A Guide to Tropical Cider Alchemy
Chilli Lime Tamarind Cider:
- I want to use as many plants from my garden in my daily consumption patterns, especially herbs and medicinal plants.
- It is an excellent way to preserve excess harvest.
- It is delicious, fun and makes a great gift or trade.
- I don’t support large alcohol companies and the type of agriculture their ingredients come from.
I’ve put together this simple overview of my brewing process to encourage others to take up the brewing task. This is merely a dip into a vast topic. This article is based on my experience being around many wild brewers over the last decade and the past year of a deep dive into the topic of brewing. I’ve had the chance to learn under some wonderful brewing teachers, starting with Laura Killingbeck and her ginger beers over a decade ago, and more recently Sharleen Ortiz and Connor Harron. At the end of the guide you will find additional resources for all your brewing schemes.
A note on: The difference between a beer, a cider, chicha, wine, etc.
The distinctions between these brews are quite modern compared to our species’ long history of turning sugar into alcohol. People always brewed with what was available seasonally and regionally until globalisation contributed to the homogenisation of our food system and choices. I find the distinction between these words only useful to help set expectations for what friends are about to drink. Pascal Baudar covers this topic well in “The Wildcrafted Brewer.”
The Tropics and Alcohol
As the micro-brew movement takes off here in Costa Rica, it seems like an ideal time to present an opportunity and challenge to the brewing community. Can we make a shift to tropical and local ingredients? The hops, barley, and wheat used to brew nearly all beers do not grow easily in the tropical latitudes. They are all imported, and although we continue, and likely will for a long while, to participate in a global economy, we also have to recognise its fragility.
Shifting to Tropical Ingredients
What I am requesting is a shift in our culinary habits away from modern European style ales and lagers. These are very recent arrivals to our diet, and do not reflect the vast brewing history that we find in the tropics. Traditional tropical alcoholic beverages were mostly thicker gruel-like drinks, low in alcohol content, produced from starchy plants like sweet potato, aguaje palm, cassava, or pejibaye. Additionally, sugar wines produced from abundant harvests of sweet fruits, palm sap, cactus pulp or fresh pressed sugar cane juice were historically common in the tropical latitudes. These beverages were almost always consumed fresh, as storage in this climate is challenging, and they were always based on what was in season. They were not clear and cold liquids like the modern beers so many of us enjoy.
I believe that we can find a middle ground. I believe it is entirely possible to create a beverage with the mouthfeel, clarity, and carbonation of the alcoholic drinks that we enjoy, while using exclusively tropical ingredients. This blog seeks to inspire you to do just that.
Fortunately there are a number of folks doing just this already in our country. I encourage everyone to try a beverage from the Costa Rica Meadery, Chichitas Cusuco, and Ginger Elixirs.
A note on: Supplies
At a minimum you will need a vessel with a lid or cap that keeps oxygen out. This can be an old two litre soda bottle with a screw off top that can be used to release CO2 pressure. For slightly more advanced brewing I recommend the following supplies: food grade brew buckets with airlocks, a thermometer, a hydrometer and flask, a caper for beer bottles, bottles and bottle caps, a scale, and an excellent garden, naturally.
The Basics of Fermentation
When you make an alcoholic beverage you are participating in one of our planet’s most ancient and powerful technologies, fermentation. Much has been written about fermentation and I won’t attempt to add to that library here. The references at the end will be an excellent guide.
On the most basic level alcohol fermentation occurs as follows: yeast consume sugars and release two bi-products, alcohol and carbon dioxide. Happy feeling and fizzy drink, respectively, two birds with one stone.
Different species of yeast participate in this process, consuming and replacing each other while slowly converting the different forms of sugar (carbohydrates, glucose, fructose, sucrose) into simpler and simpler molecules.
The entire fermentation process should be done in an anaerobic environment to provide some control over the microorganism population and to prevent the alcohol from converting into vinegar.
A note on: Vinegar
Brew in an aerobic environment and you will get vinegar. So leave the top of your brewing vessel open, just cover it with cloth to keep the creatures out and a few shorts days after the alcohol is produced, it will quickly be converted to vinegar by a different strain of microorganisms, Acetic Acid Bacteria (AAB). Often we get vinegar by accident in the brewing process by not properly sealing our vessels; this is a happy mistake.
Brewing Process
The basic brewing process looks as follows.
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Make a tea with all the wonderful flavours you want. Herbs, spices, bitters, fruit juice, and more can be added.
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Dissolve sugar into the tea.
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Cool the tea down to below 37 C or 100 F.
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Add yeasts, water, and any other ingredients, such as fresh fruit.
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Put into a fermentation vessel and watch it bubble.
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Drink when you like the flavour.
That is it. You can get far deeper into this topic. You can research enzymatic and Maillard reactions, you can attempt to create a drink that tastes a lot like a traditional grain and hops based beer using bitter tropical herbs, you can replace the sugar with your fruit juice, and so forth.
A note on: ABV, Brix and specific gravity
How strong do you want your beer to be? A good rule of thumb is that 450 grams of sugar in 3.78 litres of liquid will give you 5% alcohol by volume, or ABV. This is translated from one pound per every gallon of liquid, again sourced from Pascal Baudar’s work. Do some math and add more sugar for a stronger brew and less for something weaker. A more technical way to measure ABV is through measurements of Brix and specific gravity. Brix and specific gravity are measures of sugar content in your cider. They are useful to determine the ABV of your brew and are a good feedback tool as the brew progresses. Brix is obtained by using a Refractometer and specific gravity through a hydrometer.
A Few Recipes
All of the following recipes are for either 6 or 12 Litre batches. These should help get some creative ideas flowing. Use these recipes to understand the amount of sugar and yeast to add to get the brews fermenting properly.
Tamarind Lime Chili Chicha: 6 Litres
Tea
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36 grams dried chilli picante
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170 grams fresh chilli picante
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2 packs tamarind
Sugar
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700 g cane sugar
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150 g tapa dulce
Fruit
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3.5 c limon mesina and calamondin juice
Yeast
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½ pack Safe Ale T-58 Yeast
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3 c ginger bug
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Peel of 1 pineapple
Spiced Araza Cider: 12 Liters
Tea
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1 large bundle lemongrass
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1 large bundle basil
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1 large bundle tarragon
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½ c white pepper
Sugar
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1200 g cane sugar
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1 c tapa dulce
Fruit
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2 Liters araza pulp
Yeast
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Peels from 1 pineapple
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1 c ginger bug
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5 g Red Star Yeast: Premier Cote Des Blancs
A note on: Bottling and Carbonation
If you want to bottle your cider, simply wait until all the sugar has been consumed. This is best indicated when the airlock bubbles less than once per minute or the plastic capped bottle is no longer pressurised. Once this has happened you can do a secondary ferment to create carbonation by adding a very small amount of sugar back into the brew and then bottling this. It is important to not add too much sugar, as your beverage can become over carbonated and explode, but if you don’t add enough you get a flat beverage. A good rule of thumb is ¾ cup of sugar for a 5 gallon batch or a ½ teaspoon per 350 millilitre bottle as per instructions from Pascal Baudar in “The Wildcrafting Brewer.”
Cacao Orange Rosemary Black Pepper Cider: 12 Liters
Tea
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2 c cacao nibs
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1 c black pepper
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1 large bundle rosemary
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1 c cacao husks
Sugar
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1200 g organic cane sugar
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1 c tapa dulce
Fruit
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2 liters orange juice
Yeast
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1 c backslope yeast
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1 c ginger bug
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5 g Safe Ale 33 package yeast
Passion Fruit Ginger Cider: 12 Liters
Tea
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2 large bundles hierbabuena
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3 cups grated ginger
Sugar
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1.5 kg cane sugar
Fruit
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Pulp of 20 passion fruits
Yeast
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2 tbls bread yeast
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5g Safe Ale 33
Brewing with Porvenir Design
Our team at Porvenir Design would love to help you design and plant your garden and orchards to specifically grow food for creating wildcrafted ciders and hooches. Please contact us to learn more about our services.
Resources
Wild Fermentation by Sandor Katz
The Wildcrafting Brewer by Pascal Baudar
The Drunken Botanist by Amy Stewart
The Art of Fermentation by Sandor Katz
The Permaculture Book of Ferment and Human Nutrition by Bill Mollison
Sacred Herbal Healing Beers by Steven Buhner