Stolen and rehosted without shame. I own plenty of Lodge cook ware.
Category Archives: technique
On Beef Jerky
Notes and observations around making beef jerky.
Meat
Leaner is generally better. Fats in the meat turn rancid and spoil the final product, with fattier cuts spoiling sooner than more lean cuts. Fattier cuts also tend to have more collagen and connective tissue, which is harder to render at dehydration temperatures. This lends to a tougher, stringier chew.
In order of my preferences:
- Lean Flank
- Eye round
- Bottom round (London broil)
- Top round
- Brisket flat
- Skirt
Slicing
When meat dehydrates, the fibers in the muscle dessicate and contract, making the final product chewy and sometimes fibrous. When preparing meats for jerking, slicing the meat across the grain shortens the muscle fibers and connective tissues, allowing the muscle to expel more liquid but remain tender. Slicing meats along the grain tends to render a tougher, more fibrous product.
If slicing with the grain, you may want to tenderize the meat first with a meat hammer, or use a meat tenderizer in the marinade. This will help to break up the long muscle fibers and connective tissues and muscle fibers that make the meat chewy.
Some meats like Flank or Skirt are striated muscles, with bundles of muscle fibers running the length of the cut. When jerked, these cuts may tear or break while dehydrating if cut directly perpendicular to the grain. These cuts in particular work well when slices on a bias against the grain.
Marinade
The meat can be marinated in either a wet brine, or dry rub marinated rub overnight Many of the wet marinade recipes I’ve researched seem rely heavily on Soy sauce and Worcestershire sauce for their salt and umami. Soy sauce contains around 15% salt by weight, depending on the brand and style, and glutamates that give the flavor that “deep, dark roundness” called umami.
Worcestershire contains about 3% salt by weight. It also contains glutamates derived from onion and anchovy. Worcestershire sauce is sweeter than soy sauce, and has a blend of peppers and spices.
Generally, recipes seem to fall around 12% salt and 6% sugar by weight. Where water is added, additional salt is added to maintain 12% salinity.
Note: Sea water is between 5% and 7% salt by weight. Jerky marinades tend to be saltier in part to help cure and tenderize the meat. Many cuts of beef stand up well to a heavy salting.
In my recipes, I mainly rely on a 2:1 blend of Soy Sauce and Tamari, with one additional part of Worcestershire sauce. The combination gives a savory depth without over-expressing the soy flavors.
For sweetness, I use either honey or brown sugar depending in the recipe, though I have considered molasses, teriyaki and Mirin. I tend to like a more savory jerky, so I stick closer to 6% total sugar. Many prefer a sweeter product (e.g., teriyaki) and may find sugar 8% to 10% by weight more palatable.
The remainder of the marinade is spice and aromatics. Many marinades rely on granulated onion and garlic as the backbone, leveraging different pepper blends to round out the flavors. Depending on your preferences, you can also add aromatic herbs such as oregano, thyme or rosemary, and pickling spices such as ginger, allspice, mace or turmeric.
Sometimes liquid smoke is added, if not drying in a smoker.
Curing salts
Some recipes call for curing salt in the form of Morton Tenderquick, or Prague Powder. Curing salts contain nitrates that help to preserve the final product, protecting against spores and bacteria that contribute to botulism and other food borne illnesses. Cured meats have a longer shelf life, and may not require refrigeration.
Tenderquick and Prague Powder are not interchangeable in recipes. Carefully read the instructions for both, and follow the addition rates for the recipes carefully.
I use Prague powder #1 in my marinades at a 0.5% by weight.
Dehydrating
The dehydration process removes moisture from the meat both in the form of water, and in rendered fats that drip from the meat itself. Meat will lose between 50% and 60% of its weight through the dehydration process. That is, a 2 pound cut of beef will render about 1 pound of jerky. Most jerky sits at around 10% water by weight, with drier meats being more brittle and chewy.
When drying the meat, it should be heated between 165°F and 200°F, with good air circulation. The goal is to pasteurize the meat by raising the internal temperature of the above 145°F and holding it for several hours. This process kills any remaining microorganisms that could contribute. to food borne diseases. Fats and collagens begin to render and melt at 165°F, further tenderizing and desiccating the meat. Certain proteins in the meat begin to denature above 190°F and water boils at 212°F, both of which change the character of the final product.
Cooking times are always approximate, as drying time varies with the particular style of cut, thickness of the slices, water content, fat content, air temperature and humidity. Begin checking the meat as early as the earliest estimates, and remove any finished pieces when the complete.
However the product is dried, it is finished when the meat is stiff enough to support itself when held out parallel to the ground, and bends without cracking. Expect some carry-over, as when cooking a roast or a bird. Be careful not to dry the meat too much, as it can become too chewy or leathery.
Oven
The most widely available method to dry jerky is in the oven. Lay the strips out in a single layer and spaced to allow airflow on a cooling rack over a rimmed sheet. Preheat the oven to 175°F and place the pan inside. Maintain heat until the meat is dried, about 5-10 hours
Food dehydrator
Lay strips out in the dehydrator trays in single layers, allowing adequate space between the strips for air flow. Set the dehydrator for 165°F and allow 6-8 hours to dry, rotating stacks occasionally.
Smoker
A smoker provides a more authentic, if more labor intensive drying process. The goal here is to provide a low, even heat, maintaining between 165°F and 190°F, and to impart a smoke flavor without adding too much. Electric smokers in particular can impart a resinous, almost acrid flavor to a product if smoked too hot, or for too long. With wood smoke, plenty is plenty, and less is more.
As with the oven, arrange the slices of meat on a cooling rack over a drip tray, leaving space between for air and smoke to circulate. Preheat the smoker to 170°F, and place the tray.
If using a wet brine, allow 90 minutes without smoke for the meat to sweat and the fats begin to render. After 90 minutes add enough wood to allow for 30 minutes to 60 minutes of smoke abd monitor for a thin blue smoke. After 1 hour, remove the wood and allow 6-10 hours for the meat to dry.
If using a dry brine, add a water pan for the duration.
On refractometers and systemic errors
Allow me to be the first to say, “rookie move.”
I mentioned in a prior post that I have been chasing a mysterious loss of efficiency in my brew process lately. About a year ago, I acquired a bunch of new equipment and more or less completely changed my brew day process. Around that time, I started using fly sparging instead of batch sparging. I started using BeerSmith 2 to design and track my brews. I also acquired a refractometer that I began using to monitor my mash process. It was about that time I also noticed that my efficiency seemed low for some reason. It seemed reasonable to me that it probably had something to do with the process I was using around the new equipment, and I started to fuss over my gear. Was the sparge arm really working out for me? What a waste of cash! Is the crush right? Try a different brew shop, and another, and another! Are my thermometers reading right? Get new thermometers! Calibrate all the things! Then I started to obsess over the numbers. I was always 15-20 points low on my gravities. I started to dread brew days. I obsessed over little mistakes, which in my mind became the reason this particular brew fell flat. I was making some great beer, sure, but I knew it wasn’t what it could have been. That IPA of mine that you liked was really supposed to be an IIPA. It felt like I was serving lies, and it made me sad.
Maple, Bacon and Bourbon Turkey fry!
I volunteered to contribute a fried turkey to our Festivus staff lunch today, and had planned to fry the bird on site. The logistics of carting along the fryer, propane, carving kit and work table were complicated by rain in the forecast. I didn’t feel comfortable frying under the overhang on our loading dock, and didn’t want to stain the concrete. I was feeling too lazy to bring a canopy along, so I just did the fry at home and brought the hot bird in. I had wanted to share the process with some of the guys at the office, so I took some shots and video for them.
The brine was the best part. I adapted another recipe I had and brined the bird overnight. It’d make a great injection marinade as well.
It’s always a little dodgy running a hot fryer under a cannot like this. The vinyl cloth gets soft and sags, collecting rain water. I really need to get a new canopy. Still, this did the trick for today. That’s my 110k BTU burner under there.
Keggle time!
I scored a pair of half barrel kegs from a friend and benefactor, and am working on two conversion projects. The first, my brew kettle, is more or less done. That was a quick 20 minutes’ work with a pencil, angle grinder and drill. Next brew day will be conducted without any fears of boil over.
My other project is a mash tun conversion. In researching electric brewing, I came across a few electric RIMS mash tun designs that look interesting. There are also options to invert the Sanke fitting and use it as a bottom drain. Between that and the potential for future RIMS brew kettle conversion, I think I should start planning for indoor brewing.
I wasn’t looking to scale up. Why do I always do this to myself?
Kegerator Tap Conversion – Part 1
It feels like you’re not a serious home brewer unless you’ve got at least one kegerator in your house. I recently converted an old fridge. This is my story. Continue reading
Cooking with OIL!
I’ve been hearing a lot about fried turkey over the last few years. Mostly what I had been hearing was, “ZOMG you’ll burn your house down! Don’t do it!!” Naturally I was intrigued when I saw the turkey fryer kits at the local hardware store. I decided to throw caution to the wind and fry us up a turkey for Thanksgiving. I mean, how dangerous can it be, really? People down on the bayou have been doing this for a long time, and they don’t burn their houses down. Clearly I had fallen prey to the fear mongering in the nightly news. Yes, my manhood was being challenged.
I acquired the fry kit, and set about researching what would be needed to safely bring this bird home to roost. I watched a number of how-to videos using strongly-worded, dire warning about the dangers of accidental injury, property damage and even death. A wet or frozen bird would not be suffered. A common theme among all the videos was that this was not to be approached lightly, and would, in fact, require infrastructure. At minimum, it would require a fire extinguisher and safety gear in the form of aprons and heavy gloves. Construction of a gantry incorporating a system of rigging would not be uncalled for. Clearly, this project was taking on the overtones of a moral imperative. I set about acquiring my materials and got to work. My turkey gantry takes shape.
The recipe, then:
- 1 turkey, 14lb, thawed and rinsed
- Add to a large vessel: 2 gallons cold water, 1 cup packed brown sugar, 1/4 cup kosher salt and 1 cup of maple syrup. Stir to dissolve the ingredients.
- Immerse bird in the brine solution, and cover with ice. Top off with more cold water to cover the bird. Set aside for 8 to 18 hours.
For the fry:
- 5 gallons canola oil heated to 325-350 dF. Be sure not to overheat the oil.
- Dry the turkey inside and out
- Rub down with salt and pepper
- Lower the bird SLOWLY into the deep fryer
- Fry at 325-350 dF for approximately 45 minutes, or 3 minutes per pound.
- Remove bird when a thermometer reads 150 dF from the breast and thigh.
- Place bird in paper bag, and place paper bag in plastic shopping bag to absorb extra oil.
- Allow 30 minutes for carry-over to head the bird to 160 dF
This year’s turkey has to have been the most succulent, juicy turkey I’ve ever had. We didn’t even use the gravy that was on the table.