The biggest mistake a brewer can make is to spend time and money making a quality beer wort or wine must but fail to take the time to clean and sanitize their equipment. All kinds of surprises await the brewer who uses unclean equipment- bacterial infections, wild yeast ferments, gushing bottles, a plethora of off-flavors and aromas... The first step to consistent and predictable results is employing sanitary procedures.
First, it's important to understand that cleaning and sanitizing are two separate procedures, neither one difficult. Cleaning is the act of removing physical particulate matter from something, such as your fermenter. If you have, for example, dried yeast stuck on the sides of your fermenter after doing a ferment, use an appropriate cleaner such as Oxygen Brewery Wash, PBW, or OneStep to help break up the particulates and scrub the surface with a non-abrasive scrubber, brush, or towel. Dish soap is not recommended as soap residue can produce off-flavors and aromas in your product.
Used bottles often benefit from a cleaning as there may be dried yeast sediment or other material in the bottom. The best way to reduce your time and energy cleaning is to clean as soon as possible; rinse bottles out well immediately after emptying them and don't let dirty fermenters sit for long without cleaning. Once particulates dry, they are much harder to remove from surfaces.
Once your equipment is clean, you must sanitize it before subjecting your beer, wine, or other beverage to it. Sanitizing is killing 99.99% of all microorganisms on a surface. To do this, use a food-grade sanitizer such as IoStar or StarSan; bleach is not recommended as it is not food grade, may be difficult to remove from plastics, and trace amounts can produce off-flavors and aromas. Merely mix sanitizers to the recommended concentrations and make sure that the sanitizing solution thoroughly contacts all surfaces of any equipment that will come in contact with your beer or wine. This includes fermenters, airlocks, siphoning equipment, bottles, etc.
Sanitizing procedures should be done just prior to use. Sanitizing a week, day, or even hours prior to using the equipment does no good as it may become recontaminated by airborne yeasts and bacterias in that time period.
If this sounds complicated or like a lot of work, it really isn't. It is, however, absolutely necessary and should never be dismissed. Happy brewing!
1/4" Flare Nut w/ Tailpiece
These flare hexnuts attach to any 1/4" male flare threads, such as those found on MFL disconnects. You have the option of either a 1/4" barb or 5/16" barb; the former is used for liquid (beer) lines, whereas the latter is common for gas (CO2) lines. Swivel nuts are chrome-plated, but barbs are stainless.
2- Way Gas Manifold
3- Way Gas Manifold
6- Way Gas Manifold
Gas manifold with shutoffs. Hook up 6 gas lines at once.
Ball Lock Fluid Disconnect (1/4" barb)
Ball Lock Fluid Disconnect (MFL)
Ball Lock Gas Disconnect (1/4" barb)
Ball Lock Gas Disconnect (MFL)
This combo, which includes gasket, fits on the liquid out of a Sankey coupler.
Contains: 5 lb. Aluminum CO2 Tank, Primary Dual Gauge Regulator, 5' Black Tubing 3/16" I.D., 5' Red Tubing 5/16" I.D., Picnic Dispensing Faucet, Black Liquid Disconnect With 1/4" MFL, Gray Gas Disconnect With 1/4" MFL, Hex Nuts For MFL Disconnects, Swivel Barbs For MFL Disconnects and Hose Clamps.
A cornelius keg (also known as a Corney or soda keg) is a metal container (keg) originally used by the soft drink industry, used to store and dispense homemade brews. Refurbished to hold pressure, meaning faulty components and gaskets have been replaced. You'll still need to clean/sanitize prior to kegging. Fits 5 Gallons of homemade deliciousness
Cornelius Keg- AEB
A cornelius keg (also known as a Corney or soda keg) is a metal container (keg) originally used by the soft drink industry, used to store and dispense homemade brews. These beauties are brand new, so you will not have to replace lids, gaskets, poppets, or anything for quite some time. Also, there's no residual glue or tape to remove. What can we...