Arielle Cruz
Alcoholic drinks, especially beer, can sometimes explode due to overcarbonation. This occurs when there is a build-up of carbon dioxide, which can break glass and cause serious injuries. To prevent this, beer should be stored in a cool environment, preferably in an air-conditioned room or refrigerator, and kept out of direct sunlight. Additionally, allowing the beer to fully ferment before bottling and avoiding excessive priming sugar can help prevent overcarbonation. For homebrewers, using a blow-off tube during fermentation can help release pressure and prevent explosions.
| Characteristics | Values |
|---|---|
| Cause of explosion | Overcarbonation, bottling before fermentation is complete, high temperatures, improper storage |
| Preventative measures | Use a blow-off tube, store in a cool environment, refrigerate, avoid direct sunlight, check for complete fermentation with a hydrometer |
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What You'll Learn
Avoid bottling before fermentation is complete
Bottling or canning alcohol before the fermentation process is complete can be dangerous. The alcohol will continue to ferment in the bottle, which can increase pressure inside the container. This can cause the glass to break, leading to serious injuries. The carbon dioxide build-up can cause unopened bottles or cans to explode, resulting in either corks popping or glass breaking. This is a rare occurrence, but it can be dangerous and has resulted in product liability lawsuits.
To avoid this, it is important to wait until the fermentation cycle is complete before bottling. You can verify this by taking a gravity reading—the final gravity reading should be 0.998 or lower. If the reading is still high, it is best to wait it out. You can also use a hydrometer to measure the alcohol content before bottling.
Additionally, you can use certain products to slow down or stop the fermentation process before bottling. Potassium sorbate, sodium bisulfite, or Campden tablets can be introduced to reduce yeast activity during fermentation. However, attempting to stop fermentation before bottling can be unreliable and may have unintended consequences on the taste and mouthfeel of the beverage.
Instead of bottling, using a keg to store your alcohol is a safer option if you want to stop fermentation. Kegs are less likely to explode than bottles or cans. Overall, it is crucial to prioritize safety and follow recommended practices to prevent any potential hazards associated with bottling alcohol before fermentation is complete.
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Store in a cool environment
Storing alcohol in a cool environment is a key way to prevent explosions. Beer bottles and cans are at risk of exploding due to overcarbonation, which occurs when carbon dioxide builds up enough pressure to break glass or explode a can. This can happen when beer is bottled before the fermentation process is complete, or when there is too much sugar in the solution.
To prevent explosions, it is recommended to store beer in a cool environment. An air-conditioned home or refrigerator can help maintain a consistent temperature and slow any additional fermentation. It is also important to keep beer out of direct sunlight, as heat can break down compounds in beer and cause unintended fermentation.
For craft beers, it is especially important to store them in a cool environment, as they may be more susceptible to overcarbonation. In addition, it is recommended to keep beer cans and bottles away from hard surfaces, as dropping them can also cause explosions.
By storing alcohol in a cool, controlled environment, the risk of explosions due to overcarbonation or heat damage can be significantly reduced. This simple precaution can help ensure the safety of the product and prevent any potential injuries or incidents.
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Avoid exposure to direct sunlight
Sunlight has a detrimental effect on alcohol. The longer alcohol is exposed to the sun, the worse the effects will be. Ultraviolet rays can destroy wine, and beer exposed to sunlight can become "skunky"—a term for the rancid smell and flavour that sometimes affects beer that has gone bad. The ultraviolet light reacts with the chemicals produced by boiled hops, creating a chemical similar to those that skunks produce when spraying.
To avoid exposure to direct sunlight, alcohol should be stored in a cool, dark place. A dark cabinet or cellar is ideal, or at least ensure that bottles are kept out of direct sunlight. Modern windows filter out most UV light and heat, but it is still best to avoid storing alcohol near windows. Clear glass bottles offer no protection against the sun, whereas brown glass filters out more ultraviolet light.
If you are storing beer, it is important to keep it out of direct sunlight and in a cool environment. Beer bottles and cans have been known to explode, and while this is rare, it can be dangerous. Beer should be kept in the refrigerator if possible, especially craft beers, to avoid overcarbonation.
Whisky, like other liquors, will also be damaged by the sun. Whisky, like wine, gets better with age, so it is important to store it in a way that preserves it. If you cannot store whisky in a dark cellar, the best protection is a bottle made of brown glass, which filters out more ultraviolet light than clear glass.
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Prevent unintended fermentation
Unintended fermentation can cause a jar of alcohol to explode. This can be prevented in several ways. Firstly, it is important to ensure that the alcohol is not bottled before the fermentation process is complete. Bottling too early can leave sugar in the solution, which yeast will feed on and convert to carbon dioxide, potentially building up enough pressure to cause an explosion. To avoid this, it is recommended to wait 2-3 weeks and use a hydrometer to confirm that fermentation is complete before bottling.
Another factor to consider is the amount of priming or alternative sugar used. Excess sugar can cause excessive fermentation and lead to bottle bombs. Therefore, it is crucial to follow recipes carefully and not add too much sugar, especially when bottling a beer with additional flavours.
Improper storage can also cause unintended fermentation. Heat can break down compounds in the alcohol and trigger fermentation, so it is important to store alcohol in a cool environment, preferably at the same temperature at which it was fermented. Direct sunlight should be avoided, and refrigeration is recommended, especially for craft beers.
Additionally, it is worth noting that certain types of craft beers may be more prone to overcarbonation, which can increase the risk of explosion. Therefore, it is advisable to take extra precautions when storing and handling these beverages.
Finally, a blow-off tube can be used to prevent explosive fermentation. This device is attached to the top of the fermenter and allows for the release of pressure and gases while maintaining a tight seal. Using a blow-off tube can help mitigate the risk of an explosion during the fermentation process.
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Use a blow-off tube
A blow-off tube is an effective way to prevent a jar of alcohol from exploding. It is a piece of equipment that consists of a length of tubing and a jar or growler filled with sanitiser. The tube is attached to the top of the fermenter, allowing excess gas to escape and preventing pressure build-up that could lead to an explosion.
When using a blow-off tube, it is important to ensure a tight seal to prevent the lid or stopper from being dislodged. The tube should be left on the fermenter for the duration of the fermentation process. Some brewers suggest removing it once the fermentation slows down, but it is generally considered safe to leave it in place.
The diameter of the tube should be considered, especially when using carboys. A 1-inch diameter tube is recommended for carboys as it allows for maximum blow-off volume. However, if a more flexible option is desired, 5/15ths tubing can be used and fitted into the airlock gasket or hole in the stopper.
It is worth noting that different yeasts may influence the use of a blow-off tube. The type of yeast used can impact the fermentation activity and the growth of krausen, which refers to the foamy head that forms during fermentation. Therefore, the choice of yeast may affect the headspace in the fermenter and the potential for pressure build-up.
Additionally, it is recommended to check the gravity of the brew to ensure complete fermentation. This can be done using a hydrometer or a refractometer. Checking the gravity helps determine if the fermentation is close to the target final gravity and if it remains stable for a few days, indicating that the beer is finished fermenting.
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Frequently asked questions
Bottling too early can leave sugar in the solution, which, when combined with the added sugar at bottling, can cause an excess of carbon dioxide, leading to a build-up of pressure that can cause the bottle to explode. To avoid this, wait 2-3 weeks and check your gravity using a hydrometer to confirm that fermentation is complete.
Store your alcohol in a cool environment, such as an air-conditioned room or refrigerator. Keep beer cans and bottles out of direct sunlight and avoid dropping them, as this can also cause them to explode.
The fatty acids in milk react with alcohol to produce esters (neutral fats), with water as a byproduct. This reaction can produce a greater volume of product than the original reactants, causing pressure to build up inside the bottle. Additionally, the alcohol's hygroscopy and acidity can cause the milk to curdle, further increasing the volume of the mixture.
