Noah Vinter
Apple cider is a popular drink, especially during the fall season. It is made from the juice of different types of apples and is often unfiltered, giving it a cloudy appearance and a robust flavor. While most commercially available apple cider is pasteurized to extend its shelf life and make it safer to drink, some people prefer unpasteurized cider, which can be purchased directly from farms. Unpasteurized apple cider can be turned into alcohol through a process of fermentation, which occurs naturally due to the presence of yeast on the apples' skin. This process can be accelerated by storing the cider at room temperature, and the resulting alcohol content can vary depending on factors such as the type of apples, yeast, and temperature. However, it is important to note that proper sanitation and equipment sterilization are necessary to ensure the desired flavor and prevent the growth of vinegar cultures.
| Characteristics | Values |
|---|---|
| Alcohol percentage | 4-6% on average, but can reach 14-15% |
| Pasteurized vs. unpasteurized cider | Pasteurized cider has a longer shelf life and is safer to drink, but some claim that unpasteurized cider has a better flavor |
| Fermentation time | 1-2 weeks, but can take several months without added yeast |
| Fermentation vessel | Glass gallon jug with a lid that releases carbon dioxide and prevents oxygen from entering |
| Fermentation location | Cool, dark location at around 60°F/15°C |
| Ingredients | Apple cider, yeast, sugar or honey |
| Additional ingredients for flavor | Spices, cinnamon, allspice, nutmeg |
| Carbonation | Can be carbonated by adding honey and sugar syrup during the bottling process |
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What You'll Learn
- Unpasteurized apple cider will begin to ferment and become alcoholic within 24 hours if left at room temperature
- Natural cider yeast lives on the surface of apples and continues to work slowly even when refrigerated
- Hard cider is made by fermenting apples with yeast to create a fizzy alcoholic beverage
- Heating unpasteurized cider to at least 160°F kills bacteria and makes it safer to drink
- Good sanitation ensures the cider doesn't turn to vinegar
Unpasteurized apple cider will begin to ferment and become alcoholic within 24 hours if left at room temperature
To make hard cider, you can follow a few simple steps. First, sterilize the cider (this is optional, but some prefer to do this). To sterilize, add 1 Campden tablet per gallon of cider and wait 24-36 hours, or heat pasteurize the cider at 165°F (74°C) for 10 minutes. This will kill wild yeasts but may remove some flavor. Next, add 1/2 teaspoon of pectic enzyme to help clarify the cider by breaking down apple fiber. You can also add 1 teaspoon of yeast nutrient to help the yeast thrive. Then, add your chosen cider yeast (typically one packet for 1 to 5 gallons). Pour everything into a fermentation vessel and attach a rubber bung and airlock to the vessel. Place the fermenter in a cool, dark location (around 60°F/15°C is ideal). Fermentation should begin within 1-2 days. The cider will start bubbling through the airlock as yeast converts sugar into alcohol.
It's important to note that higher alcohol content does not mean better-tasting cider—usually, the opposite is true. Ciders with higher alcohol content may taste less like apples and more like dry, burning alcohol. Additionally, the natural yeasts should kick in within three to five days at most, and cultured yeasts within one to two days. If they do not, you may need to add more yeast.
There are a few risks to be aware of when making cider. If left unchecked for long enough, even with a dominant wild yeast, the cider will turn to vinegar. The only real danger is if mold were to take over, but this would be visible and have a distinct smell.
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Natural cider yeast lives on the surface of apples and continues to work slowly even when refrigerated
The process of fermentation occurs due to the presence of fermentable sugars and aromatic compounds naturally found in apples. The yeast feeds on these sugars, producing alcohol and contributing to the characteristic flavour of hard cider. While natural fermentation can be unpredictable and lead to inconsistent results, it is possible to achieve a cider with an alcohol content of around 4-6%, similar to store-bought hard cider.
However, it is challenging to determine the exact alcohol percentage without specialised equipment, such as a hydrometer, which measures specific gravity before and after fermentation. The alcohol content can vary widely, ranging from 1% to as high as 14-15% if left undisturbed for an extended period. At such high alcohol concentrations, the yeast will eventually die off, and the beverage will transition from a hard cider to an apple wine due to the addition of sugar and other components like tannins.
To make a dry, still cider, one can allow the fermentation process to complete before bottling the cider. This results in a very dry and strong cider that may be unpalatable to some, with an alcohol content of approximately 4-6%. This type of cider is excellent for storage and can be used in marinades or mixed cocktails with added sugar to enhance its flavour.
Alternatively, for a natural cider without additives, bottling can occur early, while fermentation is still active but slowed, typically around 10 days depending on temperature. The bottles are then left to carbonate for a few days before consumption. This cider has a shorter shelf life and should be drunk relatively quickly before excessive carbonation develops, which can cause the bottles to pop.
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Hard cider is made by fermenting apples with yeast to create a fizzy alcoholic beverage
Hard cider is a fermented alcoholic beverage made from fruit juice, most commonly apple juice. To make hard cider, you'll need to start with apple cider, which can be made from apples sourced from various places, such as local orchards or grocery stores. The process of making hard cider involves fermenting the sugars in the apple cider into alcohol using yeast.
Step 1: Obtain Apples
You can source apples from various places, such as local orchards, grocery stores, or even foraged from trees in your neighbourhood with permission. It is recommended to use fresh, organic apples to ensure the best flavour and avoid the use of pesticides.
Step 2: Juice the Apples
The next step is to extract the juice from the apples. This can be done using a cider press, which can be purchased, rented, or shared with neighbours. Alternatively, you can use a juicer or even make cider from just apple scraps, as most of the flavour is in the peels.
Step 3: Prepare the Cider
Before fermentation, it is important to sanitise your equipment and the cider to prevent unwanted bacteria and wild yeast from affecting the final product. You can pasteurise the cider by heating it to 160°F for ten minutes, or you can add potassium metabisulfite to speed up the process.
Step 4: Fermentation
Fermentation is the key process that transforms the apple cider into hard cider. You can add yeast to the cider, such as specialised cider yeast, ale yeast, or champagne yeast. Wild yeast present on the apple skins can also be used for fermentation, but this may result in an unpredictable flavour. During fermentation, the yeast consumes the sugars in the cider and converts them into alcohol and carbon dioxide, creating a fizzy alcoholic beverage.
Step 5: Bottling and Carbonation
After fermentation, you can bottle your hard cider and choose to carbonate it for added fizz. Force carbonation can be achieved by transferring the cider to a sanitised keg and attaching a CO2 tank.
It's important to note that the alcohol content of your hard cider will depend on various factors, including the initial sugar content of the cider and the duration of fermentation. Always consume homemade alcoholic beverages responsibly and in moderation.
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Heating unpasteurized cider to at least 160°F kills bacteria and makes it safer to drink
Unpasteurized apple cider can be turned into an alcoholic drink through fermentation. Fermentation occurs when the natural yeast on apple skins interacts with the apple juice. However, unpasteurized cider may contain harmful bacteria, such as E. coli O157:H7, which can cause foodborne illnesses. Pasteurization is a process that kills bacteria, yeast, and other organisms in the cider by heating the liquid to a specific temperature and then quickly cooling it.
To make unpasteurized cider safer to drink, it must be heated to at least 160°F (71°C). This temperature is hot enough to kill harmful bacteria and make the cider safer for consumption. It is important to note that the cider should not be heated for too long, as this can affect its flavor and quality. Additionally, the type of bottle used during pasteurization can impact the heating process, with glass bottles being the best choice for holding heated cider.
There are alternative methods to heat pasteurization, such as chemical treatments with potassium or sodium metabisulfite, which kill bacteria and inhibit wild yeasts. Another modern method is tunnel pasteurization, which uses short pulses of electricity to kill bacteria. However, this method may be less effective than traditional heat pasteurization.
It is important to follow food safety precautions when making cider to ensure the drink is safe for consumption. By heating unpasteurized cider to at least 160°F, you can effectively kill bacteria and reduce the risk of foodborne illnesses, making the cider safer to drink.
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Good sanitation ensures the cider doesn't turn to vinegar
Turning unpasteurized apple cider into alcohol is a delicate process that can easily go awry. One of the most common issues is the cider turning into vinegar. This occurs when the alcohol is infected by acetobacter, a bacteria that metabolizes alcohol into acetic acid. Acetobacter is present in small quantities in apple juice and is also carried by fruit flies.
To prevent this from happening, good sanitation practices are essential. Anything that comes into contact with the juice or the finished cider must be free of contaminants like bacteria, mould, or wild yeast. This includes all equipment and containers used during the process. Proper sanitation techniques can be found in books such as Palmer's How to Brew. Additionally, dosing the juice with potassium metabisulfite 24 hours before adding yeast can help reduce bacteria and wild yeast activity, although this step may not be necessary with raw juice.
Another factor to consider is the type of yeast used. Some strains of yeast, such as Metschnikowia pulcherrima, can produce significant amounts of acetic acid, resulting in a cider that tastes more like a shrub (a vinegary alcoholic drink). Selecting yeast strains that produce lower levels of acetic acid can help mitigate this issue.
It's also important to monitor the cider during fermentation. If left too long, the cider can develop undesirable flavours, including acetic acid. However, a small amount of acetic acid can enhance the aroma and flavour of the cider. Finding the right balance is crucial to ensuring the cider doesn't turn into vinegar.
In summary, good sanitation practices, choosing the right yeast strains, and careful monitoring during fermentation are key to ensuring that unpasteurized apple cider turns into alcohol instead of vinegar.
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Frequently asked questions
Unpasteurized apple cider will begin to ferment and become alcoholic in about 24 hours if left at room temperature. To speed up the process, add a small yeast starter to the juice. The yeast will feed off the sugars in the juice, and your cider should ferment in about two weeks.
You will need a standard glass gallon jug with a lid that is specially designed for fermenting drinks. This will allow carbon dioxide to be released without letting any oxygen in. You will also need a rubber bung, an airlock, a fermentation vessel, and airtight bottles for the bottling process.
Without any additional sugar added, unpasteurized apple cider will likely have an alcohol content of 4% to 6%. With added sugar, the alcohol content can reach up to 14% to 15% before the alcohol concentration kills off the yeast.
