Many folks here run Pop’s brine and have wild good success. There are a lot of discussions about nitrite concentrations and how we agree that 156ppm nitrite are the standard prescription. With brines things swerve off the track a bit because we have to calculate uptake in the meat. Sadly there is no good way to calculate that and it’s more of a guess. FSIS suggests that a 10% uptake is maximum. You can also inject for a more known quantitative measure, but let’s look a little deeper into what is actually in Pop’s brine to get a better understanding of what we are potentially applying to our meat.
Pop’s Brine.
1 gallon of water.
1 cup of salt (pickling or granulated salt no iodide)
1 cup white sugar
1 cup brown sugar
1 heaping Tbs of cure #1
That is the original brine mix and is all I’m dealing with here. There are other formulas and I can and will address those if asked to.
Your mileage may vary on my weights but they will be in the park.
solve for nitrite in the brine: with 1 heaping Tbs of cure #1 and 1 Gallon of water with 1 cup of pickling canning salt.
1 gallon of water weighs 8.33 pounds or 3781.82 grams
1 heaped Tbs of cure #1 weighs 26g on my scale
1 cup of pickling salt weighs 288g on my scale.
SOLVE for NITRITE:
26 x .0625= 1.62 x 1000000= 1625000 / 3781.82= 429.6 ppm nitrite in the brine.
SOLVE for SALT PERCENTAGE:
1 cup = 288g
288g + 26g (cure #1) = 314g
314+3781.82=4095.82 total weight.
314/4095.82 = .076 x 100% = 7.66% salt.
So with Pop’s brine we are working with 429 ppm nitrite and 7.66% salt.
Sugar matters no for curing.
So in cure the FSIS / USDA says that 10% uptake is maximum.
If we apply that 10% maximum we will get about 43 ppm nitrite and about .76% salt from Pop’s brine.
Maybe it works fine but just giving you a base line of where it is. Clearly no way close to 156 ppm. It is on the absolute minimum scale, does it work, yes it does, but this gives you a scale of what works with cure and salt. This is absolutely the minimum I would suggest. Curing happens over a range not just one set value. Use this information to your benefit.
Pop’s Brine.
1 gallon of water.
1 cup of salt (pickling or granulated salt no iodide)
1 cup white sugar
1 cup brown sugar
1 heaping Tbs of cure #1
That is the original brine mix and is all I’m dealing with here. There are other formulas and I can and will address those if asked to.
Your mileage may vary on my weights but they will be in the park.
solve for nitrite in the brine: with 1 heaping Tbs of cure #1 and 1 Gallon of water with 1 cup of pickling canning salt.
1 gallon of water weighs 8.33 pounds or 3781.82 grams
1 heaped Tbs of cure #1 weighs 26g on my scale
1 cup of pickling salt weighs 288g on my scale.
SOLVE for NITRITE:
26 x .0625= 1.62 x 1000000= 1625000 / 3781.82= 429.6 ppm nitrite in the brine.
SOLVE for SALT PERCENTAGE:
1 cup = 288g
288g + 26g (cure #1) = 314g
314+3781.82=4095.82 total weight.
314/4095.82 = .076 x 100% = 7.66% salt.
So with Pop’s brine we are working with 429 ppm nitrite and 7.66% salt.
Sugar matters no for curing.
So in cure the FSIS / USDA says that 10% uptake is maximum.
If we apply that 10% maximum we will get about 43 ppm nitrite and about .76% salt from Pop’s brine.
Maybe it works fine but just giving you a base line of where it is. Clearly no way close to 156 ppm. It is on the absolute minimum scale, does it work, yes it does, but this gives you a scale of what works with cure and salt. This is absolutely the minimum I would suggest. Curing happens over a range not just one set value. Use this information to your benefit.