Paintball CO2 Tank to Home Brewing Keg Converter Kit $9.99
From Adventures in Home Brewing
I came across this awesome new home brewing device and thought I would share it in case anyone could use it! Adventures in Homebrewing has release a paintball CO2 tank to home brewing keg converter kit. The paint ball co2 tank to keg adapter is made of anodized aluminum and allows you to attach a paintball CO2 tank to your existing keg system CO2 regulator. This brilliant device makes the portability of your home brewed beer a snap. Best of all, it is currently on sale for just $9.99.
To take advantage of this home brewing promotion, use the coupon code listed above if applicable and click on the following link:
Primary fermentation in beer brewing is the initial fermentation process where yeast will convert most or all of the wort sugars to alcohol and CO2 (carbon dioxide). After the yeast has been pitched into the wort, there is typically between 2 and 24 hour yeast lag time where the yeast acclimates to the fermentation environment and begins to replicate consuming sugars and the available oxygen in the wort; there is little alcohol conversion and CO2 generated during the lag phase.
Once the lag phase completes, a foamy head called a krausen begins to form in the fermentation vessel. The krausen is composed mostly of proteins, yeast, and the carbon dioxide that the yeast is rapidly producing. During primary fermentation the yeast is producing approximately equal parts of both alcohol and CO2. Depending on the style of beer, original gravity, quantity of yeast pitched, and fermentation temperature, the primary fermentation for an ale will last between 5-14 days, then it will then be transferred to a secondary fermentation vessel to allow the beer to condition and finish out its fermentation. In some cases only a primary fermentation is completed, and the beer may spending additional time in the primary fermenter or condition in the bottle, keg, or holding vessel.
Primary fermentation occurring two days after the yeast was pitched into an American Wheat style Hefeweizen. The krausen has formed and a great deal of alcohol and CO2 is being produced.
Beer fermentation is the metabolic conversion of malt and adjunct sugars to alcohol, acid, and CO2 using yeast or bacteria. As yeast and bacteria convert the wort sugars, approximately equal amounts of carbon dioxide and alcohol are produced. The alcohol being produced by the yeast is less dense than the sugars and water the yeast is metabolizing, so the gravity of the fermenting beer drops while fermentation continues to occur.
The two predominant types of fermentation are top fermenting which is used for ales, and bottom fermenting which is typical for lagers. The time frame for a fermentation to complete is dependent on a great many factors, just a few of them include the types of sugars that the wort is composed of, the amount of sugar in the wort (original gravity), the type of yeast and or bacteria used, the amount of yeast and or bacteria used, the health of the yeast and or bacteria, and temperature the fermentation occurs at. Most fermentations will take approximately two to six weeks to complete, but some may take upwards of a year before the beer is considered ready.
Below is a photo of beer during primary fermentation.
An fermentation lock or airlock is a single direction sanitary valve used during fermentation. It allows the large quantities of carbon dioxide being produced by the yeast to escape while not permitting outside air\oxygen or contaminants to enter the fermentation chamber. This creates a sanitary seal on the fermenter and helps prevent the oxidization of the fermenting beer.
The airlock or fermentation lock typically contains a sanitizer to help maintain the integrity of the fermenter. Airlocks tend to be made of clear plastic or glass so that the CO2 bubbles passing through them can be monitored as a way of gauging how active the fermentation process is.
Below is an example of a three piece airlock, S shaped airlock, and a blowoff tube.
Example of different types of airlocks/fermentation locks and a blowoff tube.