Kegging - Revision history

BrewWiki: /* See Also */

2008-02-24T05:43:39Z

Kevincasey: /* Home Kegging System Components */ fixed a typo

2006-07-29T13:24:15Z

Home Kegging System Components: fixed a typo

← Older revision		Revision as of 13:24, 29 July 2006
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	[[image:Co2_tank.jpg\|right\|thumb\|A CO2 Tank and Regulator]]		[[image:Co2_tank.jpg\|right\|thumb\|A CO2 Tank and Regulator]]
	* '''CO2 Tank''' - CO2 is used to dispense beer rather than air because CO2 will not interact with and spoil your beer. CO2 is stored at very high pressure in a tank that looks something like an oxygen or scuba tank. Liquid CO2 is measured by weight. Tanks are sold in 5 lb, 10lb and 20lb sizes and can be refilled at many locations. It costs about the same amount to fill the tank regardless of size, so a larger tank can be better if you have the space since it will last much longer.		* '''CO2 Tank''' - CO2 is used to dispense beer rather than air because CO2 will not interact with and spoil your beer. CO2 is stored at very high pressure in a tank that looks something like an oxygen or scuba tank. Liquid CO2 is measured by weight. Tanks are sold in 5 lb, 10lb and 20lb sizes and can be refilled at many locations. It costs about the same amount to fill the tank regardless of size, so a larger tank can be better if you have the space since it will last much longer.
	* '''Regulator''' - CO2 is stored at 800-1000 psi, but you want to dispense your beer at 8-15 psi. The regulator does the conversion for you. A small screw on the regulator lets you adjust the output pressure, and many have a valve to cut off the flow of gas as well. Most brewers prefer a dual gauge system. On gauge shows the pressure of the tank, and the second shows the output pressure.		* '''Regulator''' - CO2 is stored at 800-1000 psi, but you want to dispense your beer at 8-15 psi. The regulator does the conversion for you. A small screw on the regulator lets you adjust the output pressure, and many have a valve to cut off the flow of gas as well. Most brewers prefer a dual gauge system. One gauge shows the pressure of the tank, and the second shows the output pressure.
	* '''Cornelius Keg''' - As described above these "soda kegs" are made of stainless steel, very easy to clean, maintain pressure well and are suitable for storing beer for a year or much longer if maintained properly. The most popular size is the 5 gallon keg, which is a tall cylinder that looks very much like a scuba tank with a flat top. Smaller 2.5 and 3 gallon kegs are nice if you have limited refrigerator space or want some beer on the go. Kegs come with two fittings - either ball lock or pin lock. Of the two, the ball lock are more prevelent.		* '''Cornelius Keg''' - As described above these "soda kegs" are made of stainless steel, very easy to clean, maintain pressure well and are suitable for storing beer for a year or much longer if maintained properly. The most popular size is the 5 gallon keg, which is a tall cylinder that looks very much like a scuba tank with a flat top. Smaller 2.5 and 3 gallon kegs are nice if you have limited refrigerator space or want some beer on the go. Kegs come with two fittings - either ball lock or pin lock. Of the two, the ball lock are more prevelent.
	* '''Gas Hose''' - A clear plastic hose that runs from the regulator on your CO2 tank to the "gas" input on your Cornelius keg. It supplies the pressure to dispense your beer. The best gas hose is thick walled to minimize leakage.		* '''Gas Hose''' - A clear plastic hose that runs from the regulator on your CO2 tank to the "gas" input on your Cornelius keg. It supplies the pressure to dispense your beer. The best gas hose is thick walled to minimize leakage.

Kevincasey: /* Introduction */ grammatical change

2006-07-29T13:18:31Z

Introduction: grammatical change

← Older revision		Revision as of 13:18, 29 July 2006
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	The initial investment is somewhat high - perhaps $150-180 US for an initial setup. In addition, the kegging system works best if you have a suitable refrigerator, usually a second one to store the keg in.		The initial investment is somewhat high - perhaps $150-180 US for an initial setup. In addition, the kegging system works best if you have a suitable refrigerator, usually a second one to store the keg in.

	Almost all home brewers use the Cornelius kegging system, which uses 2.5 to 5 gallon Cornelius kegs to store the beer in. Cornelius kegs are the same kegs used for many years for dispensing soda, so they are also frequently called soda kegs. Since most soda distributors have converted to a bag-in-box system there are literally millions of used Cornelius kegs available on the market at very reasonable prices of around $20-30 per keg. The most popular size is the 5 ~~gallons~~.		Almost all home brewers use the Cornelius kegging system, which uses 2.5 to 5 gallon Cornelius kegs to store the beer in. Cornelius kegs are the same kegs used for many years for dispensing soda, so they are also frequently called soda kegs. Since most soda distributors have converted to a bag-in-box system there are literally millions of used Cornelius kegs available on the market at very reasonable prices of around $20-30 per keg. The most popular size is the 5 gallon keg.

	===Home Kegging System Components===		===Home Kegging System Components===

Kevincasey: /* Introduction */ added "5 gallons" as the most popular size keg

2006-07-29T13:16:53Z

Introduction: added "5 gallons" as the most popular size keg

← Older revision		Revision as of 13:16, 29 July 2006
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	The initial investment is somewhat high - perhaps $150-180 US for an initial setup. In addition, the kegging system works best if you have a suitable refrigerator, usually a second one to store the keg in.		The initial investment is somewhat high - perhaps $150-180 US for an initial setup. In addition, the kegging system works best if you have a suitable refrigerator, usually a second one to store the keg in.

	Almost all home brewers use the Cornelius kegging system, which uses 2.5 to 5 gallon Cornelius kegs to store the beer in. Cornelius kegs are the same kegs used for many years for dispensing soda, so they are also frequently called soda kegs. Since most soda distributors have converted to a bag-in-box system there are literally millions of used Cornelius kegs available on the market at very reasonable prices of around $20-30 per keg. The most popular size is the		Almost all home brewers use the Cornelius kegging system, which uses 2.5 to 5 gallon Cornelius kegs to store the beer in. Cornelius kegs are the same kegs used for many years for dispensing soda, so they are also frequently called soda kegs. Since most soda distributors have converted to a bag-in-box system there are literally millions of used Cornelius kegs available on the market at very reasonable prices of around $20-30 per keg. The most popular size is the 5 gallons.

	===Home Kegging System Components===		===Home Kegging System Components===

BrewWiki: Added pictures

2006-07-24T02:40:38Z

Added pictures

← Older revision		Revision as of 02:40, 24 July 2006
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			[[image:Corney_keg.jpg\|right\|thumb\|A Corney Keg]]
	This article provides an introduction to '''kegging''' your beer at home. Kegging beer is much easier and less time consuming than bottling, not to mention the ''cool factor'' of pouring your homebrew from a tap.		This article provides an introduction to '''kegging''' your beer at home. Kegging beer is much easier and less time consuming than bottling, not to mention the ''cool factor'' of pouring your homebrew from a tap.

	===Introduction===		===Introduction===

	So you want to start kegging? Tired of endlessly scrubbing the gunk from old bottles? Sick of the two hour priming, filling and capping exercise? Do you want to avoid priming altogether? Do you have an extra refrigerator laying around that you could mount a tap on? Want to be the envy of ALL of your friends? There are many reasons for kegging, but the most often cited is simplicity. Kegging is easier, faster and simpler than bottling your beer. It offers the convenience of being able to draw any amount of your own draft beer anytime you want by just squeezing the handle on your tap.		So you want to start kegging? Tired of endlessly scrubbing the gunk from old bottles? Sick of the two hour priming, filling and capping exercise? Do you want to avoid priming altogether? Do you have an extra refrigerator laying around that you could mount a tap on? Want to be the envy of ALL of your friends? There are many reasons for kegging, but the most often cited is simplicity. Kegging is easier, faster and simpler than bottling your beer. It offers the convenience of being able to draw any amount of your own draft beer anytime you want by just squeezing the handle on your tap.

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	===Home Kegging System Components===		===Home Kegging System Components===
			[[image:Co2_tank.jpg\|right\|thumb\|A CO2 Tank and Regulator]]
	* '''CO2 Tank''' - CO2 is used to dispense beer rather than air because CO2 will not interact with and spoil your beer. CO2 is stored at very high pressure in a tank that looks something like an oxygen or scuba tank. Liquid CO2 is measured by weight. Tanks are sold in 5 lb, 10lb and 20lb sizes and can be refilled at many locations. It costs about the same amount to fill the tank regardless of size, so a larger tank can be better if you have the space since it will last much longer.		* '''CO2 Tank''' - CO2 is used to dispense beer rather than air because CO2 will not interact with and spoil your beer. CO2 is stored at very high pressure in a tank that looks something like an oxygen or scuba tank. Liquid CO2 is measured by weight. Tanks are sold in 5 lb, 10lb and 20lb sizes and can be refilled at many locations. It costs about the same amount to fill the tank regardless of size, so a larger tank can be better if you have the space since it will last much longer.
	* '''Regulator''' - CO2 is stored at 800-1000 psi, but you want to dispense your beer at 8-15 psi. The regulator does the conversion for you. A small screw on the regulator lets you adjust the output pressure, and many have a valve to cut off the flow of gas as well. Most brewers prefer a dual gauge system. On gauge shows the pressure of the tank, and the second shows the output pressure.		* '''Regulator''' - CO2 is stored at 800-1000 psi, but you want to dispense your beer at 8-15 psi. The regulator does the conversion for you. A small screw on the regulator lets you adjust the output pressure, and many have a valve to cut off the flow of gas as well. Most brewers prefer a dual gauge system. On gauge shows the pressure of the tank, and the second shows the output pressure.

BrewWiki: /* Introduction */

2006-07-16T04:44:31Z

Introduction

← Older revision		Revision as of 04:44, 16 July 2006
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	===Introduction===		===Introduction===
	So you want to start kegging? Tired of endlessly scrubbing the gunk from old bottles? Sick of the two hour priming, filling and capping exercise? Do you want to avoid priming altogether? ~~Have~~ an extra refrigerator laying around that you could mount a tap on? Want to be the envy of ALL of your friends? There are many reasons for kegging, but the most often cited is simplicity. Kegging is easier, faster and simpler than bottling your beer. It offers the convenience of being able to draw any amount of your own draft beer anytime you want by just squeezing the handle on your tap.		So you want to start kegging? Tired of endlessly scrubbing the gunk from old bottles? Sick of the two hour priming, filling and capping exercise? Do you want to avoid priming altogether? Do you have an extra refrigerator laying around that you could mount a tap on? Want to be the envy of ALL of your friends? There are many reasons for kegging, but the most often cited is simplicity. Kegging is easier, faster and simpler than bottling your beer. It offers the convenience of being able to draw any amount of your own draft beer anytime you want by just squeezing the handle on your tap.

	There are a few downsides, however. A keg is not as portable as a bottle of beer. Its hard to take a six pack sampler of different kegs over to your friends house for dinner. Most competitions require bottled beer for registered entries. Still, it is possible to bottle from the keg using a special device called a counter pressure filler, and you can also draw a growler (glass container with a cork in it for temporary transport) if you want to take some over to a friend for dinner. Most brewers find the gain is larger than the pain of kegging.		There are a few downsides, however. A keg is not as portable as a bottle of beer. Its hard to take a six pack sampler of different kegs over to your friends house for dinner. Most competitions require bottled beer for registered entries. Still, it is possible to bottle from the keg using a special device called a counter pressure filler, and you can also draw a growler (glass container with a cork in it for temporary transport) if you want to take some over to a friend for dinner. Most brewers find the gain is larger than the pain of kegging.
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	The initial investment is somewhat high - perhaps $150-180 US for an initial setup. In addition, the kegging system works best if you have a suitable refrigerator, usually a second one to store the keg in.		The initial investment is somewhat high - perhaps $150-180 US for an initial setup. In addition, the kegging system works best if you have a suitable refrigerator, usually a second one to store the keg in.

	Almost all home brewers use the Cornelius kegging system, which uses 2.5 to 5 gallon Cornelius kegs to store the beer in. Cornelius kegs are the same kegs used for many years for dispensing soda, so they are also frequently called soda kegs. Since most soda distributors have converted to a bag-in-box system there are literally millions of used Cornelius kegs available on the market at very reasonable prices of around $20-30 per keg. The most popular size is the		Almost all home brewers use the Cornelius kegging system, which uses 2.5 to 5 gallon Cornelius kegs to store the beer in. Cornelius kegs are the same kegs used for many years for dispensing soda, so they are also frequently called soda kegs. Since most soda distributors have converted to a bag-in-box system there are literally millions of used Cornelius kegs available on the market at very reasonable prices of around $20-30 per keg. The most popular size is the

	===Home Kegging System Components===		===Home Kegging System Components===

BrewWiki at 04:43, 16 July 2006

2006-07-16T04:43:59Z

← Older revision		Revision as of 04:43, 16 July 2006
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	~~==Kegging Your Beer==~~		This article provides an introduction to '''kegging''' your beer at home. Kegging beer is much easier and less time consuming than bottling, not to mention the ''cool factor'' of pouring your homebrew from a tap.
	This article provides an introduction to kegging your beer at home.

	===Introduction===		===Introduction===

BrewWiki: Added to glossary

2006-07-03T03:13:06Z

Added to glossary

← Older revision		Revision as of 03:13, 3 July 2006
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	[[Category:Processes]]		[[Category:Processes]]
			[[Category:Glossary]]

BrewWiki: /* Kegging Your Beer */

2006-06-30T05:13:43Z

Kegging Your Beer

← Older revision		Revision as of 05:13, 30 June 2006
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	==Kegging Your Beer==		==Kegging Your Beer==
	This article provides ~~a simple~~ introduction to kegging your beer at home.		This article provides an introduction to kegging your beer at home.

	===Introduction===		===Introduction===

BrewWiki at 03:03, 28 June 2006

2006-06-28T03:03:23Z

← Older revision		Revision as of 03:03, 28 June 2006
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	If all has gone well you should be able to turn the gas off and release the pressure in the keg using the pressure relief valve on the keg (usually a small key ring on the top of the keg that you pull to release pressure. You can also let the built up pressure out your tap.		If all has gone well you should be able to turn the gas off and release the pressure in the keg using the pressure relief valve on the keg (usually a small key ring on the top of the keg that you pull to release pressure. You can also let the built up pressure out your tap.

	===Cleaning the Equipment===		====Cleaning the Equipment====
	Your keg must first be cleaned, and then sanitized. Normal detergent can be used for normal cleaning, but you cannot use bleach and some other cleaning solutions on them because they are made of stainless steel (which reacts with bleach). I personally prefer Iodophor - which is an iodine based no-rinse sanitizing fluid - Fill the keg up with water and add the recommended amount of Iodophor. Let it sit for a while, then secure the top and flip it over to sanitize the top.		Your keg must first be cleaned, and then sanitized. Normal detergent can be used for normal cleaning, but you cannot use bleach and some other cleaning solutions on them because they are made of stainless steel (which reacts with bleach). I personally prefer Iodophor - which is an iodine based no-rinse sanitizing fluid - Fill the keg up with water and add the recommended amount of Iodophor. Let it sit for a while, then secure the top and flip it over to sanitize the top.

← Older revision		Revision as of 05:43, 24 February 2008
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	==See Also==		==See Also==
	* [[Processes]]		* [[Processes]]

			==External Links==
			* [http://www.beersmith.com/blog/2008/02/14/how-to-keg-homebrew-beer How to Keg Homebrew Beer]

	[[Category:Processes]]		[[Category:Processes]]
	[[Category:Glossary]]		[[Category:Glossary]]