first thing I noticed is that there are only three provinces with more bottom-fermenting than top-fermenting breweries: West Prussia, Hesse-Nassau and Hohenzollern. When you look at the raw data, West Prussia in general didn’t seem to have too many breweries in the first place. Hesse-Nassau, just like the State of Hesse (which it fully surrounds), also seems to have switched over to bottom fermentation, but not quite to the extent as Hesse. And then there’s Hohenzollern, which is actually quite separate from the rest of Prussia and located very much in the South of Germany where bottom fermentation has a more longstanding tradition.

This brings me to the next table of statistics, the average production volumes per province, divided between top- and bottom-fermenting breweries:

hl / Brewery
No.RegionTFBFBF / TF
1East Prussia1,651.8611,203.466.78
2West Prussia4,101.866,998.051.71
3Brandenburg4,143.6523,011.815.55
4Pomerania538.956,483.1112.03
5Posen1,934.025,304.102.74
6Silesia1,725.047,708.974.47
7Saxony1,391.3710,298.557.40
8Schleswig-Holstein433.3117,966.5341.46
9Hanover437.859,104.7420.79
10Westphalia217.708,068.2937.06
11Hesse-Nassau315.605,172.4616.39
12Rhineland1,315.816,812.155.18
13Hohenzollern50.10805.1816.07
The list of Prussian provinces, each with the average hl / Brewery for top- and bottom-fermenting breweries, plus the ratio of bottom- to top-fermenting average production volume.

Hohenzollern absolutely stands out here, with just tiny average production volumes. Whatever top-fermenting breweries existed there, they must have been pretty small in operation (at least on average), some of them probably glorified home-brewing operations. But even the bottom-fermenting breweries were really small compared to all the other provinces.

The brewery structure of Hohenzollern (but this is just an educated guess) was probably closer to regions like Franconia, where a lot of small, local breweries were established and just served a very local market, with relatively little industrialisation at the time.

Brandenburg (which includes Berlin) seems to have been the exact opposite, not only because it had a fairly strong top-fermenting brewing industry with a pretty large number of breweries and strong average production volumes, but also had by far the largest production volumes for bottom-fermenting breweries. These number probably mostly reflect the Berlin brewing industry: a large number of breweries making Berliner Weisse and other top-fermented beers for a market that is strong but slowly declining on the one hand, and large, industrial breweries specifically founded and built for brewing fashionable bottom-fermented beers on the other hand.

Interestingly, the Rhineland, nowadays very well known for its hyperlocal top-fermented beer cultures of Kölsch (in Cologne and surrounding areas) and Altbier (in Düsseldorf and the Lower Rhine region), does not particularly stand out as much as I would have expected. While it is the province with the third-largest total production volume of top-fermented beers in Prussia, when ranked by average production volume per brewery, it can only be found on seventh place. When looking at total bottom-fermented volume, the Rhineland is even number 2 of all provinces, but at the same time also has by far the largest number of bottom-fermenting breweries, which brings down the average production volume a lot.

It does show though that in the Rhineland, beer was an important product with presumably one of the highest per-capita consumption in all of Prussia. At least the large number of breweries would suggest a focus on the local market and a comparatively less consolidated beer market overall.

Top- vs. Bottom-Fermenting Breweries in Germany 1889/1890

I recently found a table with an overview of the number of breweries of 11 of 25 German States, split by top- and bottom-fermenting breweries, and total production volumes, again divided by top- and bottom-fermenting breweries.

I found it interesting because these statistics gave some insight into how prevalent bottom fermentation had become in some states, and which states’ breweries managed to brew on a larger scale than others.

So here are the raw numbers:

BreweriesProduction Volume [hl]
StateTFBFTFBF
Prussia4,5941,9836,064,75616,220,485
Saxony5831721,987,4812,393,978
Hesse172101,097998,493
Mecklenburg35146129,254412,878
Thuringia345656323,7382,131,323
Oldenburg701733,493145,443
Braunschweig433425,498450,966
Anhalt551895,406316,109
Lübeck26638,498105,175
Bremen81023,389210,752
Hamburg2010266,661743,176
List of states, with the number of breweries (TF = top-fermenting, BF = bottom-fermenting) and respective production volumes

Now let’s look at the ratio of bottom- to top-fermenting breweries per state:

StateBF / TF
Prussia0.43
Saxony0.30
Hesse12.35
Mecklenburg0.13
Thuringia1.90
Oldenburg0.24
Braunschweig0.79
Anhalt0.33
Lübeck0.23
Bremen1.25
Hamburg0.50
List of the states and the ratio of bottom- to top-fermenting breweries in each of them

What’s very noticeable is that there are only three states with more bottom- than top-fermenting breweries: Hesse, Thuringia and Bremen. Hesse stands out especially because are over 12 times more bottom-fermenting breweries than top-fermenting breweries. Interestingly, most states still had a relatively large number of top-fermenting breweries. But once we look at the average production volumes per brewery of top- vs bottom-fermenting breweries, we’re getting a different picture:

hl / Brewery
StateTFBFBF / TF
Prussia1,320.158,179.776.20
Saxony3,409.0613,918.484.08
Hesse64.534,754.7373.68
Mecklenburg368.258,975.6124.37
Thuringia938.373,248.973.46
Oldenburg478.478,555.4717.88
Braunschweig592.9813,263.7122.37
Anhalt1,734.6517,561.6110.12
Lübeck1,480.6917,529.1711.84
Bremen2,923.6321,075.207.21
Hamburg13,333.0574,317.605.57
A list of states, each with the average hl / Brewery for top- and bottom-fermenting breweries, plus the ratio of bottom- to top-fermenting average production volume.

Very clearly, bottom-fermenting breweries were producing significantly more beer on average than top-fermenting breweries, across the board.

Again, the most noticeable is Hesse, but for a different reason: their average production volume per top-fermenting brewery is just 64 hl. Given that the number of top-fermenting breweries was tiny to begin with, this looks as if the last few remaining top-fermenting breweries were glorified home-breweries, not unlike what we had with Carinthian Steinbier in the decades before its demise.

The only state where top-fermenting brewing was still relatively strong was Hamburg, as it’s the only one with an average 5-digit hl production volume.

The main takeaway from these statistics is certainly that even though bottom-fermenting breweries were generally more industralised and at a more modern technical level with the capabilities to produce larger volumes of beer, many of the less mechanised top-fermenting breweries still seem to have hung around for a while. Unfortunately, these statistics don’t give any insight into what beer styles were brewed. A lot of them may still have been the old local beer styles.

The Story of East-German “Motorist’s Beer”

Alcohol-free beers are a hot topic these days, both because of consumer demand and improvements in quality of this beer achieved through research.

When recently talking about the subject with my friend Ben, I brought up Aubi, the East-German “Autofahrerbier” (lit. “motorist’s beer”). When looking into the topic of Aubi more closely, I found out more about its history that I’d like to share here.

First the plain facts: in the GDR, beer brewing was guided by TGL 7764, an industry standard that defined which beer types could be brewed, how they could be brewed, which ingredients could be used for them, and under which parameters each of these types had to fall. In short, it was an early form of a beer style guideline, but specifically for the East-German brewing industry.

In the 1980 revision of TGL 7764, Aubi was listed as the only alcohol-free type of beer. In its production, at most 11 kg of brewing malt per hectolitre of sellable beer could be used, and at most 9 g of hop bittering compounds (i.e. alpha acid) per hectolitre. At most 70% of hop bittering compounds could be from hop extracts. It had to be matured for at least 3 days, with a recommended time of 6 days. Its original gravity was between 6.9 and 7.4 °P, its apparent attenuation 30 to 40%, its CO2 content at least 0.38% (i.e. 3.8g/l), and its bitterness 22 to 34 IBU. In terms of colour, it had to be about as pale as pale lager beer (I can’t translate the GDR colour scales to modern ones like SRM or EBC). In bottles, it had to last at least 90 days, the longest best-before dating of all beer types (together with the Pilsner Spezial type). And unlike most other GDR beer types, it had no specific beer label colour prescribed.

The development of the beer itself was a relatively surprising one: at the time, brewmaster Ulrich Wappler at VEB Engelhardt brewery in Berlin had an unexpected surplus capacity, as the Schultheiss brewery on Schönhauser Allee in Berlin was shut down and Wappler’s technicians managed to transfer tanks to his own brewery. In East Germany, the blood alcohol limit was at 0.0 since 1956, much stricter than other Western countries at the time. Truck drivers coming in from West Germany would bring their own, specifically Birell, a Swiss brand developed and brewed at Hürlimann, and at the time (as far as I could find out) the only alcohol-free beer on the German market (Clausthaler, the later dominant alcohol-free beer brand in West Germany, only launched in 1979). Birell was even specifically advertised near the border on the West-German side with the fact of the strict alcohol ban for drivers in East Germany.

The brewmasters in East Berlin were approached whether they would be able to develop a GDR-brewed alcohol-free beer. With the free capacity, Wappler would have been able to do it and agreed to it. His problem was rather finding a way how to brew an alcohol-free beer. In the GDR, he unfortunately had no access to Western brewing literature, nor any of the Western patents, and he wasn’t allowed to get in touch with West-German brewers either as he wasn’t a party member and his brothers had left the GDR for the West. He eventually managed to get access to Western patents through a source, and studied them for 6 months. Of the two methods of producing alcohol-free beer (biological, i.e. restricted fermentation, and mechanical, i.e. physical dealcoholisation), they decided that they could build the equipment to brew using restricted fermentation.

This was still not without problems: they did not have any special yeast, so a special apparatus to quickly chill down the beer that had only just started fermenting had to be built. Then higher-ups had heard about the efforts and the supposed progress, and basically forced them to send out unfinished beer that had not fully matured, which was actually well-received.

An area where this new beer was particularly successful were the heavy industries, in particular glass blowers and steel mills. In these jobs, workers were of the opinion that they needed to drink beer to help with salivating. They refused to just drink water, while at the same time, the union had strictly banned alcohol. So they tested the alcohol-free beer (at less than 0.5% ABV) in some of these factories, and the workers liked it. Also price-wise, at 75 Pfennig per bottle it was cheaper to buy than imported Birell, and also cheaper than other domestic beers. So their alcohol-free beer filled a gap, even more so in the heavy industries than for motorists. It took some tweaking of the recipe, including hop oils, to make it a really good beer, and in the end, the product also piqued the interest of other countries of the Eastern Bloc like Bulgaria and Czechoslovakia, who also tried to brew similar beer but all had over 1% ABV and none of them tasted nice.

The cheap domestic price of just 75 Pfennig also became a problem in terms of economics: while it required fewer ingredients, brewing Aubi was much more energy-intense, because mashing involved a special mashing schedule (more on that later) and restricted fermentation required more energy on top of that for chilling down the beer. Because of this, production volumes were lowered.

The beer itself was brewing like this: the grist contained 20 to 50% (sic!) unmalted adjuncts and was mashed using a special type of decoction mashing that specifically skipped the optimal temperatures of beta amylase and rather inactivated them to then have alpha amylase saccharify the starches, resulting in a much less fermentable wort. After only briefly starting fermentation, the wort was chilled down quickly to restrict fermentation.

Internationally, the East German alcohol-free beer was also a success, and was exported from 1986 to the United States under the brand name “Foxy light”. If we can believe a tasting and ranking of alcohol-free beers in the Chicago Tribune from 1988, Foxy light couldn’t exactly compete in terms of flavour with other European imported alcohol-free beers at the time, but fared well compared to domestic alcohol-free beers, while also being one of the cheapest ones. In England, the same beer was sold under the brand “Berolina”.

With the end of the GDR, production of Aubi also ceased. Most East-German breweries were shut down as they were completely outdated compared to their West German counterparts. Brewmaster Wappler managed to get work in West Berlin breweries for his workers. Until his retirement, he helped conceptualising brew systems for other breweries and training people on them.

Sources: