Go-Ferm: What is it?
What is Go-Ferm?
Go-Ferm is a yeast rehydration nutrient. It contains a balance of micro-nutrients, which if these micronutrients were added directly to the must, competitive microorganisms would use a significant amount of them. Others would be chelated by polyphenols or inactivated by SO2. Because of this, do not use nutrients containing ammonia salts, such as DAP. During yeast rehydration they are toxic to the yeast at high levels.
The balance of micro-nutrients contains high levels of certain essential vitamins and minerals include:
- pantothenic acid
- biotin
- magnesium
- zinc and more.
How do I use it?
- Firstly, add Go-Ferm to the re-hydration water before adding your choice of yeast.
- Next, the yeast soaks up the available micro-nutrients as they re-hydrate.
- Mixing yeast with the essential nutrients protects them against ethanol toxicity and optimizes nutrient availability.
- Lastly resulting in fermentations that finish stronger.
Where can I get Go-Ferm?
You can purchase it here. We offer a wide variety of yeast and yeast nutrients; if you need assistance in finding yeast and the nutrients needed for your wine, give us a call at (877) 812 – 1137 to speak with a sales associate who can help.
A Guide to Cabernet Sauvignon
What is Cabernet Sauvignon?
Known as the king of red grapes, Cabernet Sauvignon enjoys the same regal status in California as it does in its native home of Bordeaux, France. Californian Cabernet Sauvignon tends to be more fruit-forward and mellow, with rich dark fruit notes. The most common aromatic and flavor components found in this varietal are plum, black cherry, blueberry as well as warm spice, vanilla, black pepper, and tobacco. Aside from being known for its dark color and full body, it’s known for often being over 13.5% in alcohol content. The average alcohol content of a Cab from California floats around 14.5%. At Musto Wine Grape we carry a variety of Cabernet Sauvignon grapes from multiple AVAs in California, as well as all of the yeasts, nutrients, and equipment you’ll need.
What kind of yeast should I use when making Cabernet Sauvignon?
*Note that full expression of the desired characteristics for any of the following yeast strains is based on proper care and feeding if the yeasts, along with using quality fruit and good winemaking practices. It is also strongly recommended that Go-Ferm and Fermaid-K are used as well as temperature management throughout the entire fermentation. As always, if you need assistance with any part of your winemaking process, do not hesitate to reach out to us at sales@juicegrape.com or give us a call at (877) 812-1137 to speak with someone who can assist with any product recommendations, procedures, or problems.
BM45 yields a big mouthfeel, notes of cherry liquor, rose petal, jam, plum, berry as well as earthy and spicy elements. It offers color stability and helps to minimize vegetative characteristics.
BDX is an all-around great choice for berry, plum, and jam characteristics. It has a moderate fermenting rate and offers good color retention. By re-enforcing existing tannins, it develops structure in the wine. Because of this, we advise to not use with unripe fruit.
RP15 emphasizes the berry aspects of the fruit, along with color stability, increased mouthfeel, and agreeable tannins.
D254 yields a big mouthfeel and rounds tannins as well as intense fruit. It has a focus on berry and jam characteristics, but more so of dried fruit than fresh. It’s also great for color stability and adds body to blends.
D80 offers big volume and fine grain tannins. It is great for encouraging more positive tannin intensity to a blend.
Where do you source your Cabernet Sauvignon from?
We offer Cabernet Sauvignon from multiple AVA’s within California and Washington:
Lanza-Musto Vineyards in Suisun Valley, CA (Valley, 169, 15, and Koch)
Mettler Family Ranch in Lodi, CA
Napa Valley, CA
Washington State (Clone 33)
Sonoma County, CA (Chalk Hill)
Amador, CA
King’s River, CA
Paso Robles, CA
Central Valley, CA
Is there a certain winemaking procedure specific to Cabernet Sauvignon?
You can follow our Red Wine Grape Procedure which you can find here, if you are using juice you can find the procedure here and if you are using frozen must, here. The procedure is standard for making red wines, but using the proper yeasts and nutrients specific for Cabernet Sauvignon and consistent monitoring will have the biggest impact on your final wine.
Where can I buy grapes, juice, or must?
At Musto Wine Grape Company, all red grape varieties are available in 36lb cases, in frozen must by request, or in 6-gallon fresh juice pails. For Sterile Juice options that can be shipped year-round and without refrigeration click here.
Finally, if you need the best options and equipment suited for you and your winemaking goals, email sales@juicegrape.com or call (877) 812 – 1137 to speak with one of our Musto Crush Crew members who can help. We are here to provide all of the winemaking products you need to make the wine of your dreams, as well as the customer support to ensure your success!
A Guide to Chardonnay
Chardonnay is a white wine grape that originated in the Burgundy wine region of eastern France. We source our Chardonnay wine grapes from 3, high quality, and sustainable appellations in California. This includes Suisun Valley, Lodi, and Central Valley. These regions produce a range of outstanding high quality to premium luxury wine grapes for the best value.
Suisun Valley, California
Firstly, Suisun Valley Chardonnay tends to yield beautiful notes of honeysuckle, green apple, and lemon tied into a welcoming nose. It is full-bodied and lush on the palate featuring tropical flavors of pineapple, peach, and bright citrus. It also has a clean and pleasant finish. We recommend fermenting in a stainless steel fermenting tank using QA23 wine yeast. This is perfect if you’re aiming for that tropical profile in your Chardonnay.
Lodi, California
Secondly, If you’re looking to make a beautifully balanced wine with lovely notes of pineapple and citrus, that mingles with notes of sweet vanilla custard finishing with just the right amount of silkiness and acid, we recommend the Lodi Chardonnay. We also recommend fermenting with D47 wine yeast in a French oak barrel. When you are fermenting in a barrel, it’s best to use MBR31 to allow your Chardonnay to go through Malo-Lactic Fermentation. This will achieve those silky and buttery finishes.
Central Valley, California
Finally, If you’re drawn to the Lodi Chard characteristics but you’re looking for more complexity, try the Central Valley Chardonnay. It has the potential to yield fresh tropical fruit, pears, and peaches along with custard cream flavors leading to a creamy, soft, and mouth-filling finish. For these results, we recommend fermenting in a stainless steel tank or fermenting tub with VIN13 wine yeast and aging in a French oak barrel. Inside the barrel, it should undergo Malo-Lactic Fermentation with the use of MBR31 and will yield that layered complexity you’re craving.
Ready to make your own Chardonnay? Musto Wine Grape is here to supply you with everything you need to make the wine of your dreams. Email us at sales@juicegrape.com or call (877) 812-1137 to speak with someone who can get you started!
Milk Loaf Recipe Using 71B Yeast
Have you run out of ideas for what to keep yourself busy with during quarantine? We’ve decided to experiment and the results were delicious. Using 71B yeast and Scott Lab’s recipe for milk loaf, we put our baking skills to the test and had a whole bunch of fun doing it!
Prep time runs just about two and a half hours, and bake time is about 25 minutes so this will surely keep you busy!
Here’s what you’ll need (for a yield of 2 loaves. If you’d like more increase ingredients as needed):
- 4 cups of bread flour
- 2 teaspoons of salt
- 1 tablespoon of sugar
- 2 sachets (9 grams) of Lalvin 71B Yeast (Don’t have this on hand? No worries! We have it in stock. Give us a call/visit and we’ll get you what you need!)
- 2 tablespoons of butter
- 1 cup warm whole milk
- 1 cup tap water
Here’s what you’ve got to do:
- Mix all dry ingredients together in a bowl. Then, add butter, milk and water. Mix everything together with a spatula.
- Once the wet ingredients have been absorbed, remove dough from bowl and transfer to a counter or workspace.
- Extensively knead the dough by stretching and folding it repeatedly. Once the dough is smooth and slightly shiny, divide it into two pieces. Cover each with plastic and let rise for 40 minutes.
- Flatten each piece of dough and roll into the shape of a football. Let the dough rise again for another 40 minutes.
- Place the dough into a bread pan (about 6”-7” long, 3.5” deep) and cover with plastic and allow to rise for another 60 minutes.
- Bake in a pre-heated oven at 420 degrees F for approximately 25 minutes.
- Let cool and enjoy!
Show us your finished loaves on Instagram and Facebook by commenting or tagging us @mustowinegrapeco and using the hashtag #mustocrushcrew
12 Steps to Making Wine from White Grapes
Making Wine from White Grapes
1. Sanitize and Crush and Destem – Inspect your grapes and remove any moldy clusters. Crush and destem into clean and sanitized food grade plastic tubs. Always rinse your receiving vessel with a sanitizing strength potassium metabisulfite solution (2oz/gallon or 3tbsp/gallon). Make sure that the sanitizing solution touches all the surfaces of the vessel and that the vessel is completely emptied out of all sanitizing solution after. Shake free any drops as best you can from the vessel. Having remaining sulfite liquid in the vessel will prohibit fermentation. Do not rinse the sanitizer off with water after sanitizing as that will reintroduce bacteria to the environment.
2. Once all of the grapes are crushed, try to accurately measure your quantity of must. Add ¼ tsp of potassium metabisulfite for every 5 gallons of must that you have. Mix up the must thoroughly.
3. Wait for 2 hours after the sulfite addition and then add pectic enzyme to the must. Musto Wine Grape offers generic pectic enzyme or Cinn Free pectic enzyme that is specifically designed for white wine grapes. Follow the directions for the individual type of enzyme. Always mix it with water to create a 10% solution (if you use 5mls of enzyme, mix it with 45mls of water). The water allows it to better circulate throughout the must. Allow the pectic enzyme to work for 6 hours before pressing.
4. Press the Must – Wash the press and sanitize using potassium metabisulfite. Again, make sure the press does not have an excessive puddles or lingering amounts of sanitizing solution remaining. Sanitize the receiving container for fermentation (carboy, tank, demijohn, barrel) and any pumps or tubing that you may use. Anything that comes in contact with the wine should be rinsed with sulfite sanitizing solution. Place a screen or mesh (also sanitized) inside of the press to hold back any extra skins or seeds from getting through. Start by scooping up the must and placing it in the press. Some of the liquid will immediately flow through; this is the “free run”. When the press is full, slowly begin pressing. Do not try and press every last drop out of the must as this can lead to seed cracking and bitterness in the wine. Fill each container to within 6 inches of the top, to allow room for fermentation. This process will cause the juice to foam up and generate gas, therefore volume.
5. After pressing the grapes, mix the container thoroughly and take and record your measurements. Measure Brix, pH, and TA. If you need to adjust your juice at all, this is the time to do it. Ideally your Brix should be between 21-26 degrees, the pH between 3.2-3.5, and the TA between 6.5-8.5g/L. Your initial Brix reading, multiplied by .55, will give you a close estimate of your ending alcohol by volume percentage.
6. If you would like to use fermentation tannins (FT Blanc) or fermentation nutrients such as Opti-White, add them after measurements and adjustments have been made. Musto Wine Grape packages FT Blanc and Opti-White in small packs for 5 gallon batches. Mix any of these ingredients in thoroughly.
7. After measurements have been taken and any adjustments have been made, it is time to set yeast if you are using a cultured yeast strain. Use 1gram/gallon of wine must. Follow the yeast set directions on the packet explicitly and/or see the separate “Yeast Set” instructions.
8. After you atemperate and add your yeast, cover your tank with a floating lid or your carboy or demijohn with an airlock. An air lock will allow the carbon dioxide to escape the container without additional air getting in to oxidize the wine.
9. Stir the juice every other day to re-suspend the yeast and nutrients. Keeping the yeast in suspension is important to give it access to sugar and nutrients and to avoid the production of H₂S.
10. If you are using additional yeast nutrients to assist in fermentation you will add them after fermentation has started. Fermaid O is added at the beginning of fermentation (1 day after yeast set) and all others (BSG yeast nutrient, Fermaid K, AnchorFerm) will be added at 1/3 depletion of the Brix (2/3 of the beginning amount of Brix). Follow the directions for the individual yeast nutrient, hydrating with water and mixing thoroughly.
11. If you are adding malolactic cultures to your wine (Chardonnay), you may also chose to do this at 1/3 Brix depletion. If using a malolactic nutrient (Opti-Malo Plus) with the bacterial culture, hydrate the nutrient in a separate container from the bacteria and add to the must directly before the addition of the bacteria. Follow all directions on the bacteria and nutrient packets explicitly.
12. Monitor the progression of the juice by taking daily hydrometer readings. Using a sanitized wine thief or syringe, pull a sample of fermenting wine that is large enough to fill the hydrometer cylinder. Always sanitize the hydrometer and the cylinder before taking a reading. Look to the meniscus of the wine surface in relation to the hydrometer for the most accurate reading. When the wine is fermented to dryness (0.90 Specific Gravity), is has completed its primary fermentation. Allow the lees particles to settle, and then rack the wine into a sanitized container. Be sure that the container is filled within ½” of the top to prevent air exposure. At this point, it is imperative to add ¼ tsp of potassium metabisulfite per 5 gallons of wine. The sulfites will kill off any harmful microbes and prevent the wine from oxidizing.
13 Steps to Making Red Wine from Grapes
13 Steps to Making Red Wine from Grapes
1. Sanitize and Crush and Destem – Inspect your grapes and remove any moldy clusters. Crush and destem into clean and sanitized food grade plastic tubs, stainless steel tanks, or glass carboys or demijohns. Always allow an extra 20% of volume for fermentation purposes as the wine will “expand” throughout fermentation. Always rinse your fermentation vessel with a sanitizing strength potassium metabisulfite solution (2oz/gallon or 3tbsp/gallon). Make sure that the sanitizing solution touches all the surfaces of the fermentation vessel and that the vessel is completely emptied out of all sanitizing solution after. Shake free any drops as best you can from the fermentation vessel. Having remaining sulfite liquid in the vessel will prohibit fermentation. Do not rinse the sanitizer off with water after sanitizing as that will reintroduce bacteria to the environment.
2. Once all of the grapes are crushed, try to accurately measure your quantity of must. Add ¼ tsp of potassium metabisulfite for every 5 gallons of must that you have. Mix up the must thoroughly.
3. Wait for 6-8 hours after the sulfite addition and then add pectic enzyme to the must. Musto Wine Grape offers generic pectic enzyme or Color Pro pectic enzyme that is specifically designed for red wine grapes. Follow the directions for the individual type of enzyme. Always mix it with water to create a 10% solution (if you use 5mls of enzyme, mix it with 45mls of water). The water allows it to better circulate throughout the must. Allow the pectic enzyme to work for 12 hours before yeast set.
4. Twenty four hours after crushing the grapes, mix the container thoroughly and take and record your measurements. Measure Brix, pH, and TA. If you need to adjust your must at all, this is the time to do it. Ideally your Brix should be between 23-28 degrees, the pH between 3.4-3.7, and the TA between 6-7g/L. Your initial Brix reading, multiplied by .55, will give you a close estimate of your ending alcohol by volume percentage.
5. If you would like to use fermentation tannins (FT Rouge, oak dust) or fermentation nutrients such as Opti-Red, add them after measurements and adjustments have been made. Musto Wine Grape packages FT Rouge and Opti Red in small packs for 5 gallon batches. If using oak dust, use 1/4cup for every 5 gallons of must. Mix any of these ingredients in thoroughly.
6. After measurements have been taken and any adjustments have been made, it is time to set yeast if you are using a cultured yeast strain. Use 1gram/gallon of wine must. Follow the yeast set directions on the packet explicitly and/or see the separate “Yeast Set” instructions.
7. After you atemperate and add your yeast, you may cover the vessel lightly with an old sheet or towel or place the lid gently on top of the bucket, if an airlock is in place. An air lock will allow the carbon dioxide to escape the pail without additional air getting in to oxidize the wine.
8. Obtain a must punch tool, a long stainless steel spoon, or your bare hands, and sanitize your tool or hands with sulfite sanitizer. This is what you will use to “punch down” or mix up the must three times a day. Try to mix everything very well, pushing all of the skins back down to the bottom, getting them very wet, and bringing up the piqued from the bottom. This should be done as often as possible, preferably three times a day. [Before work (7am), after work(5pm), and before bed (10pm)] When punching down every evening, take a sample of the liquid and using your hydrometer, track the Brix depletion. You should notice a drop in Brix daily.
9. If you are using additional yeast nutrients to assist in fermentation you will add them after fermentation has started. Fermaid O is added at the beginning of fermentation (1 day after yeast set) and all others (BSG yeast nutrient, Fermaid K, AnchorFerm) will be added at 1/3 depletion of the Brix (2/3 of the beginning amount of Brix). Follow the directions for the individual yeast nutrient, hydrating with water and mixing thoroughly.
10. If you are adding malolactic cultures to your wine, you may also chose to do this at 1/3 Brix depletion. If using a malolactic nutrient (Opti-Malo Plus) with the bacterial culture, hydrate the nutrient in a separate container from the bacteria and add to the must directly before the addition of the bacteria. Follow all directions on the bacteria and nutrient packets explicitly.
11. Punch down and take Brix measurements daily. When your hydrometer reads 0.90, you have fermented to dryness. At this point your malolactic fermentation may still continue, but the primary alcoholic fermentation is complete. You may now press the wine. Wash the press and sanitize using potassium metabisulfite. Again, make sure the press does not have an excessive puddles or lingering amounts of sanitizing solution remaining. Sanitize the receiving container (carboy, tank, demijohn, barrel) and any pumps or tubing that you may use. Anything that comes in contact with the wine should be rinsed with sulfite sanitizing solution. Place a screen or mesh (also sanitized) inside of the press to hold back any extra skins or seeds from getting through. Start scooping up the must and placing it in the press. Some of the liquid will immediately flow through, this is the “free run”. When the press is full, slowly begin pressing. Do not try and press every last drop out of the must as this can lead to seed cracking and bitterness in the wine. Fill each container to within ½” of the top and secure a bung and airlock in place. Malolactic fermentation will exude a small amount of carbon dioxide and there will be trapped gas within the wine that will need to escape the container.
12. Allow the wine to sit for 2-3 weeks. You can conduct malolactic chromatography or bring a sample to a winemaker at Musto Wine Grape for analysis to ensure that your secondary fermentation is finished. At this point you should see a nice thick layer of lees in the bottom of the carboy or demijohn. You will want to place the full vessel onto an elevated surface such as a table and place the new, sanitized, empty vessel on the floor below. Using a sanitized siphon, rack the wine into the new carboy. You may have space at the top which will need to be “topped off” with more wine. You can either use wine from another container, or finished wine to do this. It is very important that there is less than a 1/2” of headspace in each container. At this point you should also add 1/4tsp of potassium metabisulfite per 5 gallons of wine.
13. Now it is time to let your wine age. You will need to rack it and add additional SO₂ every 3 months. Make sure you sanitize all equipment and containers when racking and keep them topped off within ½”. Come visit Musto Wine Grape for bottling advice and supplies.
The Winemaker’s Think Tank: Vol 6 – Do I Add Yeast to My Wine?
What’s the Winemaker’s Think Tank?
Every Thursday we will post about a few frequently asked questions that our winemaker has answered. If you have a winemaking question you would like to have answered, please email us at support@juicegrape.com and we will try to get into next week’s post. Cheers! 🙂
Do I Add Yeast to My Wine?
Some winemakers prefer what is called a “natural method” of fermentation, by allowing the yeast that live on the grape skins to ferment the must into wine. While these yeast can start the process of fermentation, they generally have too low of a population and alcohol tolerance to successfully finish the fermentation process. The most successful fermentations are conducted with lab cultured yeast cells. This is not to say that this method isn’t natural as well. Scientists travel to famous wine growing regions to obtain samples of the natural yeast flora that exist in those environments. They take these samples back to the lab and culture them, breeding select and healthy populations that can be packed and sold to winemakers all over the world. These selected yeast strains have a higher alcohol tolerance and have had the benefit of many trials and research conducted on their behalf to see exactly how they affect a wine. By using these strains you will not only have a more successful fermentation, but also more predictable results rather than the unpredictable results of the wild flora “natural yeast” that live on the skins. Through their research, scientists have found that certain yeasts promote certain attributes of the wine such as color security, fruit characters, spice flavors, and acid reduction. A vintner may select one of these commercially bred strains to get the desired effect they would like in their end product.
We hope this information helps with your winemaking. If you have any follow up questions or winemaking questions in general, please email us at support@juicegrape.com.
The Winemaker’s Think Tank: Vol 2 – What do I need to get started making wine with fresh juice?
The Winemaker’s Think Tank?
Every Thursday we will post about a few frequently asked questions that our winemaker has answered. If you have a winemaking question you would like to have answered, please email us at support@juicegrape.com and we will try to get into next week’s post. Cheers! 🙂
What do I need to get started making wine with fresh juice?
When elevating your winemaking to the next level, often sourcing the best ingredients is the most direct path to better results. After getting great base experience using wine kits, the next logical step to wine making greatness is fresh juice. When making this change from wine kits to fresh juice, other ingredients may be needed to ensure the juice will reach its greatest potential as wine. First, evaluate your juice for acid (pH) and sugar (Brix). What are the levels present in your juice? If the Brix level is below 20, you may consider adding sugar to increase the Brix levels to 24-26. What is the pH of the wine? Juice should have a pH greater than 3.1 to ensure a successful fermentation. If the pH is higher than 3.8, consider adding tartaric acid. This will ensure a better tasting wine after fermentation as well as a more stable wine.
The next area to consider is yeast. Certain strains of yeast will amplify certain traits within the finished product of wine such as fruit character, spice notes, or floral notes. The yeast has certain parameters that it will ferment best within, so consult a winemaking expert at Musto Wine Grape to help you select the best yeast strain for your wine. The yeast is the important catalyst that will process the grape juice into wine. The yeast will need certain nutrients to best assist it with its fermentation such as a rehydration nutrient like Go Ferm, and subsequent nutrients to finish out the fermentation process such as Fermaid O and Fermaid K. Musto Wine Grape stocks yeast along with all of the aforementioned nutrients in small packages, designed for the individual buckets of juice. This will give you perfectly measured amounts of products to add to your wine, making proper fermentation simple and with no wasted/unused product.
We hope this information helps with your winemaking. If you have any follow up questions or winemaking questions in general, please email us at support@juicegrape.com.
Take An Adventure to Lodi Wine Country
We are bringing Lodi Wine Country to you this fall. An exciting time for the region, Lodi was recently named “Wine Region of the Year” by Wine Enthusiast Magazine. The grapes are grown in a Mediterranean style climate producing wines of great character and strength. Keep an eye out for our newer Italian Wine Grape Program from this region. These grapes will be producing some fantastic and age worthy wines.
Yeast Starter Instructions Up on Youtube!
Hello Winemakers!
We are excited to release our newest video – “Yeast Starter Instructions.” In the video Winemaker Frank Renaldi teaches us how to correctly create a Yeast Starter for your fermentation. Please feel free to visit our YouTube Page for more videos HERE.
Cheers! 🙂
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