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Winemaking equipment

Wine Barrel Care and Maintenance

Winemaking is an investment in most winemakers’ eyes. One of your most tedious but worthwhile investments will be a wine barrel. They are expensive to produce and challenging to maintain, but the impact it can have on the quality of your wine makes it worthwhile. This article will cover the anatomy of the barrel, how to clean it, and the maintenance you should familiarize yourself with if you plan on owning one.

Wine Barrel

Inspecting your barrel

The first thing you should do as soon as you receive your new (or used) wine barrel is to inspect it. You should start by visually examining the barrel’s exterior. Keep an eye out for broken chimes, dented or displaced heads, and misaligned staves. Also look for scrapes, gouges, and any torn or burred hoops. Next, you’ll need to inspect the inside of the barrel. The inside should be completely dry and free of mold. The area where the head meets the staves can be a breeding ground for mold, which usually occurs from a combination of standing water and exposure to starch used in the construction of the barrel. Lastly, observe the aroma of the barrel. The barrel should smell clean, fresh, oaky, and/or toasty. Other than sulfur, there should be no chemical odors and certainly no aroma of spoilage.

Prepping your barrel for wine

This will include one last inspection of your barrel, which is testing your barrel for leakage first. You need to rehydrate your barrel, or “swell” it to prepare it for wine, but it’ll kill two birds with one stone allowing you to inspect for any possible leaks. There are two ways to swell your barrel, the first option being the hot water/quick soak method. The second option is a coldwater/high volume soak. The only main difference is the speed of which the soaking gets done.

Hot water/quick soaking consists of filling the barrel with 3-5 gallons of filtered, chlorine-free, hot water. The ideal temperature for this would be about 180 degrees Fahrenheit. Use caution when using water hotter than this, or using high-temperature steam as this can degrade and damage the barrel. Once you’ve filled your barrel, place your stopper in the bunghole. Rotate the barrel from side to side, completely wetting the barrel’s interior. Stand the barrel upright on its side (one head facing down, the other up) and let stand for about 4 hours to rehydrate the head. Repeat with the opposite side for an additional 4 hours. During these processes, make sure to continuously check for any leakage. If there are no leaks, turn the barrel so it’s bunghole is facing toward and allow to drain and dry completely.

Coldwater/high volume soaking calls for filling he barreling completely with filtered, chlorine-free, cold water. Once you’ve filled the barrel completely, place your stopper in the bunghole and let the barrel stand for about 24 and 48 hours. Once no leaks are present, empty the barrel and allow it to drain and dry completely.

If your barrel continues to leak after multiple swelling attempts

If after either of these methods are complete the barrels still exhibit leaks, repeat the swelling process as it’s possible it just needed more time to swell. There are some additional methods of swelling you can attempt that are more aggressive but can possibly help seal any leaks.

The submerging method:

We have found that sometimes soaking the interior and exterior of the barrel simultaneously can help to get it swelled. Start by placing the barrel upright on one head in a large container. Fermentation tubs work great for this. Next, fill the barrel halfway until water is seeping from the bunghole, then fill the container it’s in up to the same bunghole. Let the barrel sit overnight, then remove all water from the barrel and container, flip the barrel onto its other head and repeat the process. Once emptied, use the cold water method and check for any leaks.

The hoop tightening method: 

The hoops on a barrel can become loose when it becomes dry. Using a hoop driver, or if no hoop driver is available, a cold chisel to hammer the hoops toward the center of the barrel. Workaround the barrel, hammering firmly at around one-quarter increments of the circumference. It may be necessary to remove the hoop nails to allow the hoop to slide tighter onto the barrel.

The Barrel Sealing Wax method: 

Beeswax can be used to seal small leaks. The first step is to mark any leaks with a pencil or chalk. To properly apply sealing wax, first make sure the barrel is dry. Next, gently sand leaking areas with rough sandpaper. Knead a small piece of beeswax in your hand and work the wax into the area using a putty knife. Beeswax will not change the flavor of your wine and is completely safe to use.

After several attempts, if your barrel continues to leak, it is important to call your sales rep immediately. Empty the barrel, allow it to drain, and completely dry. Next, you have to treat each barrel with 10-20 grams of sulfur sticks (or the equivalent gas form) and re-insert the stopper. This will ensure that you are still maintaining the integrity of the interior of the barrel.

Storing your barrels

Ideally, barrels should always have wine in them. If you are in between winemaking projects though, or you’re waiting for harvest, there are a few guidelines you should follow when storing your barrels. If you are storing a new barrel, store in a cool, humid environment. Some new barrels arrive with their plastic film still on them – if yours does, keep that film on if you plan to store them for a significant amount of time. The process of storing a used barrel requires a bit more work.

If you are ready to empty your barrel, empty it and wash the barrel out with hot water until all of the deposits and tartaric crystals have been dissolved and emptied. Repeat if necessary. If you have access to larger volumes of hot water, fill the barrel completely and let sit overnight. Once emptied, rinse the barrel with cold water and let it dry with the bunghole facing down. Allow to completely dry, and then burn sulfur sticks or discs in the barrel and place stopper in the bunghole. This burning treatment should be repeated every six weeks or so until you are ready to use the barrel again. Finally, store your barrels in a cool, humid environment.

Other tips and tricks for maintaining your barrel

Never leave water in a barrel for more than two days. If the swelling process takes longer, empty, and refill the barrel with fresh water to avoid mold and spoilage micro-organism growth.

A full barrel is a happy barrel! If possible, try to refill your barrel immediately after it has been emptied and cleaned. This way you will never have to re-swell it and there is much less opportunity for bacteria and other spoilage organisms to get into the barrel.

Never use chlorine in or around a barrel, or any winemaking equipment for that matter. TCA, also known as cork taint, can infect much more than just corks. A barrel is a vulnerable place for TCA to be absorbed into due to the spores, molds, and natural phenolics of the wood.

When in doubt, throw it out – or repurpose your barrel for something other than winemaking. If you suspect that there are spoilage organisms in your barrel even after you have tried ozone/steam/proxycarb, (you can find info on these here) err on the side of caution and retire it. You can ruin any future wine you put into such a barrel and it can possibly infect the rest of your winemaking equipment if they are stored near them. Barrels can be repurposed into planters, furniture, and more!

Where can I purchase wine barrels?

Musto Wine Grape Company carries a few categories of wine barrels including new and used American and French wine barrels! Email sales@juicegrape.com or call (877) 812 – 1137 to speak with one of our Musto Crush Crew members to get your order placed, or if you need any assistance in using, maintaining, or storing your barrel. We also offer ozoning treatments if you are dealing with a problem barrel. We are here to provide everything you need to make the wine of your dreams, including the customer support to ensure your success!

Fermenting Tubs: Product Spotlight

Fermenting Tubs: Product Spotlight

Fermenting tubs: we sell a variety of winemaking products, including tubs specifically made for fermenting. Why is a fermenting tub one of the best investments you can make? Choosing the proper vessel to ferment your wine in is extremely important as it effects the quality of fermentation.

fermenting tubs assorted

What’s so special about our fermenting tubs?

Our fermenting tubs are made of food grade plastic. Did you know if you used a non-food grade plastic pail or tub to ferment your wine in, you can actually poison yourself? This is due to the plastic actually seeping into your wine while it heats up during fermentation! Wild, right?

What are the benefits of using a fermenting tub aside from not being poisoned?

Aside from not being poisoned by your fermenting tub, the way our fermenting tubs are engineered makes a big difference than per say a normal drum or bucket. Our pails gradually get wider going from the base up, giving the must more surface area to breathe. This also helps with any cold spots you may have. More surface area equals better fermentation, better fermentation equals better wine, and we all know what better wine equals!

Do your fermenting tubs come with lids?

Our fermenting tubs do come with lids (sold separately) however; we actually recommend simply using a bed sheet draped over the tub. Why? Let’s revisit the need to let your wine breathe: not providing enough oxygen to your wine can actually give it a rotten egg smell, this is due to volatile sulfur compounds developing in the enclosed space between the wine and the lid. Not only do you want to avoid rotten egg smelling wine, you also don’t want your tub to explode. A closed fermentation tub becomes an incubator, trapping heat with the gasses and BOOM! Now you have must everywhere AND your winemaking room smells like rotten eggs. Yuck. Using the bed sheet instead of the lid will prevent this too.

If you’ve decided to invest in a fermenting tub, visit our store to pick yours up or give us a call at (877) 812 – 1137 to place your order over the phone with one of our sales associates. You can view the sizes and specs of our tubs here.

B-Brite: Product Spotlight

What is B-Brite?

B-Brite is an eco-friendly cleaner that uses sodium percarbonate and sodium carbonate to remove stains and fermentation residues. It contains no chlorine, which can be dangerous around wine. If chlorine comes in contact with your wine or winemaking equipment, it can result in “cork taint.”

B-Brite Cleanser

It is not a sanitizer or disinfectant, so you’ll still need some SO2 handy to sanitize your equipment afterwards. B-Brite does have moderate anti-microbial properties, however, that can be beneficial in fermentation settings. It is safe to use on all materials and equipment.

How do I use it?

First, dissolve one Tablespoon per 1 gallon of warm water. Second, wash your equipment with the solution. Lastly, rinse with clear, cold water. For descaling of significant mineral buildup, a 20-30 minute soak in B-Brite solution might be required.

Where can I get it?

You can find and purchase it here. We carry it in multiple sizes ranging from 8oz to 5lbs. If you need assistance in cleaning your winemaking equipment, check out our Free Cleaning and Sanitizing video (here), or give us a call at (877) 812 – 1137 and a sales associate will be here to help you find what you need.

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Product Spotlight: Triple Scale Hydrometer

A Triple Scale Hydrometer is a winemaking instrument used to measure the progress of fermentation and determine the alcohol percentage it will yield.

Triple Scale Hydrometer

How does it work?

The Triple Scale Hydrometer measures the density of a liquid in relation to water. In winemaking, you are measuring how much sugar is in the wine. The more sugar that is in the wine, the high the hydrometer will float. As fermentation proceeds and sugar turns in to alcohol, the hydrometer will slowly sink. When fermentation is complete the hydrometer will stop sinking.

How do I read it?

Triple Scale Hydrometers have their name because they indeed have 3 scales. The 3 scales are Specific Gravity, Brix, and Potential Alcohol.

Specific Gravity – is the ratio of the density of a liquid to the density of water. In winemaking, as you add sugar, the specific gravity increases. It indicates the amount of fermentable sugar or potential alcohol in the wine.

Brix – the measurement of the sugar content in grapes, must, and wine. This indicates the ripeness of the grapes at harvest. To get an alcohol conversion, multiple your Brix by .55.

Potential Alcohol – the total measurement of the alcohol that wine may contain, once fermentation is complete. This includes the levels of glucose and fructose. The levels of each will enable the winemaker to determine the conversion rate of sugar into alcohol.

How do I use it?

Place a sample of your wine into a test tube. You can use a wine thief to retrieve the wine from your vessel easily. Place the hydrometer into the test tube filled with wine. It will take a moment for it to stop spinning and moving around. Once it becomes still, record the data from each scale. It is a good idea to do this when you receive your must or juice so that you have your starting numbers. It is always a great idea to track your process for any future possible issues, or if your wine comes out amazing and you’d like to repeat the steps again for your next batch of wine.

Where can I buy one? 

You can buy your Triple Scale Hydrometer here. Musto Wine Grape is here for you and all of your winemaking needs. From equipment to customer support, we’re here to help you make the wine of your dreams. For any questions email sales@juicegrape.com or call (877) 812 – 1137 to speak with someone to get you started!