Food Archives - Brew Your Own https://byo.com/beer-style/food/ Tue, 09 Sep 2025 16:14:13 +0000 en-US hourly 1 https://wordpress.org/?v=6.8.3 https://byo.com/wp-content/uploads/cropped-byo-site-icon-100x100.png Food Archives - Brew Your Own https://byo.com/beer-style/food/ 32 32 Why Dry? Cooking With Fresh Spent Grain https://byo.com/articles/why-dry-cooking-with-fresh-spent-grain/ Mon, 10 Feb 2025 17:23:26 +0000 https://byostg.wpenginepowered.com/?post_type=article&p=364535 While the crafty homebrewer may have given the usual process of cooking with spent grain a try — which generally requires drying the grain, grinding it into a flour, and then using it in a recipe — there is a much easier approach. Simply use it wet right after your brew day. A trained chef and homebrewer shares advice on doing it right, plus five delicious recipes.

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Why Dry? Cooking With Fresh Spent Grain

Save for the occasional extract batch, most of my homebrews are of the all-grain variety. Just like anyone else choosing this format for their brews, at the end of a brew day I’m left with a decent amount of spent grain and the lingering question of what to do with it. Depending on your batch size and brewing frequency, you may find yourself generating lots of this brewing byproduct. Many brewers simply dispose of their spent grain either in the trash or in some convenient dump site located on or near their property. For those looking to alternative methods of disposal, lots of brewers, especially those on the commercial side, partner with farmers to pick up and haul away spent grain to use as animal feed. Some homebrewers compost their spent grain while some save it for further processing into tasty treats for their canine companions. I’m here to present an additional outlet for spent grain, which is also my favorite way to utilize it, and that’s in the kitchen.

I’m so passionate about culinary uses of spent grain that this is my second contribution to BYO on the topic. A previous article “Cooking with Spent Grains” in the December 2022 issue focused on the usage of spent grain that is first dried to remove all residual water, then milled into a flour-like consistency and substituted for regular flour in recipes. For this article, my goal is to make it even easier to use spent grain in recipes by skipping the drying and milling steps altogether. It turns out that fresh (undried) spent grain makes for a wonderful addition to all kinds of recipes both sweet and savory.

What is Spent Grain? 

A little recap here before we go any further. When brewing beer, a base malt (or malts) serves as the main source of fermentable sugar in the wort that’s created during the mashing process. The primary ingredient in your base malt is almost always barley. “Specialty” malts can be used to provide color and deeper flavors to beer. Adjuncts (non-barley-based additions) can also be used for a variety of reasons (for example, body and/or flavor enhancement). These additions can take the form of oats, corn, or rice, to name a few. Spent grain is the solid matter left behind once you drain off the wort. Typically, it can’t be reused for beermaking because most all of its sugars have been extracted during mashing. 

Options for handling spent grain typically fall into two categories: Disposal and reuse. A typical 5-gallon (19-L) batch will leave a homebrewer with 20+ pounds (9+ kg) of wet spent grain leftover at the end of mashing. As brewing is already a resource-intensive process, I try to reuse as much as possible during a brew day, even spent grain. While I may not be able to use a full batch’s volume of spent grain in the kitchen after every brew, I can surely use some of it. Many commercial brewers have realized this potential, saving some of their spent grain for use in the production of both human and dog treats to be resold at the very same brewery that generated the spent grain. Turning a waste-stream into cash — I love that! 

Preparing fresh spent grain for cooking

In my previous article, I detailed the steps required to transform spent grain into a flour-like product that can be substituted into recipes in place of all-purpose flour. For this article, there isn’t any special preparation needed other than cooling. Once cooled, fresh spent grain can be immediately added or substituted into a recipe as needed or desired. If needed, fresh spent grain can be further broken down into smaller bits with a food processor. Fresh spent grain can be stored cold if there isn’t an immediate need to use it in a recipe. It will keep in the refrigerator for up to two weeks in a sealed container. For longer storage times, I’ve had success freezing fresh spent grain for up to three months with no detectable change of quality. 

How to Approach Culinary Usage of Spent Grain

There isn’t a magic formula here, especially if you’re not afraid of a little trial and error, however, you should not attempt to replace 100% of the regular wheat flour with spent grain. Flour, when combined with water and mechanical action (kneading or mixing), will create gluten. Gluten is responsible for providing structure, elasticity, texture, and mouthfeel to baked goods. While barley does contain gluten, it doesn’t contain nearly as much as wheat does (and gluten proteins are denatured to some degree during normal mashing and sparing). If too much wheat flour is replaced by barley, then you run the risk of not having an adequate amount of gluten to achieve the intended result. For example, a pizza crust may be more cracker-like instead of stretchy. To mitigate this, one alternative would be to use bread flour or another flour that’s high in protein. This additional protein will be conducive to the creation of gluten, just note that this won’t be appropriate for all recipes. I don’t recommend using bread flour in recipes that require a more delicate “crumb,” or texture, i.e., cakes, cookies, cupcakes, muffins, or quick breads.

My general rule of thumb for substitutions is as follows: 

For traditional yeast-leavened breads and pizza dough, I’d begin by swapping out 25% of the wheat flour with fresh spent grain. 

For everything else, including cookies, brownies, cakes, quick breads (bread leavened with baking powder and/or baking soda) and muffins, pancakes, or waffles, I generally swap out 50% of the flour called for with fresh spent grain.

If you’re unsure how much spent grain to substitute, I recommend starting with 25% and increasing that amount if you are happy with the results. 

Recipes will list ingredient quantities either by weight (for example, 8 oz./227 g) or by volume (for example, 1 cup) — I wouldn’t really get too caught up here as percentages can be applied in both scenarios. In other words, in any given recipe, you can exchange wheat flour for spent grain at a 1:1 ratio. The process is very similar to swapping out one type of flour in a recipe for another (i.e., replacing all-purpose flour with whole wheat flour). There are sometimes gluten tradeoffs to be made in those kinds of swaps as well, but that’s beyond the scope of this article.

The best advice I can offer is to not be afraid to experiment on your own to dial in your own swapping percentages. If you’re happy with a recipe’s result, then make no further changes, or feel free to experiment by increasing the amount of spent grain. And vice versa.

Many of my favorite cooking recipes use ingredients that are referred to as adjuncts in the brewing process. This was a good starting point in considering how to apply spent grain into recipes. Let me share a few examples: 

My cornbread recipe contains a mix of flour and cornmeal. My Mexican lager, Kentucky common, and cream ale recipes all contain at least 10% flaked maize in their grain bills. Spent grain generated from those brew days makes a nice addition to cornbread, as well as pancakes and Johnny cakes. 

I can’t make oatmeal raisin cookies without oats. Oats feature prominently in both my house New England IPA recipe as well as any oatmeal stout. 

Some beers, like hefeweizens and witbiers, contain high proportions of wheat in their grain bills. Spent grain produced by those brews would be easy to swap in just about any recipe. 

For recipe development, I like to look for common ingredients as well as common colors. For example, spent grains from almost any dark brew are great substitutions into chocolate brownies and chocolate chip cookies.  

Using spent grains will impact a recipe’s flavor as well as texture, often for the better. All-purpose flour is highly refined and designed to not have any real discernible flavor. It’s in your baked goods to provide structure and that’s about it. Barley, along with whatever else is in your spent grain mix, will undoubtedly lend more depth of flavor to whatever items you prepare with it. An immediate flavor characteristic that I notice with most spent grain is a very subtle nuttiness. Depending on the beer brewed, its spent grain will impart other flavors as well. For example, when I brew a stout, some percentage of my grain bill will consist of darker roasted barley, which lends roasty, almost chocolate-like notes to food items like brownies or a molasses-based quick bread. 

Recipes

I brew many different styles of beer at home and each style has its own unique grain bill — resulting in different combinations of spent grain that will impart their own flavor characteristics to the recipe made. The recipe examples I present here demonstrate applications of spent grain across a variety of different beer styles. 

No-Knead Spent Grain Pizza Dough

My family always looks forward to homemade pizza night. It’s one of the ultimate comfort foods. There are many options available when choosing a dough to use for the pizza’s backbone. Many grocery stores and specialty markets stock frozen and fresh pizza dough as well as a myriad of gluten-free options. Making pizza dough at home is a great alternative to purchasing it. There’s not much that’s needed to make pizza dough beyond flour and yeast, and these ingredients are relatively inexpensive. I think the biggest barrier to entry is the kneading time, which for this recipe can be upwards of 10 minutes, whether performed by hand or with a stand mixer fitted with a dough hook. The long kneading time (this is the “mechanical action” step) is required to develop the proper consistency and elasticity that we’ve come to expect from pizza dough. I figured it would be more convenient to buy pre-made pizza dough until I stumbled across a wildly different and much faster way by employing a food processor to shorten total kneading time to about 2 minutes. 

At first, I was skeptical, but once I prepared this recipe for the first time I was hooked. This is the real deal! I like this dough a lot better than any other pizza dough I’ve bought from the store. I won’t get into the science at work here but there are definitely a few things that make this recipe work. After the first round in the food processor, the dough rests for 10 minutes. In that time the flour has ample time to hydrate and that’s important because water is the last key ingredient required for gluten-formation. The dough also proofs in the refrigerator — I recommend at least 24 hours and no more than 72. Remove the dough from the refrigerator and allow it to reach room temperature prior to shaping it — this allows the dough to “relax,” and it will then be easier to form. If you don’t use the dough after 72 hours of refrigeration, wrap it in plastic wrap and freeze for use at another time. This dough can also be used to make killer focaccia too.

Ingredients

6.7 oz. (190 g) all-purpose flour
2.5 oz. (70 g) fresh spent grain (I recommend spent grain from a lighter beer)
2 tsp. canola oil
1 tsp. sugar
¼ tsp. active dry yeast
6 oz. (170 g) cold water
0.2 oz. (5 g) salt

Step by Step

In the bowl of a food processor fitted with a metal blade, combine flour, spent grain, oil, sugar, and yeast. Process these ingredients until combined, about 5–10 seconds. 

With the food processor running, slowly pour the water into the food processor through the feed tube. After the water has been added, continue to process the dough until everything is combined and there’s no dry flour remaining, about 45–60 seconds. Turn off the food processor and let the dough sit undisturbed for 10 minutes. 

After 10 minutes, sprinkle the salt on top of the dough and process for another 45–60 seconds or until the dough forms a satiny, sticky ball that no longer sticks to the sides of the food processor. 

Remove the dough and form it into a ball with your hands. Place the dough ball into a bowl that’s been lightly oiled. Make sure to very lightly coat the entire dough ball with oil, then cover the bowl tightly with plastic wrap. Place bowl in the refrigerator for at minimum few hours, all the way up to three days.

To make the dough easier to shape, take the dough out of the fridge two hours prior to making pizza and allow it to warm to room temperature. 

After two hours, preheat oven to 500 °F (260 °C). Lightly flour your countertop and shape the dough to your liking. I prefer to form this dough on the thinner side to promote faster cooking time. Top your pizza as desired and cook about 10 minutes.

No-Bake Chocolate Protein Bars

As an active person with a reasonably fast metabolism, I find it hard to make it through the day without at least one snack between meals. I like the idea of protein bars, especially as a pre- or post-gym snack, but I’ve grown so tired of all the protein bars on the market that I can’t really bring myself to eat them. They either taste like chalk, are too hard or chewy, and contain more ingredients than they probably should, especially ones that I can’t pronounce. I started experimenting with homemade protein bars a few months ago and I can say that they are actually very easy to make as there’s no cooking involved, they require only one bowl, they don’t call for any fancy or obscure ingredients, and as a bonus, all of the ingredients are easy to pronounce and explain. 

The beauty of this recipe is its flexibility. For example, you could swap the chocolate protein powder for peanut butter protein powder, use peanut butter instead of almond butter, add in a ½ cup of sugar-free chocolate chips and omit the cocoa powder and you’ve got Peanut Butter Cookie Dough Protein Bars.

The recipe is also adaptable in that you can use whatever spent grain you have on hand or you can pair certain spent grain for certain protein bar combinations. For example, I like the spent grain from a darker brew in this recipe. If I was making the Peanut Butter Cookie Dough Protein Bars, I might opt to use a lighter spent grain.

Ingredients

1¼ cup almond butter 
¾ cup fresh spent grain
¾ cup chocolate protein powder
1/3 cup maple syrup
2 Tbsp. cocoa powder
1 tsp. vanilla
¼ tsp. Kosher salt

Step by Step

Place all ingredients into a large bowl and stir thoroughly to combine. Tip: If your almond butter is firm and not easy to stir, after portioning it out, place it in the microwave and heat it up in short bursts until it reaches a pourable consistency. This will make it much easier to mix everything together. With that said, the mixture will still be quite thick. 

Line an 8 x 8-inch (20 x 20-cm) Pyrex dish with parchment paper. Place the protein bar mixture into the lined Pyrex dish and evenly distribute it, packing it down as you work to ensure even thickness.

Freeze for 30 minutes until it solidifies, then take out and cut into 8-12 individual bars. 

These bars are best stored in the freezer and can be eaten right from the freezer too. 

Spent Grain Chocolate Brownies

This is my go-to recipe when I want a rich, chocolate, and immensely satisfying brownie. There is nothing fancy or revolutionary about this recipe save for the optional addition of ground espresso, which serves to intensify the chocolate flavor. I tend to prefer my brownies a bit on the gooey side so the 30-minute baking time in my oven is just enough time to yield slightly chewy edges without sacrificing a slightly molten brownie interior. Because of that, it is necessary to give the brownies ample cooling time to firm-up before slicing. The spent grain addition here works well, adding some texture and nuttiness to the finished brownies. Using spent grain from a darker brew, for example a stout or porter, will also turn up the roastiness and chocolate flavor in the brownies. 

Ingredients

½ cup all-purpose flour
½ cup fresh spent grain
½ tsp. baking powder
½ tsp. Kosher salt
½ cup unsweetened cocoa powder 
2 tsp. ground espresso (optional)
¾ cup unsalted butter, melted
2 Tbsp. canola oil
1 cup granulated sugar, divided 
2 large eggs
1 egg yolk
1 tsp. vanilla extract
3/4 cup chocolate chips

Step by Step

Preheat oven to 350 °F (175 °C). Line a 9 x 9-inch (23 x 23-cm) baking dish with parchment paper and spray lightly with non-stick cooking spray. 

In a large bowl, whisk to combine the all-purpose flour, spent grain, baking soda, salt, cocoa powder, ground espresso (if using) and set aside. In a medium saucepan, combine the butter, oil, and 1/3 cup of sugar. Heat over medium heat, stirring frequently, until butter is completely melted. Remove from heat. In a large bowl, combine the eggs, vanilla and remaining 2/3 cup sugar. Whisk for 30 seconds until well combined 

Slowly pour the warm butter mixture into the egg mixture, adding it very gradually, whisking constantly until completely combined. 

Add the dry ingredients and chocolate chips to this mixture, slowly stirring with a spatula until just combined. Stop stirring once last trace of dry ingredients are mixed in, as over-mixing will give you cakey brownies. 

Scrape the batter into the prepared pan and smooth the top. Bake for 30 minutes or until the edges are firm and the top is shiny and slightly cracked. If you prefer less-gooey and more-cooked brownies, add 5-7 minutes of baking time.

When done, place pan on a cooling rack. Allow brownies to cool completely before slicing. 

After slicing, the brownies can be stored in a sealed container at room temperature. They can also be frozen to be stored for longer periods. 

Honey Whole Wheat Spent Grain Bread

We eat a lot of sandwiches in our house, which means we purchase a lot of sandwich bread. Having such a steady supply of spent grain, I became curious about using it as an ingredient in homemade bread. Previously I had used flour milled from dried spent grain with good results so I shouldn’t have been surprised by the results of using fresh spent grain, which worked just as well in this recipe. Almost any variety of spent grain will work here — something amber or brown is perfectly suited to this recipe, but a darker brew’s spent grain works nicely, as does a lighter brew. 

The one noticeable difference when comparing this bread to a supermarket-sourced loaf is this recipe will stale much faster because it lacks the added enzymes and preservatives mass-produced breads contain. With this homemade loaf, I recommend slicing it when it is completely cool, then storing the slices in a sealable plastic bag at room temperature for a few days. Any bread left over after 3 days or so can be stored in the freezer so that it doesn’t stale any further.

Ingredients

2¼ tsp. active dry yeast 
1 cup warm water
1½ tsp. honey
2 cups fresh spent grain 
2½ cups whole wheat flour
1¼ cup bread flour
1¼ tsp. Kosher salt
2 Tbsp. melted butter, plus 1 Tbsp. butter for greasing the baking pan
2 Tbsp. honey
Non-stick cooking spray

Note

You may need to add some additional bread flour and/or water (more details below)

Step by Step

Add the yeast, warm water, and 1½ tsp. honey to the bowl of a stand mixer. Gently stir to combine the ingredients and allow mixture to sit at room temperature for about 10 minutes or until it becomes frothy. If it doesn’t become frothy, then it is likely that the yeast used is too old and you will need to replace it with fresh yeast and start this step over again. 

Once the yeast is frothy, add the spent grain, whole wheat flour, bread flour, salt, melted butter, and 2 tablespoons honey to the bowl with the yeast mixture. Using a spatula, mix all the ingredients together until a very rough dough begins to form. Once the dough becomes difficult to mix further by hand, attach the dough hook to the stand mixer and knead the dough on slow speed until the dough forms
a ball. Increase the speed of the mixer to medium and let the mixer knead the dough for about 15 minutes until it is smooth and elastic. A few things to note here:  

The dough will be wet and sticky at the beginning of this process but will become smoother and drier as it kneads. 

If the dough is sticking to the sides of the bowl after a few minutes of kneading at medium speed, add a little more whole wheat flour to dry it out.

If the dough can be removed from the bowl without leaving any residue behind, then it is too dry and a little bit of water should be added.

Throughout the kneading process, you may need to stop the mixer and scrape the dough off the dough hook to encourage the dough to stay in the shape of a ball. 

Once the dough is smooth, elastic, and slightly tacky to the touch, take the dough ball out and fold it over itself to smooth it out further. Spray the mixing bowl lightly with non-stick cooking spray, return the dough ball to the bowl, cover the bowl with plastic wrap and leave someplace relatively warm to allow it to proof for an hour. During this process the dough should roughly double in size.

While the dough is proofing, liberally butter a 9 x 5-inch (23 x 13-cm) baking pan and set aside for later.

Once the dough has doubled in size, lightly dust your workspace with flour and turn the proofed dough onto the floured surface. Lightly dust a rolling pin with flour and roll the dough out into a rectangular shape, trying to press out as much air from the dough as you can. The shorter side of the dough should be about 8 inches (20 cm).

Tightly roll the dough up following the short side (to keep the dough 8 inches/20 cm wide). Press the edges of the dough as you roll, keeping in mind that you want to try to remove air pockets, which will leave holes in the final product if left behind.

Once rolled, pinch the seams to seal the dough and then tuck the two sides of the loaf into the seam at the bottom. Place the loaf into the loaf pan seam-side down and press the dough into the pan so that it covers the entire bottom of the pan, ensuring that it is of even height.

Cover the pan with plastic wrap and let it proof until the dough doubles in size. This should take 45–60 minutes. At the 30-minute mark, preheat the oven to 350 °F (175 °C). 

As a further check if the dough has proofed enough, gently press the top of the dough with your finger to leave an indentation that is a little less than ¼-inch (0.5-cm) deep. If proofed properly, this indentation should remain, or only bounce back slightly. If it bounces back almost completely, then it’s under-proofed.

As soon as the dough has completed proofing, bake 40–45 minutes. If you have an instant-read digital thermometer, the internal temperature of the bread will read around 185-190 °F (85–88 °C) when done. Alternatively, if the bread sounds hollow when tapped on, it is done baking. 

Remove the pan from the oven and set it on top of a wire rack. After 10 minutes of cooling, remove the bread from the pan and set it down on a rack to cool further. Give it at least 30 minutes of cooling outside of the pan before slicing. 

Once completely cooled, the bread can be stored in the loaf pan at room temperature covered with plastic wrap. It can also be sliced and stored frozen to be used as needed – this is best practice for longer-term storage. 

Banana Nut Muffins

In my opinion, muffins are criminally underrated. I find them to be just indulgent enough to make me feel like I’m eating a dessert, but without the excess baggage that comes along with a decadent sugar-laden post-dinner treat. They also make great additions to any breakfast and can even be subbed in as an occasional snack. Muffins are also very easy to make and highly adaptable — one can put just about anything into a muffin and be almost guaranteed that it will be a hit — hello zucchini muffins!  

The only specialty equipment needed for this recipe is a 12-count muffin tin and 12 muffin cups. A muffin is more like a quick bread than a standard bread that requires yeast, kneading, and proofing, so the recipe can be made quickly. A muffin also doesn’t require a lot of gluten (we rarely think of muffins as being chewy); thus, it’s possible to replace more of the all-purpose flour in this recipe with spent grain. Fresh spent grain can be mixed into the muffin batter as is, without further processing. 

The biggest tip when making the muffin batter is to not overmix it. It’s OK if it’s lumpy and chunky. So long as there aren’t any visible traces of unincorporated dry ingredients, the batter is ready to portion out into cups and bake. Fresh, ripe (almost to the point of over-ripe) bananas work well in this recipe. Previously frozen and thawed bananas are also great. Just about any spent grain variety will work in this recipe – I try to match the color of the spent grain to the intended color of the finished muffins. My ideal spent grain choice is any spent grain used to produce an amber-colored beer. 

Completely cooled muffins will keep for a few days at room temperature if stored in a sealable container or plastic bag. Any longer than that and they can be stored in the freezer for up to three months. 

Given certain allergic sensitivities, the nuts can be omitted. 

Ingredients

¾ cup whole wheat flour
¾ cup fresh spent grain 
1 tsp. baking powder
1  tsp. baking soda
1  tsp. ground cinnamon
½  tsp. salt
¼  tsp. ground nutmeg
3 ripe, medium-sized bananas
6 Tbsp. unsalted butter, melted
2/3 cup dark brown sugar, packed
1 large egg
1  tsp. vanilla extract
2 Tbsp. milk
1 cup chopped walnuts (or any nut of choice – pecans also work great here)

Step by Step

Preheat oven to 350 °F (175 °C). Line a muffin tin with 12 muffin liners.

Whisk together the flour, spent grain, baking powder, baking soda, cinnamon, salt, and nutmeg in a large bowl. These are the dry ingredients. 

Mash the bananas in a separate large bowl (or in the bowl of a stand mixer fitted with a paddle attachment, if using).

Add the melted butter, brown sugar, egg, vanilla extract, and milk to the mashed bananas and mix well to combine. These are your wet ingredients.

Add the dry ingredients to the wet and mix until everything is just combined and there’s no more visible dry ingredients. Add the nuts and mix them in until they are just combined. Do not overmix here as this will adversely affect the texture of the muffins. 

Spoon the muffin batter into the 12 muffin tins and place immediately into the preheated oven.

Bake for 21-24 minutes, until a toothpick inserted into the center of the muffin comes out clean. 

Let the muffins cool for a few minutes before transferring them to a wire rack. Allow muffins to cool completely before packaging them away. They’ll stay fresh at room temperature for a few days so long as they are in a sealable container. For storage longer than a few days, place the muffins into a sealable container or freezer-proof-sealable-bag, and freeze. 

The post Why Dry? Cooking With Fresh Spent Grain appeared first on Brew Your Own.

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Make Your Own Cheese! https://byo.com/articles/make-your-own-cheese/ Mon, 10 Feb 2025 17:23:02 +0000 https://byostg.wpenginepowered.com/?post_type=article&p=364530 Beer and cheese go hand-in-hand in the BYO office. While making cheese may seem complicated, making beer probably did before you started too. Follow
this advice and you’ll be on your way to making cheese, including recipes for cheese curds, Asiago, and Caerphilly.

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Make Your Own Cheese!

While many homebrewers offer suggestions about what foods pair nicely with their beers, to me nothing is quite as delightful as cheese. Particularly at informal gatherings, cheese and beer go so well together. Cheesemaking is a lot less complicated and challenging than many might imagine. To follow are details about my own approach to cheesemaking that may motivate you to try your own hand at this form of fermentation.

You can certainly use store-bought milk. The one precaution is to avoid any milk that is ultra-pasteurized. The heat from this kind of pasteurization damages the casein proteins in milk in ways that cheesemakers cannot repair. Regularly pasteurized milk is also damaged, but adding ¼ tsp. of food-grade calcium chloride dissolved in non-chlorinated water for every gallon (3.8 L) of milk enables the milk to form firm curds. 

As a homebrewer, you know that 90 percent of the hobby is about cleaning and sanitation. This is true, too, for cheesemaking. I heat all kettles and steel tools (knives, ladles, colanders, slotted spoons) in boiling water, and I boil molds, baskets, and cheese cloths at the same time. I spray the counters in my kitchen with the same sanitizer used for brewing and, as extra insurance, I cover the counter on which I lay my tools with a clean dish towel. 

You may already have much of the equipment you need for cheesemaking. I make a batch of cheese using a single gallon (3.8 L) of milk so I don’t need oversized kettles. If you have two large kettles or stock pots, one of which can sit inside the other to act as a double boiler, that is perfect. Recently, I purchased a very basic sous vide device and that, in my opinion, is even better. With a double boiler, you must constantly monitor the temperature of the milk/curds, but a sous vide heats water to the temperature you set and keeps that water in the “bath” in constant motion. If you set it for 90 °F (32 °C) it stays at 90 °F (32 °C) until you change it, giving you much more control over the temperature of the milk or curds than a double boiler with less need for supervision. 

Cheese does need to be refrigerated, but a cheese fridge (cheese cave) is warmer than your kitchen fridge. If you age a cheese in your regular fridge, it will take perhaps twice or three times as long as it would in a cheese cave. A cheese cave is very similar to a wine fridge or fermentation box. Typically, I age cheese between 50–55 °F (10–13 °C). 

To make a cheese fridge, all you need is a small dorm room refrigerator to which you attach a plug-and-play thermostat. When the fridge falls below the set temperature, the thermostat will shut off the power to the fridge, and when the temperature rises a degree or two above the set temperature, the thermostat will switch the power back on. There is no need to modify the fridge in any way. What you don’t want or need is a freezer compartment, as that takes up space you cannot efficiently use for aging cheese. 

Other tools and equipment you will need include: 

Measuring cups and spoons: Most additives are added in ¼ cup of distilled water.

Thermometer: I use a thermometer with a lower and upper-level alarm. 

Basin: This is the water bath for the sous vide. It needs to be able to comfortably hold the kettle with the gallon (3.8 L) of milk and be able to contain enough water to be at the height of the milk in the kettle. 

Kitchen scale: This is used for measuring salt for brine and to determine the weight of the cheese; often the amount of time a cheese should be submerged in brine is based on its weight.

Kitchen whisk: This helps incorporate yogurt into the milk in these recipes, but a whisk is sometimes used in place of a curd knife to cut the curds. 

Cheesecloth: You could use a clean dish towel, but butter muslin or the material used for flour sacks is better. Supermarket “cheesecloth” is not suitable. 

Long knife for cutting curds: The knife needs to be able to cut the curds through to the bottom of the kettle. 

Slotted spoon: For stirring. 

“Basket” or mold: This enables you to shape the cheese and press the curds to expel the whey. 

Cheese press: These can be very expensive, but even if you are not very handy you can easily make a press for a few dollars. You will need two wooden cutting boards about 11 x 14 inches (28 x 36 cm), four 12-inch (30-cm) threaded rods, eight washers, and eight nuts. Clamp the two boards together and drill them about 1 inch (2.5 cm) from each corner. Fasten the rods to the bottom board with a nut and washer beneath and above the board, and slide the top board over the rods. Best if you can widen the top holes a little to enable you to slide down the top board easily. The two boards with these rods allow you to add any necessary weights to the top board. Remember that 1 gallon (3.8 L) of water weighs about 8 lbs. (3.6 kg), and you can use bricks, pavers, or exercise weights. 

Cheese cultures: These, too, can be expensive (you can find them in some homebrew supply stores or various outlets online), but you can make most kinds of cheese with two relatively inexpensive and easily available cultures. One is plain yogurt with live cultures and the other is buttermilk with live cultures. The first is perfect for what are called thermophilic cheeses, such as Emmental, Parmesan, Jarlsberg, and the like, while buttermilk culture is suitable for mesophilic cheeses, such as Cheddar or Caerphilly. A few cheeses use both mesophilic and thermophilic cultures. 

Brine: Different cheeses are salted in different ways, but many cheeses are brined. One common brine is about 18% salt. To make this brine, take 1 liter (1 quart) of non-chlorinated water, 180 g non-iodized salt, 1 Tbsp. of calcium chloride, and 1 tsp. of white vinegar. Boil the water and dissolve the additives. This brine can be re-used but needs to be refrigerated. For any subsequent batch of cheese you need to check to make certain that the salt content is still around 18%. Calcium chloride is included to ensure that the brine does not pull any calcium from the cheese and the vinegar is there to increase the acidity of the brine, again inhibiting the brine from reducing the acidity of the cheese as the system will tend to want to balance any significant chemical differences between the brine and the cheese. 

To follow are three recipes for different styles of cheese that will provide further details on the basics just covered and result in three delicious pairings for your homebrews. 

Cheese Curds

This is a hard cheese that needs no aging. It uses mesophilic culture. 

Ingredients

1 gallon (3.8 L) whole milk
¼ cup buttermilk
¼ tsp. calcium chloride
½ tablet rennet (available from cheesemaking retailers online)
Distilled water
1 Tbsp. non-iodized salt 

Step by Step

Sanitize all tools and equipment by boiling them in the upper kettle of your double boiler. Remove all tools and carefully pour the boiling water into the lower kettle. Place the upper kettle inside (or atop) the lower kettle and gently pour the milk into the sanitized upper kettle. Use the boiling water in the lower kettle of the double boiler to heat the milk to the
desired temperature. 

If you are using a sous vide precision cooker, use the sanitized kettle in the sous vide water bath to heat the milk to the desired temperature. 

Slowly heat milk to 90 °F (32 °C). If you are using a sous vide to heat the water bath, you may need to raise the temperature of the water a degree or two above the target temperature to heat the milk through the kettle. Always measure and monitor the temperature of the milk or curds. 

Add ¼ cup of buttermilk mixed in a cup of the milk and stir in an up-and-down motion for one or two minutes to incorporate the cultures into the milk. Allow the milk to ripen (acidify) for 45 minutes.

Dissolve the calcium chloride in ¼ cup of distilled water and stir into the milk in an up-and-down motion to fully incorporate this into the milk. Crush the half tablet of rennet, and dissolve in ¼ cup of distilled water. Stir the rennet into the milk, again in an up-and-down manner but for no more than 1 minute, as the rennet begins to work very quickly and stirring will prevent the milk from co-agulating properly. 

Allow the rennet to coagulate the milk for 45 minutes then check for what is called a “clean break.” A clean break happens when you insert a knife into what looks like the solid mass of milk that is beginning to move away from the sides of the pot. Turn the knife at right angles; if the space created by this cut holds its shape and does not fill up with milk, it’s a clean break. If the space begins to fill, wait another 10 minutes and check again. 

Cut the curds horizontally (as best you can) into ½-inch (1.3-cm) slices, then cut vertically so that the entire mass is now in ½-inch (1.3-cm) cubes. Allow the curds to heal for five minutes. The act of cutting the curds leaves them with “raw” surfaces. Letting the curds stand untouched for those minutes enables the proteins to bond together and to expel the whey in a more controlled manner. 

Over the next 30 minutes, raise the temperature from 90 °F (32 °C) to 102 °F (39 °C) as you gently stir the curds (you will be raising the temperature of the curds 1 °F in just over every two minutes, or 1 °C per four minutes). The increase in temperature and the stirring helps release more of the whey and the curds will noticeably shrink in size. 

Continue to cook the curds at 102 °F (39 °C) for another 30 minutes. 

At the end of the cooking time, gently transfer the curds into a cloth-lined colander and allow them to drain for 15–20 minutes. This can be done by gathering up the corners of the cloth and loosely tying them together using the fourth corner to tighten the bag that you have formed. Better draining can be achieved by tying the bag to a hook or handle so that the bag is suspended. The liquid being drained is called whey, and can be used for numerous things, including making whey wine (see the “Last Call” column on page 58 to learn more about this process).

After they have drained, break up the mass of curds into walnut-sized pieces and mix in a scant tablespoon of salt so that the salt is thoroughly mixed throughout. This salt will add flavor to the curds, further expel whey, and act as a preservative. 

Place the bag in your cheese press between the two boards, fill the gallon (3.8 L) milk container with water and place it atop the press, allowing the cheese to sit for three hours under this weight. After each hour, remove the cloth from around the cheese, gently turn the cheese so that the top is now the bottom, then rewrap the cloth around the cheese and continue to press the cheese under the weight of the water. 

After three hours, remove the cheese that should have formed a single block and cut it into 1-inch (2.5-cm) cubes. 

If you weigh the cheese, you should find that you have made about 1–1.25 lbs. (0.45–0.57 kg) of cheese from a gallon (3.8 L) of milk and you will have produced about 7 pints of whey. 

Refrigerate the curds and you can enjoy this cheese the next day. 

Asiago Cheese

This Italian cheese benefits from being aged about four weeks for a milder cheese and several months for a stronger flavored and more firm cheese. Again, my recipes all use a single gallon of milk, so the amount of cheese I make from each batch is about one pound (0.45 kg). 

Ingredients

1 gallon (3.8 L) whole milk
¼ cup thermophilic culture (yogurt)
¼ tsp. calcium chloride
½ rennet tablet
18% brine solution

Step by Step

For this cheese you will need a mold to shape and hold the cheese. You can buy a mold online, but basically, what you need is a container with small holes on the sides and bottom to allow whey to exit from the cheese. You could make a reasonable mold from two large yogurt containers. Cover the first with small holes you pierced with an awl. The second container will act as a follower upon which you press to exert pressure on the cheese in the mold. I use an unopened can of vegetables that I place inside the follower so that any pressure acts on the can rather than the plastic container. 

Sanitize all tools and equipment. Heat the milk in the double boiler or sous vide water bath to 92 °F (33 °C). 

Whisk ¼ cup of live yogurt culture into a cup of this heated milk, and with an up-and-down motion, stir the culture into the cup so that it is thoroughly mixed. 

Pour this cup of milk and yogurt into the gallon (3.8 L) of milk and stir in an up-and-down motion for one to two minutes to thoroughly incorporate the yogurt culture into the milk. Allow the cultures to acidify the milk for 45 minutes. 

Dissolve ¼ tsp. of calcium chloride in ¼ cup of distilled water and using this same up-and-down motion, stir the calcium chloride into the milk.

Dissolve the ½ tablet of rennet in ¼ cup of distilled water and thoroughly mix the rennet into the milk, taking no more than a minute to stir the milk. Allow the rennet to set for 45 minutes and check for a clean break. If the break seems very loose, wait ten minutes and check again. 

As with the previous recipe, cut the curds horizontally and vertically into ½-inch (1.3-cm) cubes. Allow the curds to heal for five minutes. 

Stir gently and almost continuously over the next 20 minutes as you raise the temperature to 104 °F (40 °C). It is always important that any increase in temperature is done slowly. If you raise the temperature too quickly, the outside of the curds become more firm than the insides, which will tend to seal the curds and prevent any further expulsion of whey. 

At 104 °F (40 °C), stir every 4–5 minutes for the next 20 minutes to ensure that the curds do not mat together. While doing this, increase the temperature from 104 °F (40 °C) to 118 °F (48 °C). 

Carefully remove the whey above the curds and then gently pour the curds into a cloth-lined colander. Allow to drain for about 15 minutes. 

Gently fill the mold with the curds wrapped in the cloth, making certain that the cloth containing the cheese has as few wrinkles as possible. Cover the top of the mold with some of the cheesecloth before you place the follower over the cloth. 

Place the cheese-filled mold in the press, and place 12 lbs. (5.4 kg) of weight to the top board and press for an hour. After an hour, remove the cheese, undress it and upturn it, so the bottom is now the top. Re-dress the cheese with the cloth and press again for an hour, this time using 24 lbs. (10.9 kg). 

Remove the cheese, again undress it and turn the cheese upside down (this action ensures that the cheese is pressed equally on all sides). Return the dressed cheese to the mold before adding 48 lbs. (21.8 kg) of weight for 12 hours (or overnight). 

Remove the cheese from the press, remove the cheesecloth, and place it in the 18% brine solution for 8 hours, turning after 4 hours. If the top of the cheese is not below the surface of the brine, sprinkle enough non-iodized salt on the top surface of the cheese to ensure that it is covered in salt the entire time. 

After 8 hours of brining, remove the cheese and allow it to air dry at room temperature for 2–3 days until it feels as if it is almost dry. A good technique is to place the cheese on a sushi or bamboo mat seated on a baking rack. 

Turn the cheese two or three times a day to allow every surface to be exposed to the air. This cheese should be aged for three or four weeks in a cheese fridge. For humidity, you can simply seal the cheese in an airtight container, which you turn upside down daily to ensure that any whey that is expelled is being expelled from both the top and bottom and not just from the bottom. 

When aging a cheese, we need to watch that no unwanted molds grow on the rind, so when you turn this cheese check to see that the rind is mold-free. If you see mold, simply soak a paper towel in white vinegar or the brine solution and wipe the rind to remove the mold. Note, any wrinkles in the cloth while pressing will have created indentations in the rind, and those indentations will harbor mold, so the smoother the surface of the cheese, the less the likelihood of mold growth. 

One effective way to inhibit mold growth is to wax the cheese after it has air dried. Before waxing, be sure that the cheese is mold-free, so best practice is to wash every surface with vinegar or brine. 

Cheese wax is usually beeswax and not paraffin wax, so it is not inexpensive, but the wax can be reused numerous times. When melting wax, it is always advisable to use a double boiler to prevent overheating the wax, which is flammable. You can apply the melted wax using a brush or by simply dipping the cheese into the wax and allowing the wax to harden before turning the cheese and re-dipping. 

Most cheesemakers tend to apply three layers of wax to be certain that the entire wheel of cheese is completely covered with wax. As with everything in life, there is no free lunch, and the downside of waxing a cheese is that the cheese will not form a natural rind. That is a cost I will happily bear to avoid the presence of molds on a rind that may mean a cheese I had been aging for months might be more fit for the compost pile rather than the table. 

Caerphilly 

This is a kind of Cheddar popularized by Welsh coal miners in the 19th and 20th centuries. Cheddaring refers to the use of the curds themselves as the weight used to expel whey. In true cheddaring, the slabs of curd are kept warm. The weight and heat of the slabs of curds force the whey to be expelled. 

Ingredients

1 gallon (3.8 L) whole milk
¼ tsp. calcium chloride
¼ cup buttermilk
½ tablet rennet
3 Tbsp. salt

Step by Step

Heat the milk to 90 °F (32 °C) and thoroughly mix in buttermilk using an up-and-down motion to ensure the culture is fully inoculating the milk. Allow the milk to acidify for 30 minutes. 

Dissolve ¼ tsp. calcium chloride in ¼ cup distilled water and mix thoroughly into the milk for a minute or two. Dissolve ½ tablet of rennet in ¼ cup distilled water and mix thoroughly into the milk stirring for no more than 1 minute. Allow rennet to set for 40 minutes. 

Check for a clean break. If the curds seem too soft, wait another 10 minutes and check again. When there is a clean break, cut curds both horizontally and vertically into ½-inch (1.3-cm) cubes. Allow these cubes to heal for
10 minutes. 

Increase the temperature very slowly over 40 minutes to 95 °F (35 °C) — 1 °F every eight minutes/1 °C every 14 minutes), while stirring continuously. Allow the curds to settle for five minutes.

Carefully and gently pour curds and whey into a cloth-lined colander. Allow the curds to drain for 5 minutes into a kettle kept at 95 °F (35 °C). The curds will form a slab. 

Cut this slab into two pieces and place one piece atop the other in the cloth-lined colander. Place a clean towel over the colander to help preserve the heat and allow the slabs to cheddar for 30 minutes, restacking and replacing the top slab with the bottom one every 10 minutes. 

Break up the curds into thumbnail-sized pieces (this is called milling the cheese) and mix in 1 Tbsp. of non-iodized salt. 

Line a cheese mold with cheesecloth and fill mold with the milled curds. Press for 10 minutes under 10 lbs. (4.5 kg) of weight. 

Undress the cheese and gently rub non-iodized salt on the top, bottom, and around the sides. This may take 1 Tbsp. or more of salt. 

Turn the cheese upside down on the cloth and reinsert it in the mold, applying the same 10 lbs. (4.5 kg) of weight for another 10 minutes. 

Undress cheese and resalt a second time. Upturn the cheese on the cloth, replace it in the mold and press it for 20 minutes under 22 lbs. (10 kg) of weight. 

Undress, salt a third time, upturn, redress, and press beneath 22 lbs. (10 kg) overnight. 

In the morning, remove the cheese from the press and immerse in 18% brine solution for an hour, turning after 30 minutes. If the cheese floats so high in the brine that the top is not submerged, gently cover the top with a thin layer of non-iodized salt.  

Remove the cheese from the brine and allow to air dry for two or three days on a bamboo mat placed on top of a baking rack, turning the cheese two or three times a day to ensure every surface is exposed to the air

Place in a cheese cave (55 °F/13 °C) at about 85 percent relative humidity for three weeks, upturning the cheese once a day. Humidity controllers are more complex, but as I suggested earlier, you can seal the cheese in a plastic or glass food-safe unit and because of the whey the cheese is expelling, the cheese will create a suitably humid environment. 

Alternatively, you can wax the cheese, removing the need to monitor humidity as the cheese is for all intents and purposes sealed in an anaerobic environment. 

Caerphilly can be enjoyed after 3–4 weeks of aging, or longer if you prefer a stronger tasting cheese. 

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Basic Cacao Nib Tincture https://byo.com/recipes/basic-cacao-nib-tincture/ Fri, 08 Dec 2023 18:04:29 +0000 https://byostg.wpenginepowered.com/?post_type=recipe&p=337225 If you want to use a chocolate extract, Drew tends to make his own to control the flavor and strip the fat. Here is the recipe.

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recipe

Basic Cacao Nib Tincture

Extract-Only Recipe

Ingredients

  • 6 oz. (175 mL) vodka
  • 3 oz. (85 g) cacao nibs (roasted or raw) 

Step-by-Step

  1. Mix the vodka and cacao nibs in a tight sealing jar like a jelly jar or mason jar. Shake every day, several times, for 4 days. 
  2. Strain the nibs out of the dark extract. Discard.
  3. Place the extract in the freezer overnight.
  4. In the morning, carefully scrape out the fat cap of cocoa butter and discard. Remove any remaining bits and then store the extract for up to a year.

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Let Them Eat Beer! https://byo.com/articles/let-them-eat-beer/ Fri, 10 Nov 2023 14:50:09 +0000 https://byostg.wpenginepowered.com/?post_type=article&p=335874 If you’re hosting a gathering around the holidays this year, then you’ll need a menu. Let us help, as we offer details for a four-course meal plus a cocktail that is sure to impress your guests. Oh, did we mention that every recipe includes beer as an ingredient?

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article

Let Them Eat Beer!

As devoted readers of Brew Your Own, you probably already know that beer is one of the world’s oldest and most beloved beverages. Beer is a pretty special drink in that it is both delicious and refreshing, but it has for centuries also brought families, neighborhoods, and communities together. 

Beer is also a lot of fun to brew at home. If you’re reading this magazine, then, like me, you’ve taken your love of beer to the next level by diving deep into the world of homebrewing — creating your favorite styles and experimenting with new brews from the comfort of your home or garage.

Beyond being something to enjoy at the end of a long day at the office or amongst friends while cheering on your favorite team, there’s another place where we can harness the power and flavor of beer — in the kitchen. Not only can we pair our favorite foods with our favorite brews, but there are also many ways to incorporate beer during the cooking process to add depth, aroma, flavor, and a unique character to a wide variety of dishes from sweet to savory.

With so many diverse styles and flavor profiles, beer is a highly versatile ingredient in the culinary world. To think about how to use beer when cooking, it’s helpful to think about what beer is at its most basic level, which is a flavorful liquid. There are many times when a recipe will call for the addition of a flavorful liquid — for example, the addition of beef stock to a beef stew. In my opinion, there’s no reason why some, or even all, of this liquid can’t be beer. Something to consider is that different beers are going to have different flavor properties. While both lagers and ales can be malty and/or hoppy, lagers will generally be lighter and drier while ales can be fuller-flavored and bodied and have stronger fruity or earthy notes. I recommend taking notes of the characteristics of some of your favorite beers before considering how they may be used in culinary applications. 

Let’s next review a few different culinary techniques in which beer can easily be incorporated.

Steaming 
Replace some or all of the cooking liquid with beer. Light lagers pair really well with mussels, clams, or shrimp in this application.

Poaching / Simmering / Boiling 
Same with steaming, some of the cooking liquid in any of these options can be replaced with beer. I love to poach sausage in beer before finishing on the grill or sautéing. Almost any kind of seafood or shellfish can also be cooked in this way.

Stewing / Braising
Adding beer to the cooking liquid is a great way to add new flavors to your dishes, especially if you use a style that is malty or dark. This works really well for chili and soup. The natural acidity of beer will help tenderize meat, which is why I’m a huge fan of using it when I make beef stew and short ribs. Think of beer here as a complement to whatever type of cooking stock your dish calls for. 

Marinating
Because it can help tenderize meat, beer is a great addition to a marinade. And if you’re going to marinate something, then you might as well think about applying more beer through the next technique too.

Grilling / Roasting
Beer can be used here as a basting liquid in addition to a marinade.

Smoking / BBQ
I’ve often used beer as an ingredient when I baste, or “wet-mop,” ribs, chicken, or pork, and my favorite BBQ sauce recipe of all-time features a healthy addition of one of my all-time favorite beers, Anchor Steam (I’m still in mourning . . . guess I know what needs to be brewed in time for barbecue season).

Baking
That’s right, beer most definitely has a place in baked goods, especially darker beers like stouts and porters, which can lend all kinds of roasty, chocolatey, and rich notes to desserts and breads. 

Beer-Inspired Food Recipes

Let’s get into some actual recipes to demonstrate how you can make use of this amazing elixir in your own kitchen. As we’re closing in on that time of year, I thought it’d be fun to build a menu showcasing a wide variety of beer with a number of different cooking techniques all in a loosely holiday-themed four-course meal with a happy-hour drink to kick things off. Add the ingredients to your shopping list, invite some guests over, and be ready to impress them.

Cranberry Orange Ginger Shandy

Makes ~8 cocktails

Let’s kick off this loose holiday-themed menu with a beer cocktail. Hopefully you aren’t all cranberried-out after Thanksgiving because we’re going to use them to make a slightly tart, vibrant simple syrup that will give this cocktail a healthy dose of seasonal cheer. The cranberry/orange/ginger combination plays perfectly with a hefeweizen/wheat beer, especially one that swings more towards the fruity, as opposed to the banana/clove side, though that will work as well. 

Ingredients

2 cups fresh or frozen cranberries
1 cup granulated sugar
1 cup water
1⁄4 cup fresh-squeezed orange juice
Peel of one orange (no pith)
Pinch of salt
16 oz. (475 mL) ginger beer
(6) 12-oz. (355-mL) hefeweizen or wheat beers
Ice cubes

Syrup-making directions (pre-make this)

The bulk of the prep here is in making the cranberry orange simple syrup, which can easily be made a day in advance. Combine all ingredients (except for the ginger beer, hefeweizen, and ice cubes) in a medium saucepan. Stir ingredients well, bring to a boil, then reduce the heat to low and simmer for about 15 minutes, stirring occasionally. 

Place a fine-mesh strainer over a bowl and pour the cooked mixture through it. Discard the solids and transfer the syrup to an airtight container. Cool the mixture for at least three hours, or even overnight, before use.

Final drink assembly

Ensure all components (both beers and the cranberry orange syrup) are cold. Fill a pint glass with ice and add 2 oz. (60 mL) ginger beer and 2 tablespoons cranberry orange syrup to the glass. Fill the remainder of the glass with your hefeweizen or other wheat beer. Stir everything well to combine.

When the bubbles subside, fill to the top with additional wheat beer and enjoy.

Note

This recipe will yield about a cup’s worth of simple syrup. If stored in an airtight container and kept refrigerated, it will keep for a few weeks and can be used as a flavoring for other cocktails and mocktails, and is also great served over vanilla ice cream or pancakes. 

Kentucky Beer Cheese

Makes 2 cups

If you’re anything like me, you’ll want something to munch on while indulging in pre-dinner festivities and I’ve got something that’ll go perfectly with the Cranberry Orange Ginger Shandys — Kentucky Beer Cheese. It’s reminiscent of a Pimento cheese spread, just with a slightly different ingredient list and one key addition — beer! Beer cheese, which as the name suggests was popularized in Kentucky, is salty and savory, great for dipping crunchy things like pretzel sticks, hearty crackers, veggie slices, or even thick-cut salami pieces; however, I must warn you, it’s quite addictive. Like the cranberry orange simple syrup, it’s got a relatively short list of ingredients and can also be made a day or two in advance. I recommend using a food processor here to do the dirty work. In lieu of that, a blender will suffice. 

Ingredients

8 oz. (225 g) extra-sharp cheddar cheese, cut into roughly 1-inch (2.5-cm) cubes, at room temperature
2 oz. (56 g) cream cheese (full-fat), at room temperature
1 oz. (28 g) unsalted butter, at room temperature
1⁄4 cup white or yellow onion, roughly chopped
2 tsp. Worcestershire sauce
1 tsp. Dijon mustard
1⁄8 tsp. cayenne pepper (optional)
4 oz. (118 mL) of a “full-flavored” beer (think brown ale, porter, etc.) at room temperature
Salt, to taste

Directions

Put the cheddar cheese, cream cheese, and butter into a food processor or blender and mix until combined — about 60 to 90 seconds. Add onion, Worcestershire sauce, Dijon mustard, and cayenne pepper to the cheese and butter mix. Process until combined, about another 30 seconds. Scrape down the sides of the food processor bowl if needed. Omit the cayenne pepper if a little heat is not your thing. While the food processor is running, slowly add the beer and process until the mixture is completely smooth and there’s no visible beer remaining. This should take 30 to 60 seconds. Season with salt.

This can be served immediately or prepared a day or two in advance. Prior to serving, let the dip come up to room temperature to bring out its flavor and make it easier to spread. Serve in a bowl alongside your favorite accompaniments, such as pretzel sticks, crackers, assorted veggies, and hard salami.

Short Ribs

Makes 4 servings

To me, there are few things more satisfying on a cold and dark winter’s evening than short ribs. Hearty and full of flavor, short ribs are a cut that require a long and slow cooking time to fully cook and tenderize the meat. This is best done using a heavy Dutch oven (with a lid) placed in an oven at a relatively low temperature. I prefer to use bone-in short ribs here as I believe that adds some extra flavor to the finished dish. Don’t skip the step of browning the short ribs either as that will also add a real depth of flavor to the dish. The finished dish will be reminiscent of beef stew but so much more luxurious. 

Ingredients

4 lbs. (1.8 kg) bone-in short ribs (boneless will also work if preferred)
2 Tbsp. canola oil
2 medium onions, diced finely
4 carrots, diced finely
4 celery ribs, diced finely
4 garlic cloves, crushed
2 Tbsp. tomato paste
2 cups beef stock, low- or no-sodium
12–16 oz. (350–475 mL) beer (Anything dark or malty and not super hoppy works well here. I’m particularly fond of a Mexican dark lager in this dish.)
4 whole bay leaves
Kosher salt, to taste

Directions

Season the short ribs liberally with Kosher salt on all sides. Heat up a Dutch oven or heavy-bottom pot over medium-low heat. Add the oil to pan and then slowly brown the short ribs on all sides. Keep a close eye on your stove as you want the meat to brown evenly without burning. You also may need to do this over a few batches to not crowd the short ribs in the pan as that will impede browning. Once the meat has finished browning, set it aside for later.

Pour off a little of the excess fat and oil, then add the onions to the pot. Stir well, making sure to scrape up any brown bits from the bottom of the pot. Cook about 10 minutes until the onions start to appear translucent and take on a slight brown color. Add the carrots and celery to the onions and cook for 10 minutes, stirring frequently. Add the crushed garlic, stir, and cook 3 minutes.

At this point, preheat your oven to 250 °F (121 °C). 

Add the tomato paste to the vegetables and stir thoroughly to combine. Cook 2 minutes, stirring frequently so the tomato paste doesn’t burn. Add the beef stock and stir to combine, once again scraping any brown bits off the bottom of the pot. Add the beer and bay leaves and stir to combine. Then place the short ribs and any meat juice that has collected into the pot. Bring the contents of the pot up to a simmer, then cover with a piece of aluminum foil, pressing it down onto the surface of the meat and liquid. 

Cover the pot with a lid and place it into the preheated oven. Cook the short ribs covered in the oven until they are tender — about 4 hours or so. 

Remove the short ribs from the pot and place them into a container or bowl and cover. Place the pot onto a burner set to medium-high. Reduce the liquid volume in the pot by about a third to thicken and concentrate its flavor, then remove the bay leaves. 

Once reduced to a volume you are happy with, season with salt to taste. Set the heat to low and place the short ribs back into the pot, turning them to cover them with sauce. Cover and keep warm until you’re ready to serve. 

These pair well with mashed or roasted potatoes, grits, wild rice, or polenta. 

Roasted Beer and Bacon

Makes 4 servings

Brussels sprouts used to have a bad reputation. I think that’s before people realized that rather than boiling the heck out of them and serving them when they are all bland and mushy, that they can be roasted until brown and crispy in an oven. The beer will add a slight amount of bitterness and brightness to the Brussels sprouts, which I find helps to round out their flavor nicely. 

Ingredients

8 oz. (235 mL) beer (pale ale or IPA works well here)
1⁄4 cup beef or chicken stock
2 Tbsp. apple cider vinegar
1 Tbsp. brown sugar
2 lbs. (0.9 kg) Brussels sprouts, root-end trimmed, quartered or halved depending on size
2 shallots, peeled, halved, and sliced thinly
4 slices of bacon, preferably thick-cut
2 Tbsp. olive oil
Salt and freshly-ground black pepper, to taste

Directions

Add the beer, stock, apple cider vinegar, brown sugar, and a pinch of salt to a small saucepan. Stir well and cook over medium heat until the mixture reduces to about 3 Tbsp. in volume. Remove from the heat and set aside to cool. 

At this point, preheat the oven to 425 °F (218 °C). 

Line a baking sheet or cookie pan with aluminum foil and set aside.

Trim off the bottom of the Brussels sprouts. Depending on the size of your Brussels sprouts, you’ll either want to halve or quarter them. Place the cut Brussels sprouts into a large bowl.

Cook the bacon in a sauté pan over medium-low heat until rendered and crispy. Remove the bacon from the pan, roughly chop it into bits, then add it to the bowl with the Brussels sprouts. Pour the rendered bacon fat over the Brussels sprouts. 

Peel, halve, and thinly slice the shallots. Add them to the bowl with the Brussels sprouts along with the olive oil and reduced beer mixture, and toss well to combine. Pour out onto the prepared baking sheet and spread into an even layer.

Bake 25–30 minutes, until the Brussels sprouts are tender and brown in color. Increase the heat to 450 °F (232 °C) and further cook the Brussels sprouts until crispy. This will happen quickly so keep a close eye on the sprouts. 

Once browned to your liking, remove the Brussels sprouts from the oven and serve immediately.

Stout Gingerbread Cookies

Makes ~28 cookies

Gingerbread cookies are not only seasonally appropriate, they’re also quite a tasty dessert to cap off this meal. I’ve got a way that you can really level up the flavor of these holiday stalwarts — naturally, by adding beer to the dough! But not just any beer — you’re going to want to break out the heavy hitter here by grabbing one of your favorite full-bodied stouts. Any stout. A flavor-packed pastry stout, a nice dry Irish stout, a huge Russian imperial stout. Any of these will nicely complement the molasses and spices and will help provide these cookies with another flavor dimension that will make you ask why you haven’t been adding beer to your cookies all along. To further intensify the beer flavor, I like to reduce the beer before using it in the cookie dough. 

Ingredients

6 oz. (175 mL) stout beer
275 g (13⁄4 cups) all-purpose flour
155 grams (1 cup) whole wheat flour
11⁄2 tsp. ground cinnamon
1 tsp. ground ginger
1⁄2 tsp. baking soda
1⁄4 tsp. ground nutmeg
1⁄4 tsp. salt
1⁄8 tsp. ground cloves
1⁄2 cup unsalted butter, room temperature
1 cup dark brown sugar, packed
1⁄2 cup granulated sugar, divided
1 large egg, room temperature
1⁄3 cup molasses

Directions

The first step here is to reduce the beer by about 2⁄3 of its volume. You’ll want to do this an hour or so in advance to allow the beer time to cool before adding it to the cookie dough mixture. Pour the beer into a small pot, turn the heat up to medium-high and cook until it has reduced to about 1⁄4 cup (2 oz./60 mL). Once it has reached that volume, turn off the heat and set aside for later.

In a medium bowl, whisk to combine the flours, ginger, cinnamon, baking soda, nutmeg, salt, and cloves. Set this aside for later.

Add butter, brown sugar, and a 1⁄4 cup of granulated sugar to a stand-mixer bowl and beat on high speed with the paddle attachment for about 60 seconds until the mixture is light brown in color and has a smooth texture. In lieu of a stand-mixer, you can use a large bowl with a hand-held electric mixer. 

Reduce mixer speed to medium, add the egg, and mix for about 30 seconds until all ingredients are thoroughly combined. Repeat this same procedure with the molasses, then the reduced and cooled stout beer. 

Add the mixed dry ingredients to the wet ingredients and mix at low speed just until everything is combined and there are no streaks of flour remaining. Cover the dough with plastic wrap and chill in the refrigerator for 60 minutes.

After 60 minutes, pre-heat oven to 325 °F (163 °C) and line two baking sheets with parchment paper.

Take the 1⁄4 cup of granulated sugar and pour it into a small bowl. Using your hands, form dough roughly into the size and shape of a golf-ball. Once formed, roll each cookie dough ball into the sugar, then place onto the prepared baking sheet. Press the dough balls gently with the palm of your hand — this will help to ensure even cooking. Don’t crowd the cookies onto the pan as they will spread out some while cooking — keep about 2 inches (5 cm) of space between each cookie dough ball.

Bake at 325 °F (163 °C) for roughly 12 minutes, rotating and switching the pans halfway through.

Remove the cookies from the oven and transfer the cookies to a wire rack to allow them to cool. Repeat with remaining dough, sugar, and prepared pans.

Let cool at least 10 minutes before eating. Any extra cookies, once they’ve completely cooled, can be placed into a plastic freezer bag and stored in your freezer to be enjoyed at a later date. 

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Cooking with Spent Grains https://byo.com/articles/cooking-with-spent-grains/ Thu, 10 Nov 2022 14:29:42 +0000 https://byostg.wpenginepowered.com/?post_type=article&p=318900 Using spent grains as an ingredient to bake with is a great way to reduce waste by reusing a brewing byproduct while also enhancing the flavor of food recipes. Learn the process of how to make spent grain flour, tips for substituting it into your favorite cooking recipes, and also find five new recipes to make after your next brew day.

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Cooking with Spent Grains

For as long as I’ve been homebrewing, I have exclusively brewed beer using all-grain recipes. Like others that use milled grain when brewing, at the end of my brew day I’m left with a decent amount of spent grain. Depending on how much beer you brew at a time and how frequently you brew, you may find yourself generating lots of this brewing byproduct. When it comes time to clean up after the brew day is done, we must decide what to do with all this spent grain. Discard it in the trash? Add it to the compost heap? How about turning it into flour and reusing it in the kitchen?

What is Spent Grain? 

Before we get any further here, let’s first go over some basics. When you brew beer you need a base malt to serve as the main source of fermentable sugar in the wort. The primary ingredient in your base malt is usually barley. Sometimes, in addition to the barley base malt, the grain bill for a given beer can contain other non-barley ingredients like wheat, oats, or even corn. Spent grain is what you call your malt after you have used it to make wort and it typically can’t be reused for brewing purposes because all of its sugars have been extracted during mashing. 

Options for handling spent grain typically fall into a few categories: Disposal, composting, feeding to livestock, and re-using. I’d wager that many of you simply throw your spent grain away. That’s what I did when I first started brewing. While I favor brewing ultra-compact, single-gallon (4-L) sized batches, I brew often enough that I am generating a few pounds (1–2 kg) of spent grain every week and it didn’t feel right to throw so much spent grain away. Brewing can be a resource-intensive activity. Think about all the water that is used on brew day — there’s the strike water, sparge water, water used for sanitizing solution if you use something like Star San, water for cleaning, water for rinsing, and water for chilling wort. On the rare occasions when I brew a larger batch on my 5-gallon (19-L) electric brew-in-a-bag (BIAB) system, I make every effort to collect the waste water from my immersion chiller to use for cleaning and rinsing as well as for watering my garden. When I brew small batches in my kitchen it’s harder to collect waste water for reuse so I started thinking about other ways to reduce the amount of waste I was generating. 

In talking with professional brewers, I learned that they often find clever ways to reuse instead of discard one of their single biggest waste items. Many breweries work with local farmers who collect the spent grain for use as composting material and/or as feed for their livestock. I’ve also seen some breweries use spent grain to make dog treats. While I don’t compost at home nor am I allowed to have livestock in my neighborhood, this got me thinking that perhaps I could leverage my culinary school and formal restaurant training to incorporate spent grain into some of my favorite recipes. 

Preparing Spent Grains for Cooking

I prefer to dry out my spent grains prior to using them. This will preserve them and will also make storage easier. You don’t need much in terms of equipment to do this — an oven, a spatula, and, ideally, a metal sheet tray that has edges or a lip. You could also use a baking dish or a cookie pan, just make sure it has sides so your spent grains don’t go sliding off it. My preferred pan is what’s known as a half-sheet tray in restaurant lingo, which typically measures 13 x 18 inches (33 x 46 cm) and has a 1-inch (2.5-cm) lip around the edges. I find that a typical single-gallon (4-L) brew will yield enough spent grain for two half-sheet trays, both of which fit comfortably in my oven. Obviously if you are brewing 5+ gallons (19+ L) at a time, you will yield a lot more spent grain than that. Though you certainly can, I’m not suggesting that you’ll want to dry and reuse all of that grain — the point here is to suggest that you don’t have to throw all of it away. 

To begin the drying process, simply take your spent grains and lay them out directly onto your sheet tray in a relatively thin, even layer. It’s best not to pile the spent grains more than an inch (2.5 cm) or so high or else this will prolong the drying-out time. Place your sheet tray into a 200 °F (93 °C) oven and let the grain dry out over the course of the next 6–8 hours. Every hour or so I take the trays out of the oven and stir up the spent grain on the tray with a spatula to ensure it dries evenly. I also rotate my pans in the oven every time I stir the spent grains. Once the grain is bone-dry, remove the trays from the oven and let cool. Once cool to the touch, package the dried spent grain in an airtight container or Ziploc bag until you’re ready to use them. 

For some recipes, like the granola recipe shared later in this article, you can leave your dried spent grain whole, but for most recipes you want to mill them into a fine, flour-like consistency. This will make it easy to swap some the flour in any given recipe for your homemade spent grain flour. To accomplish this, I use a coffee grinder. Because coffee flavor can be difficult to remove over time and so I don’t have to clean it out every time I use it, I have a dedicated grinder just for coffee beans and another for spent grains and spices.

The milling process is easy. Add the spent grains to the grinder, pop the lid on and grind until the grains achieve an almost powder-like texture. This shouldn’t be too difficult for most grinders to achieve and takes just 10–15 seconds of grinding to turn the grains into a fine texture. To preserve freshness, I mill just before I’m about to use it in a recipe.

How to Approach Culinary Usage of Spent Grain

When I cook at home it’s not unusual for me to use some of the same adjuncts from brewing in my favorite recipes. For example, my cornbread recipe contains a mix of flour and cornmeal — my Mexican lager and Kentucky common recipes both contain at least 10% flaked maize in their grain bills. I can’t make oatmeal raisin cookies without oats — and oats feature prominently in both my New England IPA recipe as well as an oatmeal stout I brew. Furthermore, some beers — hefeweizens and witbiers for example — contain high proportions of wheat in their grain bills. Seeing that there were common ingredients in some of my spent grain mixes and favorite recipes led me to conclude that it should be possible to replace some of the all-purpose flour in my recipes with spent grain flour. 

I have previous experience with flour substitutions as I’ve already replaced some of the all-purpose flour in my favorite recipes with whole wheat flour. Swapping out all-purpose flour for spent grain flour is similar with one major caveat. In many recipes like traditional breads and pizza dough, flour serves a very important role by providing structure. It’s the combination of flour, water, and mechanical action (kneading or mixing) that creates gluten in your baked goods. This gluten forms the structure and texture. If you were to replace all of the flour in a recipe with spent grain, especially spent grain derived exclusively from barley, you remove a lot of the gluten in the recipe. Barley contains gluten, but not as much as is found in all-purpose flour. If you remove too much flour from some recipes, the final product could lack the gluten needed to provide the necessary structure. My general substitution rules of thumb are:

• For traditional yeast-leavened breads and pizza dough, I begin by swapping out 25% of the flour in a recipe with spent grain flour.

• For everything else, including cookies, brownies, cakes, quick breads (bread leavened with baking powder and/or baking soda), muffins, pancakes, and waffles, I generally swap out 50% of the flour called for with spent grain flour.

I arrived at these substitution rates through trial-and-error, which I encourage home cooks to do as well. There are no rules here — cooking is an objective process as much as it is also a subjective process. In other words, cooking is deeply rooted in fundamental techniques but everyone experiences and tastes food differently — what I like might not be what you like. Experiment and determine what you like. 

It’s also worth noting that, in my experience, spent grain flour seems to be more absorbent than regular all-purpose flour. When developing or altering your own recipes to include spent grain, you may need to slightly increase the proportion of wet ingredients in your recipe. 

Benefits of Using Spent Grain in Your Kitchen

Why go through all this effort of drying out and milling spent grain when it’s so much easier to throw it away? Beyond the benefit of keeping waste out of landfills, I see other reasons to reuse spent grain in the kitchen. The biggest may be an improvement in flavor and texture. All-purpose flour is highly refined and designed to not have any real discernable flavor. It’s in your baked goods to provide structure and that’s about it. Barley, along with whatever else is in your spent grain mix, will undoubtedly lend more depth of flavor to whatever items you prepare with it. An immediate flavor characteristic that I notice with most spent grain is a very subtle nuttiness. Depending on the beer brewed, its spent grain will impart other flavors as well. For example, when I brew a stout, some percentage of my grain bill will consist of darker roasted barley that can lend roasty, almost chocolate-like notes not only to beer but also to foods like brownies or a molasses-based quick bread. 

Another benefit, if you want to call it that, is that it is a fun conversation when sharing these foods with friends and family, especially if paired with the beer that was also made using the same grains.

Spent Grain Recipes

I brew many different styles of beer at home and each style has its own unique grain bill. Every unique grain bill will consist of a different combination of spent grain that will impart its own flavor characteristics to the recipe product. The recipe examples I present here demonstrate applications of different spent grain mixes. 

An important note for the recipes that follow: The amount of spent grain flour required is post-milling. 

Spent Grain Granola

This was the very first recipe I made using spent grain. I make this one frequently and because this recipe is quite flexible, I sometimes vary the ingredients based on what I have on hand in my pantry. The variety of nuts and dried fruit can change from batch-to-batch. You can also add in a ½ cup of whatever seeds (pumpkin or sunflower work well) you have on hand but this is totally optional. I like my granola loose as opposed to packed-tightly into bars or clusters but you could certainly apply some pressure to the granola mix while it’s on the sheet tray before baking to promote the formation of clusters. The spent grain used for this recipe doesn’t even need to be milled, you can use it whole.

Ingredients

1 1⁄2 cups spent grain, dried and un-milled (I recommend using spent grain from a lighter beer that doesn’t contain roasted malt)
1 1⁄2 cups rolled oats
1 cup roughly chopped unroasted nuts (I use almonds, pecans, and walnuts)
1 cup coconut flakes, preferably unsweetened
1⁄2 cup roughly chopped dried fruit (I use dried cranberries)
1⁄2 cup olive oil
2⁄3 cup maple syrup
1⁄3 cup brown sugar
1⁄2 tsp. Kosher salt
1⁄2 tsp. cinnamon
1⁄4 tsp. ground cloves
1⁄4 tsp. garam masala (optional) 
Pinch of ground nutmeg

Step by step

Preheat oven to 300 °F (150 °C). In a large bowl, using a large spoon, spatula, or your hands, thoroughly combine all of the above ingredients.

Spread the mixture evenly on a half-sheet tray or similar sized sheet. I recommend using something with a lip or edge. 

Bake for roughly 50 minutes until the nuts and coconut turn golden-brown in color. Be sure to stir the mixture every 5–10 minutes. Let cool and package in an airtight container or plastic food-storage bag.

Spent Grain Pancakes

Homemade pancakes are so easy to make you’ll never buy another pre-packaged mix again. This is another recipe, like Spent Grain Granola, where I find that a lighter spent grain mix works best. With a third of its grain bill being flaked maize, I like using the spent grain from my Mexican lager for pancakes. You can even replace the flour entirely in this recipe, swapping it out with 1 cup of cornmeal to make Johnny cakes. The great thing with this recipe is that it offers lots of flexibility to suit your taste. You can use 1 cup of all-purpose flour and add in a ½ cup of mini chocolate chips. Use 1 cup of whole wheat flour and add in a ½ cup chopped walnuts and a ½ cup mashed bananas to make super-flavorful banana nut pancakes. Fruit additions also work nicely here as well. 

Ingredients

1 cup spent grain, dried and milled finely (I recommend using spent grain from a lighter beer that doesn’t contain roasted malt)
1 cup all-purpose flour, or 1 cup of whole wheat flour, or a 50/50 mix of each 
1 Tbsp. granulated sugar
2 tsp. baking powder
1 tsp. salt 
2 eggs
2 cups milk (you may need up to an additional 1⁄2 cup depending on how thick your batter is)
2 Tbsp. melted butter plus additional butter for cooking
2 Tbsp. honey

Optional add-ins

1⁄2 cup of chopped walnuts, or 1⁄2  cup mini chocolate chips, or 1⁄2  cup fruit (blueberries, strawberries or mashed bananas)

Step by step

Heat a large non-stick skillet over medium heat.

In a large bowl, mix together the dry ingredients (spent grain, all-purpose flour, sugar, baking powder, and salt).  

In a separate bowl, mix together the wet ingredients (eggs, milk, melted butter, and honey).

Pour the wet ingredients over the dry ingredients and mix to combine. It’s fine if there are some lumps in the batter. If the batter seems to be too thick, add a little more milk and stir it in. You want the batter to have the consistency of marinara or tomato sauce — not too runny so that the pancakes spread too thin when the batter hits the pan but not too thick that the batter is hard to pour. 

Add 2 tsp. of butter to the pre-heated skillet and let it melt, swirling the pan to cover it with the butter. I like to make small sized pancakes that require about 3 tablespoons of batter. I find I need about 2–3 minutes per side to get them nice and brown but not too dark. Keep an eye on your pan too and turn down the heat if the pancakes are cooking too quickly. Everyone’s stovetop heats differently so you might need to cook a few test pancakes before you determine your timing.

Serve immediately or hold in a 200 °F (95 °C) oven for up to 10–15 minutes. Cooked and cooled pancakes freeze well and can easily be thawed in a microwave.

Spent Grain Banana Bread

Banana bread is a classic example of a quick bread — a bread that uses baking soda and/or baking powder as leavening agents instead of yeast. Quick breads are generally easy to prepare in that they don’t require kneading or resting. Sometimes you can even prepare all of your ingredients in one bowl. I think they make good candidates for swapping out flour with spent grain because the finished product doesn’t have the same type of structure and elasticity that you’d find in a more traditional yeast-leavened bread, like a baguette or French bread. The quick bread just needs enough structure so that it can hold itself together and not collapse and it won’t matter if you replace some of the flour with something containing less gluten. For this recipe, I think you can get away with using spent grain from just about any type of beer you brew, with the darker the beer grains used, the more flavor that the spent grain will lend to your finished banana bread.  

Ingredients

2 very ripe bananas, mashed 
1⁄2 cup unsalted butter, melted
3⁄4 cup packed dark brown sugar
1 egg
1 tsp. vanilla
1 tsp. baking soda
1 tsp. ground cinnamon
Pinch of ground cloves
Pinch of ground allspice
Pinch of ground nutmeg
1⁄4 teaspoon Kosher salt
3⁄4 cup all-purpose or whole wheat flour
3⁄4 cup spent grain, dried and milled finely (almost any variety of spent grain will work here)

Step by step

Preheat your oven to 350 °F (175 °C). Using butter or non-stick cooking spray, grease a 9- by 5-inch (23- x 13-cm) loaf pan and set aside. 

In a large bowl, mash the bananas until they start to form a smooth paste. Add in all the other ingredients except the flour and spent grain and mix to combine. Add the flour and milled spent grains and combine until you see no unmixed flour. Pour this batter into your greased loaf pan and put in the oven.

Bake for 40–50 minutes until a cake tester or toothpick inserted into the center of the banana bread comes out clean. Cool on a rack and remove from the pan prior to slicing.

Spent Grain Chocolate Chip Cookies

This is my go-to recipe for chocolate chip cookies. It produces cookies that are loaded with chocolate chips and are more chewy and chunky rather than flat and crispy, especially when you let the cookie dough chill in the refrigerator before baking. The spent grain addition here works well, adding some texture and nuttiness to the finished cookies. Using spent grain from a darker brew, for example a stout or porter, will really amp up the roastiness in the cookies and would even work well for a chocolate chocolate chip variation.

Ingredients

1 cup all-purpose flour
1 cup spent grain, dried and milled finely (almost any variety of spent grain will work here)
1⁄2 tsp. baking soda
1⁄2 tsp. Kosher salt
1 cup (8 oz.) unsalted butter, melted
1 cup dark brown sugar, packed
1⁄2 cup granulated sugar
2 tsp. vanilla
2 large eggs
12 oz. chocolate chips (I prefer semi-sweet but any variety will work)

Step by step

If you plan to bake the cookies immediately, preheat your oven to 325 °F (163 °C). I prefer to let the cookie dough chill for 2–3 hours before baking as this helps prevent the cookies from spreading out too much when they bake. (See my note later on dough-chilling.)

Line a cookie sheet or sheet tray with parchment paper or grease with butter or non-stick cooking spray. 

In a large bowl, whisk to combine the all-purpose flour, spent grain flour, baking soda, and salt and set aside

In another large bowl, add the melted butter, brown sugar, and granulated sugar and beat/mix until smooth (about three minutes if using a stand mixer set to medium speed). Beat/mix in the eggs, one at a time, and the vanilla for another 2–3 minutes until the mixture is a light sand color and is very smooth and creamy. Add the dry mixture to the wet mixture and mix until everything is just combined. Stir in the chocolate chips. 

If baking immediately, you can place the cookie dough right onto the prepared sheet trays for baking. Size is up to you — use about 2 Tbsp. of dough for smaller cookies, or up to 1⁄3 of a cup for larger cookies.

Baking time will also depend on cookie size. Smaller cookies will take roughly 10 minutes to cook while larger cookies will take 12–14 minutes to cook. Halfway through cooking, rotate your cookie tray in the oven.

You’ll see the edges of the cookies start to turn brown — that’s a good indication of cookie doneness. When the cookies are done, pull the sheet tray out of the oven and let the cookies rest on it before transferring to a wire rack or a cool sheet tray to cool. 

Optional

Dough chilling is not mandatory but I find that when I skip this step, the cookies spread out too much for my taste during baking. To prevent that, this newly formed cookie dough should chill in the refrigerator for at least two hours prior to baking. After adding in the chocolate chips, I take the dough out of the bowl and form it into logs roughly a foot (32 cm) long and about the diameter of a beer bottle. Wrap the cookie dough logs in plastic wrap and refrigerate until you’re ready to use. When it comes time to bake the cookies, I cut off sections of cookie dough roughly 1–1 1⁄2 inches (2.5–4 cm) thick.

Spent Grain Soda Bread

Like the Spent Grain Banana Bread, this is another type of quick bread however this one is a bit more reminiscent of a traditional bread. Like the banana bread recipe, it doesn’t rely on yeast for leavening, rather, the acid in the buttermilk reacts with the baking soda, which enables the bread to rise while it bakes. This recipe can mostly be prepared in a single bowl up to a certain point, then you’ll need to get your hands a bit dirty as you knead the dough to help it come together. Make sure that you’ve got a clean surface to work on before that step. You can bake the formed dough on a baking pan or sheet tray that’s been lined with parchment paper, or directly in a cast-iron skillet in the oven, which is my method of choice. The finished bread will develop a nice sturdy crust while baking and will be quite dense but the inside will be soft like other quick breads.

Ingredients

2 1⁄4 cups all-purpose flour, plus a little extra for your countertop
2 1⁄4 cups spent grain, dried and milled finely (almost any variety of spent grain will work here but I like to use something from a darker brew, like an oatmeal stout)
2 Tbsp. granulated sugar
1 tsp. Kosher salt
1 tsp. baking soda
6 Tbsp. cold butter, cut into 1⁄2-inch (1-cm) cubes
1 3⁄4 cups buttermilk*
1 egg

* If you don’t have buttermilk, you can quickly make your own using any kind of dairy milk and white vinegar. Simply add 1 tablespoon of white vinegar for every 1 cup of milk. Mix together and let stand at room temperature for 5 minutes. Stir again and it’s ready to be used in place of buttermilk.

Step by step

Preheat oven to 400 °F (205 °C). Place a sheet of parchment paper onto a baking pan or tray (if using that). If using a cast iron skillet, make sure it’s well-seasoned/lightly oiled.

In a large bowl, thoroughly combine the all-purpose and spent grain flours, sugar, salt, and baking soda.

Add the butter to the dry ingredients and using your hands, work the butter into the flour mix until it is the size of very tiny pebbles. Think of a green pea, but half that size. 

In a separate small bowl, mix together the buttermilk and egg, then add to the dry ingredients.

Combine the wet and dry ingredients as best as you can — I find it best to use a wooden spoon here — until the mixture becomes too hard to stir. The dough will be very sticky and tacky and will appear to not be fully mixed. Pour it out onto a floured countertop and knead with your hands until you can form it into the rough shape of a ball. You might need to add a little more flour while kneading to get the dough to come together without it being too tacky to the touch. 

Transfer the dough ball to the prepared baking pan or cast-iron skillet. Using a sharp knife, score the top with a “X” shape about a 1⁄2-inch (1-cm) deep. Bake for about 45 minutes until the surface becomes very crusty. The best way to determine doneness is to use an insta-read thermometer – insert it right into the center of the “X” and when it reads 185 °F (85 °C), the bread is done baking. 

Remove the bread from the pan/skillet and let it cool on a wire rack for at least 15 minutes before slicing into it.

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Eat Your (Fermented) Veggies https://byo.com/articles/eat-your-fermented-veggies/ Thu, 04 Aug 2022 15:37:18 +0000 https://byostg.wpenginepowered.com/?post_type=article&p=314676 We all love fermented beverages, but fermented foods are another hobby that can bring a lot of enjoyment (and rewarding deliciousness when done). As homebrewers, we likely have the equipment and most of the knowledge to jump right in.

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Eat Your (Fermented) Veggies

When the average beer drinker first sees a production-scale brewery, their eyes often go wide at the apparent complexity of the process. All those rows of tanks and pipes and clamps make it all seem mind-bogglingly complex. Homebrewers, however, soon learn that they can make the hobby as simple or as complicated as they’re ready for. If you’re ready to move beyond the realm of beer, nothing illustrates the pure simplicity of fermentation like fermented veggies.

Fermenting veggies at home can be extremely simple — as simple as dropping some farm-fresh beets into a jar, pouring a little salt over them, and filling the jar with water. The microbes do all the work, and since veggie ferments utilize wild fermentation, the veggies themselves, plus some salt and a jar, are all you really need to get started. 

Many of the instincts that homebrewers develop while making beer at home apply to fermented foods as well. When brewing beer, the greatest threats are usually oxygen and infections. A beer brewer’s chief instinct, therefore, mainly revolves around keeping their beer protected from the open air as much as possible and practicing thorough sanitation. When making fermented foods, however, sanitation is actually less of a concern, since most veggie ferments utilize the microbes already present on their exterior. Vegetables, in other words, come with a built-in starter pitch, and since all veggie ferments employ commonly occurring bacteria in the first place, thoroughly sterilizing your jars isn’t strictly necessary. Your fermentation vessel should be clean, of course, but the veggies themselves are already crawling with the right kinds of microbes. Once fermentation has commenced, lactic acid-producing bacteria quickly create an environment that is hostile to any unwanted competition. These bacteria produce both lactic acid and CO2, and the resulting low-pH environment ensures that the veggies will remain stable, flavorful, and free of harmful microbes.

The real trick, for most veggie ferments, is making sure that all the bits and pieces stay submerged beneath that vital, protective layer of brine. While oxygen is not as big of a concern as when brewing beer (and in fact, is necessary for some types of fermentation, like kombucha and vinegar) a solid layer of liquid brine above your veggies prevents mold and aerobic spoilage bacteria from getting a foothold. Many people are suspicious regarding the safety concerns of preserved foods, worrying excessively that they might do something wrong and accidentally give themselves botulism. Yet dangers like botulism are primarily an issue with canned foods, and generally do not apply to fermented vegetables (unless those vegetables are themselves can-pasteurized at some stage). The high salinity, low-pH environment of fermentation deters the growth of harmful pathogens, while the sterilizing effects of canning paradoxically open the door to botulism. Botulism spores are incredibly hardy, and can thus sneak through the canning process and thereafter propagate in an environment where no other competition is left alive. Obviously, it is quite important to get things right. You don’t want to blindly dig in to a botched jar of sauerkraut, even if the worst thing likely to happen is a bit of mold. As with beer, the “smell test” is often all that you need. Does the ferment look and smell fine? Is there anything noticeably horrid and rotten going on when you give it a whiff? If it doesn’t pass the smell test, you shouldn’t taste it either. Be on the lookout (or smellout, as it were) for anything with the odor of rot, which, fortunately, tends to be fairly obvious. When in doubt, throw it out! But if your sauerkraut smells like sauerkraut or your fermented hot sauce smells like tangy, funky hot sauce, chances are, everything is perfectly fine. 

Basic Vegetable Fermentation Setup

Veggie fermentation can be carried out in a high-end Fido jar with a clampable lid, a standard glass jar with a modified screw-top lid and airlock system, or even just a basic Mason jar. While fancier setups with airlocks can be convenient for brewers who are likely to already have many of the pieces already on hand, fermented veggies are much more forgiving than beer. While as a brewer I had to learn to resist the impulse to open up my carboys and pull samples on a regular basis, opening up the container to check in on things is a fine habit to get into when it comes to fermented veggies. When you do, check to see if any veggies have floated up above the brine. If they have, simply use a clean fork or spoon to push them back under. In my opinion, this simple method of regular checkups and “nudges back under the brine” is the easiest, most reliable way to ensure a successful fermentation when on a budget. Airlocks and crocks are nice, but certainly not required.

Whatever container you use should, of course, be food-safe. Reusing a container like an old pickle or pasta sauce jar is a good place to start, and Mason jars are always an excellent choice. Fermented foods are usually heavily salted, so the container must be non-reactive to both salt and acid. Glass and ceramics all fit these criteria, and are easy to clean as well. Avoid fermenting veggies in a metal container, which can corrode when exposed to high levels of acid and salt. For the same reason that brewers often use something like a blow-off tube to capture excess foam (and vent CO2), placing your ferment in a tray or pan is usually a good idea. Depending what sort of vessel you decide to use, spillovers are common during the first week of fermentation and can create a mess that you might not even notice for several days. 

As with homebrewing, there are many other additional small tools one can acquire to aid in their fermenting journey, but most are not strictly necessary. Measuring cups and spoons are helpful for measuring salt additions, though a gram scale can also be used. Chances are good, however, that you’ll be able to carry out a few starter ferments using nothing more than what you already have around the house.

Salt, Brine, and Starter Culture

Salt is a crucial ingredient in fermented veggies for its preservative powers, and a little bit also goes a long way to spice up the flavor of the ferment. With the addition of salt and proper management of the brine level, the beneficial microbes present on your veggies will have everything they need in order to beat back the competition and create a healthy, stable product. As mentioned before, the vegetables will need to be submerged below the level of the brine throughout fermentation in order to prevent mold from gaining a foothold — though in some cases, as with sauerkraut and kimchi, small air pockets may remain throughout your jar. (When properly packed down, these pockets will be doused with CO2 once fermentation has begun). In most cases, therefore, the amount of brine needed is simply whatever amount is necessary to submerge the vegetables completely. The best fermentation results are achieved with a 2–2.5% salt brine, based on total weight. In other words, if the total weight of your veggies and liquid comes in at 1,000 g, you’ll need to add 25 g salt for a proper ferment. For those without a gram scale, this works out, loosely, to about a teaspoon of salt per cup of water. Always use sea salt or pickling salt with no added chemicals. Table salt should not be used for fermentation because the iodine added to most table salts hinders bacterial growth and will not taste good.

Filtered water is essential. Many towns and cities add chloramines and fluoride for the specific purpose of inhibiting microbes. Significant levels of chlorine and fluoride will hinder fermentation from starting, as they can kill the fledgling communities of microbes resident on your veggies. Spring water from the store will work, but a water purifier with a fluoride filter means you’ll have a regular, waste-free source of filtered water for drinking as well as for fermentation. 

Fermentation

Placing your fermenting veggies in a pan or tray is a good idea as spillovers are common during the first week of fermentation.

Fermented vegetables are far more forgiving when it comes to temperature than beer is, giving homebrewers a chance to relax even if your home sees regular temperature swings. The same basic principles apply here as apply to beer, however: At warmer temperatures, fermentation will proceed much quicker, and therefore may favor a funkier, more lactic profile. Colder temperatures make for a slower fermentation. If temperatures are too low (below 65 °F/18 °C) — Lactobacillus bacteria growth may occur more slowly, and other microbes are given an opportunity to make their presence known. Anecdotally, I have noticed that brine-based ferments like beet tonic are more susceptible to Pediococcus (leading to thick, snotty liquid  — also a concern for wild beer brewers) below this temperature range. Fortunately, most households generally keep their thermostat set to a temperature that is fairly ideal for veggie fermentation. If you live in a region that sees extremely elevated summer temperatures and your home is not temperature maintained, you should still be able to manage by fermenting in a cool cupboard or basement, or by simply avoiding the hottest weeks of the year.

Fermented veggies don’t mind a little bit of indirect sunlight, though direct sunlight can inhibit bacterial growth. Fermentation time will depend on a number of factors, including temperature, the quantity of salt, and the texture and density of the veggies themselves. Most ferments will do well with about two to three weeks of fermentation time, but this is only a general rule, and there are significant exceptions. Some ferments are not meant to go full-on funky, and really only need a few days of brining, while others enjoy aging and mellowing as long as any wine. A fermented hot sauce, for example, can safely condition for years. For most, you can simply go by taste. Try the veggies after a week and see if they’ve hit a level of flavor and acidity that is enjoyable to you. If you think they could use more time, give them another five to seven days and try them again. The finished product will keep for months in the fridge. For more tips on fermenting foods, plus examples, check out three unique recipes below.

Fermented Food Recipes

Sauerkraut

Ingredients

1 medium cabbage (about 21⁄2 lbs./1.1 kg)
1.5–2 tsp. salt per lb. (0.45 kg) of cabbage

Step by step

As with any ferment, the better the ingredients, the better the end result will be. Sauerkraut, however, is a little more forgiving than some others. Sauerkraut (and other similar cabbage ferments), are one of the most common fermented foods on the planet for a variety of reasons. Cabbage is cheap, ubiquitous, and hardy. Sauerkraut is versatile and can be adapted to utilize a variety of ingredients that you may have on hand and wish to use up. It’s also more forgiving, since even winter cabbage from the grocery store can still be transformed into a respectable sauerkraut. Just about any variety of cabbage can make for a good kraut — red cabbage kraut is especially tasty. Small amounts of other veggies, like carrots or jalapeños, make for a nice twist, as do spices like caraway or rosemary.

While kraut is more forgiving once fermentation is underway, the preparation stage demands a bit more grunt work than other ferments. Like other veggie ferments, sauerkraut needs an anaerobic environment. But kraut is generally made without adding brine, as cabbage itself already contains plenty of water. During the preparation stage you’ll have to get rough with it. A good kraut requires aggression, and you’ll need to really work to pack it all into the jar. The harder you pack, the more liquid will be released, and you’ll have to compel the cabbage to release enough of its water to form a brine that covers the top of the veggies.

First, remove the outer leaves of your cabbage as well as any that are damaged. Cut the cabbage into quarters and remove the solid core. Rinse the cabbage well with cold water, allowing the water to flow between the cabbage leaves. This will remove any dirt and bugs that may be along for the ride, but will not affect the microbes that you’ll need for fermentation. Set one broad, thicker outer leaf to the side. Shred the remaining cabbage with a knife or food processor. The chopped bits have to be fine enough that the whole jar of kraut can be packed down relatively densely, but before you transfer to a jar, place the cabbage in a large bowl. Sprinkle the calculated amount of salt over the cabbage, then toss well. Allow the cabbage and salt mixture to rest about 15–30 minutes so the salt can be absorbed.

After about half an hour, the cabbage should have released a good bit of its moisture. After this, pack the cabbage into a clean glass quart jar. Pour any liquid left in the bowl into the jar — although this likely won’t be enough to cover the cabbage just yet. Keep packing the cabbage down until enough juice has been released to submerge the vegetables almost all the way. You should be able to get close, though some may struggle to get all the way to complete submersion. If needed, top off with a 2% solution of salt water (1 teaspoon salt per cup of water). If using a weight system to keep the veggies under the brine, take the reserved cabbage leaf and cut or fold it so that it covers the rest of the cabbage at the top of the jar. This extra leaf can be held under a weight to create an additional buffer between the veggies and any attacking mold. Allow the sauerkraut to ferment for 1–4 weeks until it reaches the sourness you desire, and then store cold.

Fermented Hot Sauce 

Ingredients

3.2 oz. (90 g) chili peppers 
1⁄2 Tbsp. sea salt
1⁄2 Tbsp. honey
Splash of apple cider vinegar

Step by step

While most hot sauces sitting on grocery store shelves these days are vinegar-based, fermented hot sauces are actually a lot more common than you may think. Fermented condiments in general have been around for a very long time, probably as long as any fermented food. Even today, a few popular brands like Tabasco and styles like sriracha are still made using fermentation, rather than vinegar. While vinegar hot sauces can be bright and punchy, fermented hot sauces unsurprisingly tend to play up the funk and complexity.

Fermented hot sauce may be my favorite ferment to make at home, simply because of how versatile and forgiving it is. Both managing fermentation and winging a recipe on the fly are simple tasks, and the resulting flavors can be unlike anything you’ll find in the average store. Even better, fermented hot sauce lasts a long, long time — I’ve had half-empty bottles that stayed vibrant and flavorful for years. 

The recipe given here is bare bones, because as with most fermented foods, you can modify the recipe to push it in just about any direction you want. For a first attempt, however, I recommend a mix of habanero and serrano peppers. Not only are these readily available in almost all grocery stores, they’re easy to find fresh at farmers markets, and make for a hot sauce with good flavor and a moderate but manageable heat level. With any hot sauce, the heat can always be dialed down by blending in a bit of bell pepper (use whatever type of bell pepper best matches the color of the rest of your peppers). Peppers, like hops, are a lot of fun to mix and match, and testing out an obscure rare pepper variety on its own in a hot sauce can be every bit as satisfying as a single-hop IPA. 

As for the process, I like to keep things simple. Blend the peppers, salt, and honey until they are the consistency of salsa, then pour into your fermentation vessel. Top off with a splash of apple cider vinegar so that the liquid level is above the solid veggies. Allow two weeks to ferment, then blend again, to create a finer, more sauce-like consistency. Additional vinegar or salt brine can be added if the hot sauce is still too thick. A dash of extra salt can also ensure that the hot sauce keeps for a long time. At this point, you can pour the sauce back into the same vessel, or you can even transfer to hot sauce bottles at this stage. While the hot sauce should now be ready to consume, I usually prefer to age my hot sauces at room temperature for several months before I begin to use them. The flavor will continue to develop, and the heat mellows and integrates with the flavor of the sauce over time. For the first month of aging, however, be sure not to tighten the lid of the jar or bottles all the way. More CO2 will be released as the ferment continues to condition. 

Fermented French Fries

Ingredients

2 medium / large potatoes
Salt (2% brine)

Step by step

While fermenting potatoes and then later cooking them as French fries might seem like a slightly paradoxical way to enjoy a fermented food, I’ve always enjoyed the concept of this recipe as much for what it conveys as well as for how it tastes. Fermentation is useful for preservation, of course. But less frequently discussed is the fact that fermentation also breaks down complex sugars and starches and generally makes foods easier for our bodies to process. Probiotics get all the mainstream buzz, but fermentation also makes foods healthier by unlocking nutrients that our own bodies wouldn’t have access to on their own. Many such foods, like beans and starchy vegetables, don’t require a full fermentation. Usually a day or two of brining is sufficient to begin the breakdown.

French fries made from fermented potatoes are not only easier to digest, but more flavorful as well. Fermentation adds a tangy dimension that really complements the saltiness of French fries, creating a flavor dynamic similar to salt and vinegar chips. The longer you ferment the funkier the fries will be, of course, but I usually prefer to toss these in the oven after two or three days of fermentation.

The process is quite simple: Wash the potatoes with cold water to remove any dirt, then cut them up into French fry style wedges. How thick you cut the wedges is entirely up to you. Pack the potato wedges into a jar and fill with a 2% salt water brine (1 teaspoon salt per cup of water). Allow to ferment for two or three days, then remove the potatoes from the brine and give them an hour or so to air dry. After this, you can bake or fry them as you would any other French fry, though they may need less time cooking than normal fries. Keep in mind that fermented French fries have already been salted, so you will likely want to hold off on adding any more salt until after you’ve cooked and tasted them. Additional spices can be added either during the fermentation process, or upon serving. 

And, as pictured above, this same recipe works great for sweet potato fries as well! 

The post Eat Your (Fermented) Veggies appeared first on Brew Your Own.

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Fermented French Fries https://byo.com/recipes/fermented-french-fries/ Thu, 04 Aug 2022 15:36:06 +0000 https://byostg.wpenginepowered.com/?post_type=recipe&p=314733 The post Fermented French Fries appeared first on Brew Your Own.

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recipe

Fermented French Fries

Recipe

Ingredients

2 medium / large potatoes
Salt (2% brine)

Step by Step

While fermenting potatoes and then later cooking them as French fries might seem like a slightly paradoxical way to enjoy a fermented food, I’ve always enjoyed the concept of this recipe as much for what it conveys as well as for how it tastes. Fermentation is useful for preservation, of course. But less frequently discussed is the fact that fermentation also breaks down complex sugars and starches and generally makes foods easier for our bodies to process. Probiotics get all the mainstream buzz, but fermentation also makes foods healthier by unlocking nutrients that our own bodies wouldn’t have access to on their own. Many such foods, like beans and starchy vegetables, don’t require a full fermentation. Usually a day or two of brining is sufficient to begin the breakdown.

French fries made from fermented potatoes are not only easier to digest, but more flavorful as well. Fermentation adds a tangy dimension that really complements the saltiness of French fries, creating a flavor dynamic similar to salt and vinegar chips. The longer you ferment the funkier the fries will be, of course, but I usually prefer to toss these in the oven after two or three days of fermentation.

The process is quite simple: Wash the potatoes with cold water to remove any dirt, then cut them up into French fry style wedges. How thick you cut the wedges is entirely up to you. Pack the potato wedges into a jar and fill with a 2% salt water brine (1 teaspoon salt per cup of water). Allow to ferment for two or three days, then remove the potatoes from the brine and give them an hour or so to air dry. After this, you can bake or fry them as you would any other French fry, though they may need less time cooking than normal fries. Keep in mind that fermented French fries have already been salted, so you will likely want to hold off on adding any more salt until after you’ve cooked and tasted them. Additional spices can be added either during the fermentation process, or upon serving. 

And, as pictured above, this same recipe works great for sweet potato fries as well! 

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Fermented Hot Sauce  https://byo.com/recipes/fermented-hot-sauce/ Thu, 04 Aug 2022 15:34:52 +0000 https://byostg.wpenginepowered.com/?post_type=recipe&p=314731 The post Fermented Hot Sauce  appeared first on Brew Your Own.

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recipe

Fermented Hot Sauce 

Recipe

Ingredients

3.2 oz. (90 g) chili peppers 
1⁄2 Tbsp. sea salt
1⁄2 Tbsp. honey
Splash of apple cider vinegar

Step by Step

While most hot sauces sitting on grocery store shelves these days are vinegar-based, fermented hot sauces are actually a lot more common than you may think. Fermented condiments in general have been around for a very long time, probably as long as any fermented food. Even today, a few popular brands like Tabasco and styles like sriracha are still made using fermentation, rather than vinegar. While vinegar hot sauces can be bright and punchy, fermented hot sauces unsurprisingly tend to play up the funk and complexity.

Fermented hot sauce may be my favorite ferment to make at home, simply because of how versatile and forgiving it is. Both managing fermentation and winging a recipe on the fly are simple tasks, and the resulting flavors can be unlike anything you’ll find in the average store. Even better, fermented hot sauce lasts a long, long time — I’ve had half-empty bottles that stayed vibrant and flavorful for years. 

The recipe given here is bare bones, because as with most fermented foods, you can modify the recipe to push it in just about any direction you want. For a first attempt, however, I recommend a mix of habanero and serrano peppers. Not only are these readily available in almost all grocery stores, they’re easy to find fresh at farmers markets, and make for a hot sauce with good flavor and a moderate but manageable heat level. With any hot sauce, the heat can always be dialed down by blending in a bit of bell pepper (use whatever type of bell pepper best matches the color of the rest of your peppers). Peppers, like hops, are a lot of fun to mix and match, and testing out an obscure rare pepper variety on its own in a hot sauce can be every bit as satisfying as a single-hop IPA. 

As for the process, I like to keep things simple. Blend the peppers, salt, and honey until they are the consistency of salsa, then pour into your fermentation vessel. Top off with a splash of apple cider vinegar so that the liquid level is above the solid veggies. Allow two weeks to ferment, then blend again, to create a finer, more sauce-like consistency. Additional vinegar or salt brine can be added if the hot sauce is still too thick. A dash of extra salt can also ensure that the hot sauce keeps for a long time. At this point, you can pour the sauce back into the same vessel, or you can even transfer to hot sauce bottles at this stage. While the hot sauce should now be ready to consume, I usually prefer to age my hot sauces at room temperature for several months before I begin to use them. The flavor will continue to develop, and the heat mellows and integrates with the flavor of the sauce over time. For the first month of aging, however, be sure not to tighten the lid of the jar or bottles all the way. More CO2 will be released as the ferment continues to condition. 

The post Fermented Hot Sauce  appeared first on Brew Your Own.

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Sauerkraut https://byo.com/recipes/sauerkraut/ Thu, 04 Aug 2022 15:33:05 +0000 https://byostg.wpenginepowered.com/?post_type=recipe&p=314730 The post Sauerkraut appeared first on Brew Your Own.

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recipe

Sauerkraut

Recipe

Ingredients

1 medium cabbage (about 21⁄2 lbs./1.1 kg)
1.5–2 tsp. salt per lb. (0.45 kg) of cabbage

Step by Step

As with any ferment, the better the ingredients, the better the end result will be. Sauerkraut, however, is a little more forgiving than some others. Sauerkraut (and other similar cabbage ferments), are one of the most common fermented foods on the planet for a variety of reasons. Cabbage is cheap, ubiquitous, and hardy. Sauerkraut is versatile and can be adapted to utilize a variety of ingredients that you may have on hand and wish to use up. It’s also more forgiving, since even winter cabbage from the grocery store can still be transformed into a respectable sauerkraut. Just about any variety of cabbage can make for a good kraut — red cabbage kraut is especially tasty. Small amounts of other veggies, like carrots or jalapeños, make for a nice twist, as do spices like caraway or rosemary.

While kraut is more forgiving once fermentation is underway, the preparation stage demands a bit more grunt work than other ferments. Like other veggie ferments, sauerkraut needs an anaerobic environment. But kraut is generally made without adding brine, as cabbage itself already contains plenty of water. During the preparation stage you’ll have to get rough with it. A good kraut requires aggression, and you’ll need to really work to pack it all into the jar. The harder you pack, the more liquid will be released, and you’ll have to compel the cabbage to release enough of its water to form a brine that covers the top of the veggies.

First, remove the outer leaves of your cabbage as well as any that are damaged. Cut the cabbage into quarters and remove the solid core. Rinse the cabbage well with cold water, allowing the water to flow between the cabbage leaves. This will remove any dirt and bugs that may be along for the ride, but will not affect the microbes that you’ll need for fermentation. Set one broad, thicker outer leaf to the side. Shred the remaining cabbage with a knife or food processor. The chopped bits have to be fine enough that the whole jar of kraut can be packed down relatively densely, but before you transfer to a jar, place the cabbage in a large bowl. Sprinkle the calculated amount of salt over the cabbage, then toss well. Allow the cabbage and salt mixture to rest about 15–30 minutes so the salt can be absorbed.

After about half an hour, the cabbage should have released a good bit of its moisture. After this, pack the cabbage into a clean glass quart jar. Pour any liquid left in the bowl into the jar — although this likely won’t be enough to cover the cabbage just yet. Keep packing the cabbage down until enough juice has been released to submerge the vegetables almost all the way. You should be able to get close, though some may struggle to get all the way to complete submersion. If needed, top off with a 2% solution of salt water (1 teaspoon salt per cup of water). If using a weight system to keep the veggies under the brine, take the reserved cabbage leaf and cut or fold it so that it covers the rest of the cabbage at the top of the jar. This extra leaf can be held under a weight to create an additional buffer between the veggies and any attacking mold. 

The post Sauerkraut appeared first on Brew Your Own.

]]>
Making Sausage at Home https://byo.com/articles/making-sausage-at-home/ Wed, 02 Jun 2021 20:55:39 +0000 https://byostg.wpenginepowered.com/?post_type=article&p=287283 What better pairing is there in the summer than a cold beer and a hot sausage? You already make your own beer, why not make your own sausage too? We introduce you to what may become your second favorite hobby, with recipes for beer brats and Italian sausage.

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article

Making Sausage at Home

Beer and sausage have ancient origins. We don’t know when these two classic products of human ingenuity were first served together, but it likely occurred more than a thousand years ago. They are just as satisfying together today, and making them fits well together for the home hobbyist, too.

At its most basic, the nature of sausage is reflected in the origin of the name. “Sausage” in English is derived through Anglo-French from Latin “salsus,” meaning salted. Minced or ground meat, salted and seasoned, usually stuffed into a casing. Many of the sausages we enjoy in North America originated in Germany and other European countries, as well as Asia and the Middle East. In this article, I will share with you my recipe for smoked beer brats, a version that resembles some of the bratwurst variations found in Germany. And to complement the Italian Pilsner story featured in this issue, I also share my favorite mild Italian sausage recipe.

Bratwursts are very popular throughout the U.S. and Canada. Most often made entirely from pork, some are made in various German traditions that include beef along with the pork. Modern versions may incorporate such ingredients as cheddar cheese or jalapeños. Usually made in a natural hog casing, some are smoked over hardwood or fruitwood while others are grilled, fried, or boiled in beer directly from raw. My particular recipe is 60% pork and 40% beef, stuffed into natural hog casings, and smoked over applewood. Since I like to make it as a beer brat, I always include some homebrew in the mix. My spicing is traditional, relying on nutmeg and black pepper for distinctive character. The meat mixture is also bound together with the addition of beaten egg.

Italian sausage is a North American term for a product that resembles some of the popular styles in Italy, where dozens of different regional and traditional sausages are enjoyed. Fried or grilled in the casing, such sausages are served on sandwiches with peppers and onions, on top of spaghetti with marinara sauce, or simply on a plate alongside a crisp Pilsner-style beer. Removed from the casing (or never stuffed to begin with), it can be found in pasta sauces, on pizzas, and as filling for stuffed pastas like ravioli. My version, like many others, is a 100% pork recipe. Fennel seeds, garlic, and fresh parsley make it instantly identifiable as “Italian.” Since I like to keep all the fermentation hobbies going, I include some homemade red wine in the meat mixture. If you want to make hot Italian sausage instead of mild, simply add cayenne pepper at a rate of ¼ to ½ tsp. per pound (454 g) of meat.

Sausage Making Basics

Grinding pork with my electric grinder, into a bowl on ice to keep the meat cold.

Two basic pieces of equipment are required for sausage making: A grinder and a stuffer. Just as with homebrewing equipment, there are some simple manual devices that will get you started, but you may want to upgrade if this becomes a regular hobby. In the pictures included here, you will see the electric grinder and piston-style stuffer that I have settled on. They have proved very satisfactory for my level of production of several batches per year of 5–6 pounds (2.3–2.7 kg) each. Of course, that’s a lot of one kind of sausage for my wife and I. Sometimes we split a batch, as we did for this article between brats and Italian sausage. What we don’t cook and eat in a day or two, we freeze on sheet pans and then store in zipper bags in the freezer.

Stuffing pork/beef brats in hog casing with my piston-style sausage stuffer. When you start filling a casing, squeeze out air and tie off one end with kitchen twine. Stuff to desired links, twisting opposite directions each time.

In the bratwurst recipe, you will see that I use pink salt/Prague powder #1/insta cure #1 as an ingredient. That curing salt is 6.25% sodium nitrite and the balance is sodium chloride (table salt). The other prominent curing salt you may run across in this hobby is Prague powder #2 with the same amount of sodium nitrite plus 4% sodium nitrate. Both salts are dyed pink so they don’t get mistaken for table salt in the kitchen. Besides assuring the color and flavor of cured meat, these salts protect against the growth of spoilage organisms, most notably Clostridium botulinum, in sausages that spend some time at other than cold temperatures. Cure #1 is for short-term applications, such as the 90-minute “cool” smoking period in my recipe. If you just want to make the same recipe as a raw brat to be refrigerated or frozen, you may leave it out. For longer storage outside the fridge, as in drying a salami, the nitrate in cure #2 breaks down to nitrite, providing extended protection. 

If you want to get the character of cured sausage but avoid nitrate and nitrite salts, you can buy celery extract powder that has significant levels of naturally occurring nitrates. Some salamis also have a sour lactic tang as part of the flavor profile. Just as with many sour beers, the lactic acid is produced through bacterial fermentation. Because I love putting microbes to work, I have made a few dried sausages using Chr Hansen Bactiferm F-RM-52 that contains Lactobacillus sakei and Staphylococcus carnosus.

What meat you use in what sausage is entirely your choice. Modern pork is so lean that adding pork fatback (also called back fat), as I do here, really helps assure a juicy and succulent product. You will probably need to talk to your butcher to buy it, but it is very inexpensive (I order my sausage meats from a local custom meat purveyor and just pick up the combination I want the next day.) In the interest of expanding my sausage horizons, I have also made sausages from meats beyond pork and beef. I have boned and ground chicken thighs and turkey thighs, and around Thanksgiving (when turkeys go on sale at supermarkets) my wife has bought whole frozen turkeys that we thaw, bone and skin, and then grind for sausage. I have also used lamb leg meat for making the North African sausage Merguez and it was delicious. For that one, I wanted to make breakfast-size sausages, smaller than a “standard” dinner sausage. 

Casings are prepared by soaking them for 30–60 minutes in tepid water and then rinsing with cool water, including running a plug of water through each. Then keep them in a bowl of cool water until you begin stuffing with meat.

That leads me to a discussion of casing: The small ones are sheep intestine casings and do, indeed, make breakfast-size links. Hog casings are what I use most often, making sausages roughly one inch (2.5 cm) in diameter. The biggest natural casings for home use are beef middles, used for sausages like bologna or summer sausage. There are also a variety of manufactured casings using collagen, plastic, and other materials. You may be able to find the casings you need at your local butcher shop. If not, a simple Google search for sausage casings will result in numerous options to order online.

As with any food or beverage hobby, cleaning and sanitation are very important. Clean all of your work surfaces like you would for any cooking project, and sanitize any surface that will be in direct contact with your sausages. I like to use a 70% ethanol solution in a spray bottle to sanitize the Formica tabletop that I do my stuffing on. Another protection against spoilage is to keep everything as cold as possible while you work. That also helps keep the fat from smearing, so you get a better texture. 

This story is, of course, intended as an introduction to making sausage at home. If you’d like to take the hobby further I would recommend getting a good book on the subject. I use (and like) Charcuterie by Ruhlman and Polcyn as a basic text and, for more advanced fermented sausages: The Art of Making Fermented Sausages by Marianski and Marianski.

Alright, armed with this basic information, let’s open a homebrew and get to the recipes.

Bob’s Smoked Beer Brats

Ingredients

Meat

3 lbs. (1.35 kg) boneless pork butt (shoulder)
2 lbs. (0.9 kg) boneless beef chuck
1 lb. (0.45 kg) pork fatback

First addition

1½ tsp. black pepper
1 tsp. nutmeg
1 tsp. sage
6 g pink salt (Prague powder #1) (May omit if not cool-smoking)
1 Tbsp. crushed garlic

Second addition

40 g kosher salt
2 eggs
1 cup beer (I used homebrewed Baltic porter)

Other

Hog casings packed in salt
Applewood chips

Step by Step

Clean and sanitize surfaces. Cube fat and put in freezer. Cube pork and beef. Toss with spices and chill.

Chill grinder parts. Soak about 4 hog casings 30–60 minutes in tepid water. Rinse with cool water, including running a plug of water through each. Keep in a fresh bowl of cool water.

Toss fat with meat. Grind on medium into a bowl set in ice. Beat together eggs, beer, and salt and mix into ground meat. Fry a test patty and taste. Adjust seasoning to fit your taste if needed.

Start filling a casing, squeeze out air, and tie off with kitchen twine. Stuff to desired link sizes, twisting opposite directions each time. Coil on a rack and tie off end. Air-dry on racks in the refrigerator about 1 hour. Preheat smoker to 140 °F (60 °C) for 30 minutes. Hang sausages on smoker racks and smoke for 90 minutes over applewood chips at 140 °F (60 °C).

Cut apart links and grill or fry over low-medium heat for 10–12 minutes to cook through (smoking at 140 °F/60 °C does not fully cook the pork). 

Notes

The added pork fat makes for a very juicy, succulent sausage. The medium grind produces a rustic bratwurst. For a smoother texture, you can grind as described but using the coarse die, then chill again, and grind a second time on fine.

Meaty and smoky aromas and flavors are most prominent. The use of Baltic porter homebrew and the nutmeg seasoning introduce secondary aromas and flavors suggestive of sweet baking spices. Both beef and pork are present in the flavor profile. 

For pairing, a malty beer like this Baltic porter works nicely in parallel with the sweet applewood smoke and nutmeg spicing. A contrasting combination also works well, with a crisp Pilsner or hoppy pale ale cleansing the palate between bites of sausage.

Mild Italian Sausage

Ingredients

Meat

4 lbs. (1.8 kg) boneless pork butt (shoulder)
1 lb. (0.45 kg) pork fatback

First addition

1½ tsp. black pepper
4 tsp. toasted fennel seeds (toss in a nonstick pan over medium heat to toast)
1 tsp. paprika
1 cup fresh parsley, chopped
1 head of garlic, peeled and chopped
(Optional: 1–2 tsp. cayenne powder to make hot Italian sausage)

Second addition

8 tsp. kosher salt
7 tsp. sugar

Third addition

¾ cup red wine
¼ cup red wine vinegar

Other

Hog casings packed in salt

Step by Step

Clean and sanitize surfaces. Cube fat and put in freezer. Cube pork. Toss pork cubes and frozen fat cubes with spices. Add the salt and sugar and mix again. Chill.

Mix vinegar with wine and chill. Chill grinder parts. 

Soak about four hog casings 30–60 minutes in tepid water. Rinse with cool water, including running a plug of water through each. Keep in a fresh bowl of cool water. (If you just want bulk Italian sausage without the casings, you can skip this part.)

Set up the grinder and get out the chilled sausage mixture. Grind on medium into a bowl set in ice. Add wine and vinegar and mix into ground meat. Fry a test patty and taste. Adjust seasoning as needed to fit your taste.

Start filling a casing, squeeze out air, and tie off with kitchen twine. Stuff to desired link sizes, twisting opposite directions each time. Coil on sheet pans lined with wax paper. Refrigerate or freeze, then cut apart the links. Use within a couple of days or store frozen sausages in zipper bags. Grill or fry thawed sausages until just cooked through to maintain juiciness.

Notes: 
This sausage recipe uses a medium grind, producing the typical somewhat rustic character of most Italian sausage.

Aromas and flavors are savory meat and toasted fennel seed. The sausage is juicy but tender and has a very typically Italian flavor profile. The hints
of vinegar and wine brighten the overall palate. 

This Italian sausage pairs very nicely with a dry, crisp Pilsner beer or with a fruity red wine.

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