In this topic:
This topic explains how brining works, which cuts of meat benefit most from brining, and provides several recipes to get you started.
Brining is a method for improving the flavor and moisture content of lean cuts of meat like chicken, turkey, pork and seafood. This is achieved by soaking the meat in a moderately salty solution for a few hours to a few days. Brining also provides a temperature cushion during cooking—if you happen to overcook the meat a little, it will still be moist.
At a minimum, a brine consists of water and salt. Other ingredients may be added for additional flavor, including sugar, brown sugar, honey, molasses, maple syrup, fruit juices, beer, liquor, bay leaves, pickling spices, cloves, garlic, onion, chilies, citrus fruits, peppercorns, and other spices. Some recipes call for bringing the ingredients to a boil to dissolve the sugars and bring out the flavor of the spices, then cooling the mixture to below 40°F before use.
Sometimes a small amount of a curing agent like sodium nitrite or Morton Tender Quick (a mixture of salt, sugar, sodium nitrate, sodium nitrite and other ingredients) is added to a brine. These curing agents create a color and taste reminiscent of ham and help prevent the growth of botulism. This is important when cold smoking brined meat at temperatures below 140°F or when smoking a large brined turkey that might not reach 140°F internal temperature within the first 4 hours of cooking. Sodium nitrite and Morton Tender Quick can be purchased at butcher supply stores or from suppliers like Allied Kenco. Tender Quick is also sometimes found in larger supermarkets.
It's important to point out that not everyone likes the effects of brining on meat. Some people don't like the texture of brined meat, saying that it seems spongy. Others complain about flavor, saying that it makes meat taste too salty (or hammy if sodium nitrite or Morton Tender Quick has been added to the solution). In the end, you'll have to try brining and judge the results for yourself.
There is general agreement among food scientists that osmosis is the primary force behind brining. The Merriam-Webster Online Dictionary defines osmosis as "movement of a solvent through a semipermeable membrane (as of a living cell) into a solution of higher solute concentration that tends to equalize the concentrations of solute on the two sides of the membrane."
Osmosis attempts to balance the distribution of water and salt between meat and brine. Meat is mostly water, about 60-70%, and contains very little salt. When meat is initially brined, salt is drawn from the brine solution into the meat, while some moisture is drawn from the meat into the brine. The meat contains more salt and less water than before it went into the brine.
With a bit more time, the salt begins to work its magic on the meat. Sodium ions interact with meat proteins, causing tight wound bundles of protein to unwind and push apart. The muscle fibers relax and weaken, allowing more water and salt and flavorings to penetrate the meat. The meat now contains more salt and more water than before it went into the brine.
The relaxed proteins form a matrix that traps water molecules and holds on to them tightly during cooking, so that the cooked meat retains more moisture even if somewhat overcooked. When eating the cooked meat, it seems more tender because 1) the muscle fibers have been weakened in the brining process, and 2) our perception of tenderness is greatly affected by moisture content; moist meat is softer and perceived as being more tender than dry meat.
Cook's Illustrated magazine brined several 11-pound turkeys for 12 hours and found an average weight gain of 12 ounces after brining and 6-8 ounces after roasting as compared with 11-pound turkeys that had not been brined. In the January/February 2004 issue, Cook's Science Editor John Olson discussed an experiment in which three chickens were roasted and their weights compared. One chicken was cooked right out of the package, while the other two were soaked for the same length of time, one in plain water and the other in a brine solution. After roasting, the unsoaked chicken retained 82% of its original weight. Both soaked chickens gained 6% by weight during soaking, but the water chicken retained 88% of its original weight after roasting while the brined chicken retained 93% of its original weight. These results show that the salt in the brine solution plays an important role in moisture retention in meat.
The amount of time needed to brine meat depends on the cut of meat and its thickness. Thin cuts like pork chops and chicken pieces may need only 30-60 minutes of brine time, while a whole turkey can brine for 6-12 hours, with some recipes going as long as 24-48 hours.
Lean cuts of meat with mild flavor tend to benefit most from brining. The usual suspects include:
Poultry is probably the most commonly brined meat because it is naturally lean and gets quite dry if overcooked. Lean cuts of pork are also good candidates for the same reasons as poultry, except that in the case of pork, much of the fat (and thus flavor) has been intentionally bred out of the animal by an industry intent on providing "the other white meat" to health-conscious consumers.
Beef, lamb, duck, and other meats with high fat content and bold flavors do not benefit from brining—they're naturally moist and flavorful. They also tend to be cooked to lower internal temperatures and thus don't lose as much of their natural moisture.
Pork butt is not commonly brined because of its naturally high fat content, yet there are some recipes that do so. Brisket can be brined to become corned beef or pastrami depending on the seasonings used in the brine.
Table salt is the preferred salt for brining. Table salt is inexpensive and dissolves easily in water with some stirring. Canning and pickling salt is essentially the same thing as table salt but contains no iodine or anti-caking agent.
There's no reason to use more expensive salts like kosher salt or sea salt. Some people say that kosher salt tastes "cleaner" than table salt because it does not contain the anti-caking agents added to table salt. Some people prefer non-iodized table salt over iodized table salt, believing that potassium iodide creates an off-taste. But any flavor difference melts away when salt is diluted in large quantities of water in a brine. In an article about salt in the September/October 2002 issue of Cook's Illustrated magazine, taste testers felt that nine different salts "all tasted pretty much the same" when dissolved in water, whether it was 36¢/pound iodized table salt, 66¢/pound kosher salt, or $36/pound Fleur de Sel de Camargue sea salt from France.
Having said all that, it's perfectly fine to use kosher salt or sea salt in a brine if that's your preference.
See All About Salt to learn more about this important ingredient.
Kosher salt consists of big, flaky crystals while table salt consists of small, sand-like crystals. As a result, they don't measure the same by volume. A cup of table salt will contain a lot more salt crystals and will be much more salty in a brine solution than a cup of kosher salt. However, all salts have the same saltiness when measured by weight.
Table salt weighs about 10 ounces per cup, while kosher salt weighs 5-8 ounces per cup depending on the brand. If using kosher salt in a brine, you must use more than a cup to achieve the same salt flavor you would get from a cup of table salt.
This chart shows equivalent amounts of table salt and the two most popular brands of kosher salt in the United States.
Morton Kosher Salt weighs about 7.7 ounces per cup, making it three-fourths as strong as table salt. Diamond Crystal Kosher Salt weighs about 5 ounces per cup, making it half as strong as table salt.
What should you do if you're using a brand of salt not listed here? For any type of salt—sea salt, pickling salt, or kosher salt—measuring 10 ounces of salt on a kitchen scale will give you the equivalent of 1 cup of table salt.
The length of time meat soaks in a brine depends on the type of meat and its size, as well as the amount of salt used in the brine—the saltier the brine mixture, the shorter the soaking time. Here are common brining times found in many recipes:
It is possible to end up with meat that's too salty for your taste, so you may want to brine on the low end of the time range to see how it turns out. You can always brine longer next time, but there's no way to unbrine a piece of meat that's been brined too long.
You'll need a non-reactive container large enough to hold the meat and the brine. Best bets include:
Avoid garbage bags, used laundry detergent buckets or other plastic containers not intended for human food use. See Food Grade Plastic Containers For Brining for more information.
Also, keep in mind that the bigger the container, the more brine you'll have to make, so match the size of the container to the meat.
The meat must be completely submerged in the solution during the brining process. Place a heavy ceramic plate or bowl on top of the meat to prevent it from floating in the brine.
Place the meat in the container and cover with plain water. Remove the meat and measure the remaining water to determine the amount of brine solution you'll need to make.
If a recipe calls for brining 4 chicken breasts in 2 quarts of water with 1/4 cup of salt, there's no problem increasing to 6 or 8 chicken breasts as long as all the meat is submerged in the brine solution. It's the ratio of salt to water that matters, not the amount of meat being brined.
Brining does not preserve meat. The meat and brine solution must be kept below 40° at all times.
If storing the meat in the refrigerator during brining, check to make sure that the container will fit in your refrigerator. A container large enough to hold a whole turkey might be too big for your fridge.
If storing the meat in a cooler during brining, you must keep the meat and brine cold without diluting the mixture. Put the meat and brine directly in the cooler, then place Ziploc bags filled with ice or reusable gel packs into the brine solution. Another approach is to put the meat and brine into a turkey oven roasting bag inside the cooler, then pack ice or gel packs around the bag. Monitor the temp of the cooler to make sure it stays below 40°F at all times.
Some recipes call for rinsing meat after brining, while others skip this step. Do whatever the recipe calls for. Rinsing is common in recipes with a very high salt concentration or that contain sugar, since sugar can burn on the surface of meat during cooking.
Regardless of whether you rinse or not, make sure to pat the meat dry with paper towels before cooking.
Cooking brined poultry at "low & slow" temperatures of 225-250°F can result in soft and rubbery skin. One solution is to place brined poultry on a rack over a rimmed baking sheet, pat it dry with paper towels, and let it sit uncovered in the refrigerator for several hours. This allows some moisture to evaporate from the skin so it browns better. Try 4-6 hours for chicken and 12-24 hours for turkey.
Probably the best way to get better skin on brined poultry is to cook in the 325-350°F range. The higher temperature gets the fat under the skin hot enough so that it browns the skin.
Enhanced meat is injected by the manufacturer with a solution of water, salt, and other ingredients to enhance the moisture content and flavor of the meat. Examples include Butterball self-basted turkey and Swift Premium Guaranteed Tender Pork.
Most people prefer to brine meat that's not enhanced so they have total control over the flavor being adding to the meat. If you choose to brine enhanced meat, take care not to brine it too long, or the meat may turn out too salty. Having said that, there are people who like to brine self-basted turkeys and report that they do not turn out too salty.
See Enhanced Meat for information on how to identify enhanced meat in the supermarket.
Most chicken sold in the United States is water-chilled during slaughter. The chickens are quickly cooled by immersing them in a tank of ice-cold, chlorinated water. The chicken absorbs some water in the chilling process; this is disclosed on the package by a statement such as "May contain up to XX percent retained water". In contrast, air-chilled chicken is cooled by moving chickens through a series of refrigerated chambers over several hours, a more time-consuming and costly process. These chickens are sanitized with a chlorine mist but are not submerged in water and thus don't absorb much water during processing.
An article in the May/June 2014 issue of Cook's Illustrated magazine suggests that you will get better results from brining air-chilled chicken versus water-chilled chicken. Their tests showed that air-chilled chicken absorbed 3.5 times as much brine as water-chilled chicken. After cooking, the air-chilled chicken retained 25% more moisture and was noticeably juicier and better seasoned that water-chilled chicken. The reason for this result is that retained water limits the ability of water-chilled chicken to take-up the brine solution, so not as much salt gets into the meat to work its magic.
Can you brine water-chilled chicken? Of course, that's what most people are brining every day. But you may like the results better if you can find an air-chilled chicken at the supermarket. Cook's suggests that water-chilled chicken may be better off salted than brined.
Some people find that brined meat is just too salty for their tastes. Will a brine still work if you cut the amount of salt in half? Not according to the November/December 2002 issue of Cook's Illustrated magazine.
Cook's brined shrimp, pork chops, and whole chicken in a full-strength solution and a half-strength solution for 1 hour per pound. After cooking and tasting, they found that the meats brined at half-strength were a lot less salty than those brined at full-strength, but the improvement in moisture content was marginal, at best. In fact, for shrimp and chicken, Cook's felt that there was no point in brining at half-strength at all.
"If you are very sensitive to salt, we recommend that you skip brining," says Cook's.
Cook's tried using salt substitutes in a brine solution and found that they work. They recommend using a salt substitute that contains a mix of sodium chloride and potassium chloride, as products containing potassium chloride only produced an off-taste, in their opinion.
Discard the brine solution after use. The brine will contain proteins, blood, and other stuff from the meat that soaked in it. From a food safety standpoint, it is not advisable to reuse brine, even if it is boiled first.
Meat can be brined and frozen for later use. As with any meat that is frozen and thawed, some texture and moisture is sacrificed because ice crystals damage the meat cells in the freezing process. The issues of freezer burn and changes in color and taste with prolonged freezing also apply.
An article in the May/June 2014 issue of Cook's Illustrated magazine discussed how much sodium is in brined meats. Cook's sent cooked samples of boneless, skinless chicken breasts, boneless center-cut pork chops, and skinless salmon fillets that they had brined for their standard recommended brining times to an independent lab for analysis. They also tested cooked samples soaked only in water so that naturally occurring sodium could be accounted for and subtracted. They found that brining added 270 milligrams of sodium (equivalent to less than 1/8 teaspoon of salt) to the chicken breast, 218 milligrams (less than 1/8 teaspoon of salt) to the pork chop, and 173 milligrams (just over 1/16 teaspoon of salt) to the salmon fillet.
To put these results into context, The Dietary Guidelines for Americans, 2010 recommend less than 2,300 milligrams of sodium daily for people under 51 and less than 1,500 milligrams daily for people 51 and older.
Finally, here's a popular brine recipe from Alton Brown.
If you're interested in learning more about the brining process, check-out these books:
For more turkey brining recipes and information, see these resources:
© 1997-2014 Chris A. Allingham LLC
This site is a participant in
the Amazon Services LLC Associates Program, an affiliate advertising