Category Archives: Marieke Hendriksen

A seventeenth-century miner’s brandy recipe

A mine, print from Goossen van Vreeswijck, Cabinet der Mineralen, Amsterdam 1675
A mine, print from Goossen van Vreeswijck, Cabinet der Mineralen, Amsterdam 1675

By Marieke Hendriksen

Recently, I’ve been studying, amongst others, the works of a seventeenth-century Dutch bergwerker, freely translated a miner, or rather a mining specialist. Goossen van Vreeswijck (ca. 1626- after 1689) was an adventurous man, who worked in the Low Countries, the German lands, Sweden, England, and even in regions presently in Surinam and Canada. He published a number of works on mining and alchemy in Dutch – a unique body of work that has been given little attention by historians of chemistry so far. Although Van Vreeswijck probably did not have a university education, he was well versed in the important alchemical and mining literature of his time, as he frequently discusses and criticizes authors such as Basil Valentine and Georg Agricola. His books are clearly aimed at other Dutchmen who will have to work in mines in faraway regions; they offer all kinds of practical and technical advice regarding the establishment and operation of a mine and the subtraction and chemistry of metals.

I am primarily interested in the use of metals in early modern chemistry and medicine, yet Van Vreeswijck’s work contains so many other gems that I could not withstand sharing one of them with you here. Probably because Van Vreeswijck’s audience was likely to spend long periods away from civilization, he also included recipes for the production of staples, such as brandy. In his book De Roode Leeuw, of het Sout der Philosophen (The Red Lion, or the Salt of the Philosophers, 1672), the title of which suggests a treatise on the matter of the Tincture or the Philosoher’s Stone, Van Vreeswijck discusses a wide variety of topics, ranging from the production of saltpetre from charcoal to the explanation of dreams and the best way to make brandy. Dutch brandy was usually made from grains like wheat or rye, but, Van Vreeswijck warned, this was not such a good idea as it might induce God’s wrath. He based this admonition on Isaiah 55:2, which says:

Wherefore do ye spend money for that which is not bread? and your labour for that which satisfieth not? hearken diligently unto me, and eat ye that which is good, and let your soul delight itself in fatness.

Exactly why it would be a better idea to make brandy from all other kinds of fruits and vegetables, as Van Vreeswijck continues to argue, does not become entirely clear – but he seems to imply he did not find these satisfying or good to eat (fattening) as such, and brandy was seen as a necessity with medicinal qualities. It was used, amongst others, as a diuretic and purgative.

Van Vreeswijck illustrated most of his work with images he had copied from the popular emblem books of Jacob Cats - who used this image of a hand picking up grapes as an emblem of virginity, rather than  to refer to brandy.
Van Vreeswijck illustrated most of his work with images he had copied from the popular emblem books of Jacob Cats – who used this image of a hand picking up grapes as an emblem of virginity, rather than to refer to brandy. Source: Jacob Cats, Maechden-plicht, Middelburg, 1618.

The list that follows, of what can be used as a basis for brandy, is impressive: anything from grapes, apples, pears, prunes, to raspberries and cherries, even cabbage will do. As grapes can be grown in most mild climates, instructions are given on how to set up and manage a vineyard. Another benefit of using grapes for brandy was the appearance of tartar and lees as by-products, which, Van Vreeswijck points out, are used in medicine, dying, and many other crafts. Yet if grapes were not available almost any other fruit would do. The fermentation process might need some encouragement, for which yeast, sourdough, tartar, alkaline salt, wine vinegar, saltpetre, or antimony could be used. Amounts are not mentioned, as they would have depended on the kind and amount of fruit used, nor are there any specific instructions for distillation. Goossen van Vreeswijck’s brandy ‘recipe’ should thus be seen in the context of his works – a set of practical pointers for miners and others who needed to produce things they otherwise would have bought. By including some Biblical references and illustrating his work with copies of emblems from the works of the hugely popular Dutch author Jacob Cats (1577-1660), he stressed his reliability.

Recipes for Glauber salt and the serendipity of research

Johan Rudolf Glauber (1604-1670)
Johan Rudolf Glauber (1604-1670)

By Marieke Hendriksen

The German apothecary and alchemist Johan Rudolf Glauber (1604-1670) spent much of his working life in Amsterdam. There, he used the facilities of a commercial glasshouse–“The Two Roses”–on the Rozengracht for some of his experiments.[1] By extracting the colours of metals by melting them into glass, Glauber hoped to come closer to the unveiling of the Philosopher’s Stone.[2] Although he never achieved this, his experiments proved highly relevant for understanding a number of chemical substances and compounds. The reason Glauber’s name still sounds familiar to us today is that he discovered how to artificially create hydrate sodium sulfate, a compound highly relevant for glassmaking, which Glauber called sal mirabile.[3] This white crystalline solid is still commonly known as Glauber salt, and can be bought from online chemists to intensify the colours of textile dyes.[4]

Frontispice to the English translation of Glauber's work, containing a recipe for sal miracle: "The works of the highly experienced and famous chymist, John Rudolph Glauber," transl. Christopher Packe, London: Thomas Milbourne, 1689
Frontispice to the English translation of Glauber’s work, containing a recipe for sal mirabile.

Glauber salt was, and is, of great use in the making of glass, where an alkaline is necessary to lower the melting point of the ingredients for glass and to obtain good results. Before the discovery of Glauber salt, or soda ash (sodium carbonate) that had been extracted from the ashes of plants, was commonly used. The downside of using soda ash though, as Herman Boerhaave (1668-1738) put it in his Theory of Chemistry, was that ‘the ashes of plants us’d herein, also vary the goodness of glass.’[5] The relative ease with which Glauber salt could be made (Glauber’s own recipe!) requires nothing more than plain salt, water, a retort and a fire. Its purity ensured a more stable glass quality than soda ash. But Glauber and his contemporaries thought that his newly discovered salt was miraculous for another reason: its perceived therapeutic qualities. Glauber salt was long used as a laxative and a styptic.[6]

Sodium sulfate or Glauber salt
Sodium sulfate or Glauber salt

These useful applications meant that the popularity of Glauber salt in the eighteenth and nineteenth century was enormous, as also shown by the numerous recipes for it in medical and chemical handbooks. In a manuscript with lecture notes, a student of the Leiden professor of chemistry Gaub (1705-1780) devoted almost ten pages to the description of three processes to create Glauber Salt.[7] Reversing these recipes, the Dutch apothecary Petrus Johannes Kasteleyn (1746-1794), who aimed to stimulate the public’s interest in chemistry in the eighteenth century, wrote in his Chemical exercises for the lovers of chemistry in general, and the apothecaries, producers, and dealers in particular that through chemical analysis he had found that  ’16 ounces of pure Glauber salt consist of 2 ounces of vitriolic acid, and 3.5 ounces of pure alkali.[8]

From the early twentieth century onwards, the use of Glauber salt in medicine declined as safer alternatives were discovered, but it is still widely used industrially today. The story of the recipe for Glauber salt shows us the serendipity of research: while looking for something entirely different–the Philosopher’s Stone–Glauber discovered a substance that would become widely used in medicine, crafts and industry for centuries to come.


[1] AAR (Amsterdamse Archeologische Rapporten) 61, 2011, p. 44. The glasshouse was housed at the Rozengracht 1657 and 1679.

[2] D. Von Kerssenbrock-Krosigk, Glass of the alchemists : lead crystal-gold ruby, 1650-1750 (Corning, NY: Corning Museum of glass, 2008), p. 17.

[3] For Glauber’s recipe for sal mirabile, see The works of the highly experienced and famous chymist, John Rudolph Glauber, trans. Christopher Packe (London: Thomas Milbourne, 1689), p. 225.

[4] http://www.stoftotverven.nl/Glauberzout-500-gram; http://www.dharmatrading.com/chemicals/glaubers-salt.html

[5] H. Boerhaave, Elementa chemiae, quae anniversario labore docuit in publicis, privatisque scholis. 2 vols, vo.l. I, Leiden: Isaak Severinus, 1732, p. 183.

[6] Pinkhof, ‘Glauberzout als Bloedstelpend Middel,’ Nederlands Tijdschrift voor Geneeskunde, 1897, 41, pp. 297-8.

[7] H.D. Gaub, “Chemiae praxis. Notes of lectures by an unnamed student. Produced in Leyden.”, z.d. WMS 4  MS.2479, Wellcome Library, London, pp. 67-79.

[8] P.J. Kasteleyn, ‪Chemische oefeningen voor de beminnaars der scheikunst in ‘t algemeen, en de apothekers, fabriekanten en trafiekanten in ‘t bijzonder, vol. 2 (Amsterdam: ‪A. J. van Toll, 1872), p. 83. For more on Kastelyn’s educational purposes, see L. Roberts, ‘P. J. Kasteleyn and the “Oeconomics” of Dutch Chemistry,’ Ambix 53, 3 (2006): 255-272.

Hydrophobia and madness: eighteenth-century recipes against Rabies

Recently, I came across an eighteenth-century ‘cure’ for rabies in a Dutch medical handbook, consisting of onion boiled with salt and honey.[1] As I had recently been vaccinated against rabies for a trip to Asia and had been lectured by the nurse about the dangers of rabies, this recipe made me curious.

A mad dog on the run in a London street: citizens attack it as it approaches a woman who has fallen over. Coloured etching by T.L. Busby, 1826. Wellcome Library, London.
A mad dog on the run in a London street: citizens attack it as it approaches a woman who has fallen over. Coloured etching by T.L. Busby, 1826. Wellcome Library, London.

A quick search for eighteenth-century Dutch medical literature on rabies gave a surprising result: in the first half of the eighteenth century only two pamphlets and some general listings in medical and pharmaceutical handbooks occurred. However, around 1790 there seems to have been a sudden spike in the number of medical publications on the occurrence and treatment of rabies. It is difficult, if not impossible to tell what the reasons were. There may have been some kind of outbreak of the disease in the Netherlands at the time, or maybe the number of cases rose steeply in this period because of the increased popularity of pet dogs, as a recent German study has suggested.[2]

Whatever the reasons, a wide array of cures against rabies was suggested. Apart from the onion-honey-salt concoction, I encountered, amongst others, the following:

– A brew of ten different roots and herbs, boiled in three pitchers of old beer or vinegar. The wound should also be washed with it.[3]

– Drawing the poison from the wounds with ‘fresh earth, sand, mud or tobacco,’ and feeding the patient beer vinegar mixed with butter, combined with a strict diet and blood-letting.[4] This author was so kind as to inform his readers about remedies that did not work too, such as May bugs in honey, mercurial rubbings, and wood beverages.

– Three egg yolks, fried with three half-egg shells full of ‘tree oil,’ taken for two days and applied to the wound for nine.[5]

'Recept tegen de Dolligheyd van Menschen en Beesten,' (recipe against madness in humans and animals) anonymous pamplet, 1723
‘Recept tegen de Dolligheyd van Menschen en Beesten,’ (recipe against madness in humans and animals) anonymous pamplet, 1723

Sadly, none of this would have done anything to cure rabies. Until Louis Pasteur developed a vaccine in 1885, a rabies infection was invariably fatal. People probably believed the remedies listed here worked because not every ‘mad dog’ is a rabid dog, and many of the reports of ‘cured’ cases were made within days of someone being bitten. As it can take up to a year for rabies to manifest itself, depending on the location and the severity of the bite, people undoubtedly died of ‘hydrophobia’ months after a bite wound would have healed, thus missing the link between the incident and the disease.

The best way to deal with rabies in the 1790s was to avoid it, as also shown in a 1798 advert. It appeared in a spectatorial journal and commended a set of six prints, to be put up in chirurgeon’s shops and taverns. The prints advised the general public on the avoidance of and ways to deal with dangers. The first of these tables dealt with “the bite of a Mad [rabid] Dog, and shows the picture of a picture of a Mad Dog. Furthermore, it deals with poisons, the swallowing of harmful bodies, strikes by lightening, and the suffocation of children.”[6]


[1] M. Noel Chomel, Huishoudelyk woordboek, Vervattende vele middelen om zyn goed te vermeerderen, en zyne gezondheid te behouden, Met verscheiden wisse en beproefde middelen (vertaling Jan Lodewyk Schuer en A.H. Westerhof). S. Luchtmans/H. Uytwerf, Leiden/Amsterdam 1743, 30.

[2] Steinbrecher, A, “Zur Kulturgeschichte der Hundehaltung in der Vormoderne: Eine (Re)Lektüre von Tollwut-Traktaten,” Schweizer Archiv für Tierheilkunde, vol. 152 (2010),no. 1: 31-37

[3] Recept tegen de Dolligheyd van Menschen en Beesten, anonymous pamplet, 1723

[4] J.D.M. Cleve, “Verhandeling over den Dollen-Honds beet.” Vaderlandsche Letteroefeningen. A. van der Kroe en J. Yntema, Amsterdam 1792, 102-109.

[5] A.J.A. Looff, “Middel, alhoewel eenvoudig in zyn voorkomen, egter proefondervindelyk zeer vermogend eevonden, tegen de geduchte gevolgen van den Dollen Honds-beet, of de watervrees, op nieuw bekend gemaakt.” Vaderlandsche Letteroefeningen. A. van der Kroe en J. Yntema, Amsterdam 1790, 371-3.

[6] Advertisement for “Zestal van Tafelen, behelzende eene algemeene opgave der middelen tot redding in schielyke gevaaren, enz. Door Dr. A.C. Struve. Te Amsterdam, by A.B. Saakes, 1798.” in: Vaderlandsche Letteroefeningen. A. van der Kroe en J. Yntema en zoon, Amsterdam 1798, 583.

Metallic cures: antimonial wine and mineral kermes

By Marieke Hendriksen

In my previous post, I wrote about the ubiquity of mercurial drugs in the long eighteenth century. Mercury is a metal we are all quite familiar with, yet a variety of cures was based on metals and metallic compounds well into the nineteenth century – some of which we hardly hear of anymore today. Drugs based on antimony, a lustrous grey metalloid often found in ores together with either sulfur or mercury, and mineral kermes, a compound of antimony trioxide and trisulfide, were very popular. In universal encyclopedias from the late eighteenth and early nineteenth century for example, we find complicated recipes to create mineral kermes, which involve repeated distilling of a mixture of sulfur of antimony, fixed niter or potassium carbonate, and river- or rainwater.[i]

Antimony ore, antimony cup and Basilius Valentinus, Triump-Wagen Antimonii, Leipzig 1604. From: C. van Heertum, Alchemy on the Amstel. On Hermetic Medicine. Amsterdam: In de Pelikaan, 2012.
Antimony ore, antimony cup and Basilius Valentinus, Triump-Wagen Antimonii, Leipzig 1604. From: C. van Heertum, Alchemy on the Amstel. On Hermetic Medicine. Amsterdam: In de Pelikaan, 2012.

Although it unlikely anyone tried these recipes at home, the use of antimony and its derivatives had a long tradition. Antimony cups were used since antiquity to make antimonial wine by soaking regular wine in it for one or more days.[ii] The fact that antimony frequently occurred together with mercury or sulphur appealed to alchemists, apothecaries, and other medical men and women, as sulphur and mercury were considered the basic alchemical elements. Moreover, as antimony could cleanse the most precious metal, gold, from impurities, alchemists reasoned it could also cleanse and cure God’s most precious creature, created after his own image: man. Hence Paracelsus (1493-1541) and many of his followers advocated the use of small amounts of antimony in iatrochemical drugs, although they were well aware of the fact that it is highly poisonous.

Antimonial wine thus was a tried emetic, yet antimony cups were forbidden in England and France for much of the seventeenth century, as the use of a wine too acidic would result in a lethal concoction. This prohibition was sometimes circumnavigated by creating antimony cups from tin with a small amount of antimony.[iii] In France antimony cups became legal once more in 1658, after Louis XIV was cured from typhoid fever with antimonial wine.[iv] After this royal endorsement of antimony, men of science started to investigate it more closely than ever before. Between 1700 and 1707 the French chemist Lemery wrote an extensive series of articles on antimony and its medicinal uses for the Académie des Sciences, culminating in a book describing all the changes it underwent by chemical procedures, and how the resulting substances could be used in medicine.[v] The Leiden professor of chemistry Gaub too devoted a substantial part of his lectures on metals on antimony and mineral kermes, extensively discussing the chemical procedures that should be applied to create effective medical materials.[vi]

French Apothecary Bottle: Kermes Mineral, 1880s. Courtesy of Dr Jack Fincham.
French Apothecary Bottle with traces of Kermes Mineral, 1880s. Courtesy of Dr Jack Fincham.

The recipes in the encyclopedias show that mineral kermes was one of the most important medical materials that could be created through chemically treating antimony. As can still be seen in a late nineteenth-centruy French apothecary bottle, it is a reddish brown powder. The powder does not dissolve in water and, like mercury, had a reputation for cleansing the lymphatic vessels, and was also used as an emetic and diaphoretic. The name was probably derived from the Arabic name for a similarly coloured crimson dye made from insects, al-qirmiz. The use of mineral kermes as a drug was apparently first mentioned by Glauber (1604-1670), but how to successfully create it remained a subject of debate into the nineteenth century, even after an official recipe was published by the king of France in 1720.[vii]


[i] De Felice, Fortunato Bartolomeo, Encyclopédie ou Dictionnaire universel raisonné des connoissances, (Paris, 1773), Vol. 25, p. 345. Wilkes, John, Encyclopaedia Londinensis, or, Universal Dictionary of Arts (London: J. Adlard, 1810), Vol. iv, p. 277.

[ii] Also see one of my previous blogs on The Medicine Chest.

[iii] StClair Thomson, “Antimonyall Cupps: Pocula Emetica or Calices Vomitorii”, Proc. Roy. Soc. Med., Vol. XIX, no. 9, 1925, 123-8.

[iv] C. van Heertum, Alchemy on the Amstel. On Hermetic Medicine. Amsterdam: In de Pelikaan, 2012, 49.

[v] Lemery, Nicolás, Traité de L’antimoine (Paris: Jean Boudot, 1707).

[vi] Gaub, H.D., ‘Chemiae Praxis. Notes of Lectures by an Unnamed Student. Produced in Leyden.’, Closed stores WMS 4  MS.2479, Wellcome Library Manuscripts, p. 593-685.

[vii] Willich, A.F.M., A Domestic Encyclopedia Or A Dictionary Of Facts, And Useful Knowledge, 3 vols. (London: B. McMillan, 1802), p. 46.