Barbecue Corned Beef Brisket

Around the middle of March each year in America, many folks wear green to usher in St. Patrick’s Day. Many are not even Irish but use the day to celebrate Irish and Irish American culture with green decorations and by drinking lots of green beer. The traditional dish for this day is of course corned beef and cabbage with potatoes and there are numerous variations of this Irish dish. Corned beef is often the brisket cut which comes from the chest muscles of a cow. It’s salt-cured so it’s pretty salty and the usual method is to simply simmer the meat and use the remaining salty broth to cook the cabbage and potatoes. In its boiled version, the taste is quite bland but if you cook the brisket in a barbecue pit, you bring a lot more flavor due to the color and flavor that smoke imparts to the meat. Also, in the pit, you will be able to form a nice flavorful crust resulting from a chemical reaction called the Maillard reaction which makes it much more tasty and appetizing than just simmering the meat. My barbecue corned beef recipe is pretty delicious, and it gives me an opportunity to explain what happens when you put meat in pit and cook it low and slow around 250 to 275 degrees. In my previous writings, I’ve never elaborated on the mechanics of how meat is flavored and colored as it cooks in a pit because the meat is covered in some kind of barbecue dry rub so you cannot see the underlying chemical process. In this recipe, I’ll share the technical aspects on how wood and smoke affects food because I can now show you what happens because the corned beef is smoked without any additional seasonings. This knowledge has helped me win many awards and championships. I’ve attached some pictures which will help me illustrate what is happening.

Contrary to what most people think, cooking barbecue does not require smoke billowing out of your pit. In fact, the number one mistake I’ve seen beginners make most often is to over smoke their meat. The billowing smoke from a pit is actually made up of small particles in the form of soot, tar, and water in the form of steam. The visible smoke from a pit does not do anything at all to your meat besides make it sooty. The flavor and color of smoked meat actually comes from gasses that are invisible and these invisible gases do almost all the coloring, flavoring, and preserving of the barbecued meat. Sound intriguing? Read on. Wood contains a hard polymer called lignin which accounts for up to a third of its weight. When you heat wood in a pit, the heat causes a chemical reaction called pyrolysis when the wood begins to smolder and this releases vaporized organic gases (VOC). At about 390 degree Fahrenheit, pyrolysis causes many types of a class of gases called carbonyls to be released. The carbonyls vapors begin the process of coloring your meat so whether you smoke chicken or pork, the smoky brown color imparted is the same. At around 590, pyrolysis releases another class of colorless gases called phenols and there are many kinds. The phenols create the flavor and preservative properties of smoked meats. At around 750-800 degrees the crescendo of carbonyls and phenols reaches full effect. That’s why any seasoned pitmaster will tell you, the kind and temperature of smoke you create is very important. They probably don’t explain it like I have. If your smoke is too “cold”, your meat will be acrid and acidic. If your smoke is too “hot”, you bypass the sweet spot by which carbonyls and phenols are converted from the lignin in your wood and you won’t get a great crust (Maillard) and sheen (pellicite) on your meat. So, it takes a bit of practice to generate good smoke to create great barbecue. The next time you start up your pit and you see billowing smoke, you’ll realize that the visible smoke won’t do much. The heavy lifting is actually done by colorless gasses called carbonyls and phenols interacting with the protein, sugars, and carbohydrates on the meat and spices. Whenever I run my pits, I ensure that I’m in the Goldilocks range of the VOCs, not too hot and not too cold.