|Place of origin||Austria|
|Region or state||Vienna|
Vienna bread is a type of bread that is produced from a process developed in Vienna, Austria, in the 19th century. The Vienna process used high milling of Hungarian grain, and cereal press-yeast for leavening.
In the 19th century, for the first time, bread was made only from beer yeast and new dough rather than a sourdough starter. The first known example of this was the sweet-fermented Imperial "Kaiser-Semmel" roll of the Vienna bakery at the Paris International Exposition of 1867. These sweet-fermented rolls lacked the acid sourness typical of lactobacillus, and were said to be popular and in high demand.
Prior to this time, bakers had been using old-dough leavens, and they had discovered that increasing the starter's rest intervals between refreshment promoted more yeast growth and less gas production due to overwhelming lactobacillus numbers. At some point bakers began to add brewer's yeast, or beer yeast or barm, to the refreshments which produced a whiter, sweeter-tasting bread.
A shortage of beer yeast for making sweet-fermented breads developed when beer brewers slowly switched from top-fermenting to bottom-fermenting yeast (Saccharomyces pastorianus), and thus the Vienna Process was developed by 1846. In 1845 the Association of Vienna Bakers announced a contest for the production of a sweet-fermenting yeast and the prize was awarded in 1850 to Adolf Ignaz Mautner of Markhof. The Paris Exposition credited the Vienna Bakery in 1867 as the first in the world to use press-yeast.
In Vienna leaven is never used for making the rolls and small goods for which that city is famous. Viennese bakers use either brewers' yeast or a ferment, prepared by themselves, of which the basis is an infusion of hops.
Three types of bakes were exhibited by the Viennese bakery at the exposition: the sweet-fermented Imperial rolls, wheat and rye or solely rye loaves, and a large variety of fancy breads and sweet cakes. The Imperial rolls were made with the finer grades of flour, milk and water in a 50:50 ratio, beer yeast, and salt. Other breads made with the same grades of flour claimed to include: Teacakes, which added butter and may have excluded water in favor of milk; Gipfel or Pinnacle cake, which used milk (no water) and lard; and Brioche, made with milk and sugar.
Cereal press yeast
Vienna yeast was propagated utilizing a mash of malted corn, barley, and rye. Horsford did not assert hops were used in the production of press yeast. After pitching a small amount of yeast into the cooled wort, and introducing some air, the propagated yeast floated to the surface. This yeast was collected with some care by skimming. Cool, distilled water was used to wash and settle the yeast a sufficient number of times until only the yeast remained. It was then drained and compressed with the aid of a hydraulic press.
Hungarian high milling
Hungarian high milling used a hard or tenacious variety of Hungarian wheat. Their mills were outfitted with both stone and steel-roller mills, and were using a new process that was undoubtedly at the forefront of the technology of the day. This time period marked a changeover from one-pass stone grinding or low milling with its higher damaged starch content, to that of roller milling with greater speed, efficiency, and cooler-temperature operation.
Eben Norton Horsford wrote,
... the quality of the Hungarian wheat ... being rich in flour of extraordinary keeping quality ... contains more gluten than other varieties of wheat.... The Hungarian flour produced by high milling, is, in the points of purity, whiteness, yield and keeping qualities, not equaled by that of any other country.... The mills of Buda-Pesth, for the most part erected or enlarged between 1865 and 1869 ... contain 500 run of stones, and 168 Walz sets (of three pairs each) of steel rollers. They have a capacity of about 1,000,000,000 pounds of wheat per annum,...
Horsford observed that high-milled flour contained less damaged starch,
In comparing this flour No. 0 with ordinary low-milled flour, under the microscope, one remarks a striking uniformity in size among the particles of the latter. One also remarks relatively very few broken or bruised starch-grains in the high-milled flour, while the reverse is true of the low-milled flour.
The origins of high milling appeared to be Austria. Horsford attributed the phrase high milling to Vienna grits or Grieß, and which were claimed to be on sale in Berlin as early as 1810. The recognized pioneer was a miller named Ignaz Paur (1778–1842) who by 1810 had moved to Leobersdorf. The demand for these grits was so great, hand sifting them was inadequate, so Paur employed the services of a cabinet maker named Winter to build the first middlings purifier. Paur milled already-separated grits a second time, first making an extract flour locally known as Auszug. Over the course of several decades, these high-milling techniques spread to Hungary, Saxony, and Bohemia, among other areas. In Hungary, the steel cylinder or roller mill, locally known as the Walzenmühle, was first invented, and later improved. The Walz sets kept the grain cooler over multiple passes, as successive pairs of rollers were adjusted to incrementally smaller spacings, the grain moved through cooling air from one pair to the next, each cracked them pass-by-pass into smaller successive bits, instead of crushed between stones in one heat-generating pass.
At the Pesth Walzenmühle, when wheat had been fully transformed to flour, it had passed through 18 to 24 pairs of rollers. This new cold milling process, particularly well suited for hard wheat, likely resulted in lighter, more airy breads of greater baked volumes.
The Vienna bread-production process innovations are often credited for baking with steam leading to different crust characteristics. In 1837, August Zang, a native of Austria, opened a Bakery in Paris called the "Boulangerie Viennoise" which first introduced steam baking to France, and whose process was described in detail in an entry on Viennese Bread in an 1849 French Industrial Chemistry book: "the crust of these breads glazes while baking in an atmosphere of steam, to which effect, one places on the floor of the oven a pile of wet hay, well washed in advance, which produces a cloud of steam." Decades later, another Viennese bakery in Paris introduced the mechanical steam oven, eliminating the need for wet hay, along with cereal press yeast; the United States Government report on the 1867 Universal Exposition details the process used in the "Viennese bakery of Mr. Vanner", including his use of a steam oven, which by then had become quite popular in France:
Austrian and Hungarian flour is the best flour in the world and contributes the most important part to the excellence of his bread. He uses it is true the yeast of Fanta of Vienna and believes it to be the best but whether best or not it requires more watching and more care than the Holland yeast. Mr Vanner's oven resembles the improved oven of the French mechanical bakery of Messrs Vaury & Plouin only that the floor has more inclination. He introduces steam into the oven while baking the same as the French so that all his bread is cooked in a thick atmosphere of vapor. Mr Vanner arrives at his magnificent results therefore by the superiority of his material and by a careful and laborious and intelligent manipulation of them His secret goes no further than this.
In the steam oven technique, dough is placed into the oven under a ceiling of steam or, alternatively, the oven is injected with steam as soon as the loaf is loaded. This adds moisture to the body of the bread which delays establishment of the crust and tends to prevent cracking, resulting in a more evenly risen and thinner crust as well as a light and airy crumb. When the steam is turned off, the dry heat of the oven bakes the crust, producing its characteristically slightly crisp and flaky texture. Vienna bread is typically formed as an oblong loaf, but can be baked in other shapes. As a longer loaf, it may well have been the origin of French bread as bakers there attempted to adopt the steam method to produce their baguettes.
Some reports in the decades to follow point out that not all Viennese bread is produced in a steam oven. For instance, Horsford, in his 1875 Report on Vienna Bread, wrote:
The Austrian bakery in the Paris Exposition in 1867, for the production of loaf-bread, was provided with the steam-arrangement; but the oven of the Vienna bakery, on exhibition at the Vienna Exposition for the production of rolls, was a dry oven.
- August Zang, an Austrian who opened a Viennese bakery in Paris in the late 1830s, spreading Viennese baking techniques
- Austrian cuisine
- Charles Louis Fleischmann, the Czech American yeast pioneer who demonstrated Viennese baking at the first American World's Fair in Philadelphia 1876
- List of breads
- Mill (grinding)
- Proofing (baking technique)
- Pumpernickel, an older European style of bread made with steam, but also dark rye and sourdough
- Viennoiserie, a French term referring to baked goods in the style of or influenced by Viennese baking
- Eben Norton Horsford (1875). Report on Vienna bread. Washington: Government Printing Office. pp. 1–114.
- Eben Norton Horsford (1875). Report on Vienna bread. Washington: Government Printing Office. p. 86.
Historically, the press-yeast dates back to 1847 and the introduction of the yeast from beer, only to 1817. Up to that time, the sour dough, and a mixture of sour dough and hops obtained by boiling, were the instrumentalities for producing porous bread throughout Austria and Southern Europe. At this time in Vienna there was introduced by the bakers a roll made with a finer quality of flour by the process of sweet fermentation, (that is, with yeast,) which was called the imperial roll, (Kaiser-Semmel.) From this time to 1840, nothing new appeared, though there was constant demand for the sweet fermented rolls....
- Henry Watts, ed. (1868). A dictionary of chemistry and the allied branches of other sciences. 1. London: Longmans, Green, and Company. Retrieved 2014-01-17.
In Paris, where bread-making has been brought to a high degree of perfection, the fermentation is produced chiefly by the gluten of the dough, yeast being used merely to facilitate the action. A lump of dough remaining from the last batch of bread, and consisting of 8 lbs. flour and 4 Ibs. water, is left to itself for ten hours: in this state it is called fresh leaven (levain de chef). By kneading this with another quantity of 8 lbs. flour and 4 lbs. water, the once-revived leaven (levain de premiere) is obtained. After another interval of eight hours, 16 lbs. of flour and 8 lbs. water are added, forming the twice-revived leaven (levain de seconde); and after three hours more, 100 Ibs. flour and 52 Ibs. water containing ¼ to ⅓ lb. beer-yeast are added, forming the finished leaven (levain de taut point). The 200 lbs. leaven thus obtained are mixed, after two hours, with 132 lbs. flour and 68 lbs. water, containing ½ lb. of yeast in suspension and 2 lbs. common salt dissolved. This quantity of dough serves for five or six bakings. For the first baking, half the dough (200 lbs.) is made into loaves of the required size and form, which are exposed for a while in shallow baskets, to a temperature of 25° C. (77° F.), and then transferred to the oven. The bread thus obtained has a sourish taste and dark colour. The remaining half of the dough is again mixed with 132Ibs. flour, 70lbs. water, ½ lb. yeast, and the requisite quantity of salt; the half of this quantity of dough is then formed into loaves, left to ferment, and baked. The same operations are repeated three times, one-half of the dough being each time mixed with 130 Ibs. flour, 1⅓ lb. yeast, and the proper quantity of water and salt. The last stage yields the finest and whitest bread.
- Kristiansen, B.; Ratledge, Colin (2001). Basic biotechnology. Cambridge, UK: Cambridge University Press. p. 378. ISBN 0-521-77917-0.
- Eben Norton Horsford (1875). Report on Vienna bread. Washington: Government Printing Office. p. 87.
... At length, a prize was offered in 1845 by the Association of Vienna Bakers, (an association which has kept its records from the year 1452 down,) for the independent production of a good yeast, and the trades-union recognizing the importance of the object, offered to the discoverer the loan of its great gold medal. The offer of these prizes met with success in 1847. Adolf Ignaz Mautner, succeeded in producing the desired article, and in 1850 the prize and the medal were awarded for the production of his cereal press-yeast. From this point on, the baking-industry made rapid development throughout the Austrian empire, and at the Paris Exposition in 1867 the Vienna bakery was recognized as the first in the world. Vienna may therefore properly claim the double honor of having been the seat of the first development of the art of high milling and the birthplace of the use of press-yeast. From this time to 1840, nothing new appeared, though there was constant demand for the sweet fermented rolls.
- Hugh Chisholm, ed. (1910). The encyclopædia britannica: a dictionary of arts, sciences ..., Volume 4.
- Eben Norton Horsford (1875). Report on Vienna bread. Washington: Government Printing Office. p. 98.
- Young, Linda; Cauvain, Stanley P. (1998). Technology of Breadmaking. Berlin: Springer. p. 69. ISBN 0-8342-1685-X.
- Park Benjamin, ed. (1875). Wrinkles And Recipes, Compiled From The Scientific American. Thurston, Weyde, Buel, & Rose. H. N. Munn. Retrieved Aug 22, 2010.
- Eben Norton Horsford (1875). Report on Vienna bread. Washington: Government Printing Office. pp. 49–50.
111. The Purification Of The Grits.—The separation of the grits from the bran-scales of equal size is so distinctly of Austrian or Hungarian origin, and so essential to the production of the high grades of flour from which the excellent Vienna bread is produced, as to justify the attempt to present an outline of some of the principal devices by which this separation is effected. These products differ from each other in essential particulars. The bran is the shell of the wheat. The grits are fragments from the interior.
- Eben Norton Horsford (1875). Report on Vienna bread. Washington: Government Printing Office. pp. 31–32.
- Gabriela N. Barrera; Gabriela T. Pérez; Pablo D. Ribotta; Alberto E. León (2007). "Influence of damaged starch on cookie and bread-making quality" (PDF). Europoean Food Research and Technology. 225 (1). doi:10.1007/s00217-006-0374-1. Retrieved 2012-11-01.
- J. R. Irons (2008). Breadcraft. Read Books. p. 236. ISBN 9781409727248.
- Jim Chevallier (15 March 2014). About the Baguette: Exploring the Origin of a French National Icon. Createspace Independent Pub. p. 5. ISBN 978-1-4973-4408-2.
- Payen(1795-1871), Anselme (1849). Précis de chimie industrielle : à l'usage des écoles préparatoires aux professions industrielles et des fabricants. [Texte] / par A. Payen,... Paris: L. Hachette. p. 384.
- William Phipps Blake (1870). Reports of the United States Commissioners to the Paris Universal Exposition, 1867. U.S. Government Printing Office. pp. 20–.
- Eben Norton Horsford (1875). Report on Vienna bread. Washington: Government Printing Office. p. 94.