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How To Clean Your Moonshine Still? (TOP 5 Tips)

How do you clean a Copper Moonshine Still?

  • Combine about a tablespoon of salt and a cup of vinegar and then add enough flour to make a paste. Apply the paste to your still and wait. Leave sit for 30 minutes, wash off, and repeat the process if needed.


How much vinegar do you use to clean a still?

Fill the pot of your still to about 20% capacity with a mixture of 50% white vinegar and 50% clean water. That’s about 1 gallon of the mixture in a 5 gallon still, or 2 gallons in a 10 gallon still. Use distilled water for this mixture, if you have some available.

How do you clean stainless steel still?

Stainless steel distillation equipment is extremely easy to care for. Simply rinse the boiler, column, and condenser after each run and then clean each part with a full dose of PBW. PBW is a great product to use on stainless and we recommend using it to clean the still after each run.

How often should you clean your still?

We recommend washing the saddles every 5-10 distillations, by rinsing the column with water. Note: Column may leak during cleaning. This will happen during cleaning as there is no seal at the top of the tower between the top cap and the stainless steel condenser.

How do you get tarnish off of copper?

“If you have a large copper item and you want to clean it quickly, you can boil three cups of water, add a cup of vinegar and one tablespoon or more of salt,” says Reichert. Next, you would stir until the salt is dissolved and then place the copper item in the water. “The tarnish will come right off.”

How do you sterilize a still?

Fill the still with 1/2 gallon of clean water and scrub the still with a scrubbing brush. Dump the water out and then rinse it one more time with clean water. Dry thoroughly and store in a cool, dry environment.

How much pressure is in a moonshine still?

It is set at 5 psi. When it comes to safety one can never be to careful. A moonshine still should never build pressure and in the event that something got plugged or badly restricted bad things might happen.

What temperature should you run a still?

Keep it increasing, maintaining a range of 175 – 195 degrees Fahrenheit for as long as possible. Turn off the heat when it reaches 212 degrees Fahrenheit. The temperature at the top of the column will tell you about your alcohol vapor as it begins to condense.

What is powdered brewery wash?

PBW (Powdered Brewery Wash) is a patented alkali cleaner originally developed for Coors, now widely used in commercial breweries across North America. Use 1 to 2 ounces per gallon for cleaning kettles, 3/4 ounce per gallon for fermenters, kegs, tanks, and other equipment.

Why do moonshiners use copper?

Copper is the preferred material in the construction of a still to impart flavor into the distilled spirits. When distilling in copper, the copper reacts on a molecular level with the sulfurs put out by the fermenting yeast. It “cancels-out” the sulfur taste which would otherwise be bitter and not as smooth.

Can you clean copper with hydrogen peroxide?

Since hydrogen peroxide fights bacteria as an oxidizing agent, it makes sense that it could be used to oxidize metal as well. This means you can use hydrogen peroxide on metals like brass and copper to quickly make them look rusted for a unique, antique look.

How do you make copper still shiny?


  1. Start by mixing the salt and flour in a small bowl.
  2. Add vinegar until a thick paste is formed.
  3. Using a soft cloth rub the paste over your copper still and let dry for about 30 minutes.
  4. To remove paste simply rinse with water.

How do you polish copper to high shine?

Salt, vinegar and flour combine to create chemistry to polish copper.

  1. Mix together one-quarter cup salt and one-quarter cup flour, then add enough vinegar to make a thick paste.
  2. Rub that paste on the copper surface and gently buff it using a microfiber cloth until it shines; wash and dry thoroughly.

How to Clean a Copper Still Inside and Out

Copper is a long-lasting, high-quality material that will survive for decades provided it is cleaned and maintained correctly. While cleaning your copper is still relatively inexpensive, it does require a small amount of time and effort on a regular basis to keep it in tip-top shape and shining brightly. If you don’t have time to make your own copper cleaner, you can use commercial copper cleaners, which are available at most hardware stores. Using a commercial cleaning may need the use of additional measures or safety precautions before putting the still through its paces for a while.

Consider the hue of a 20-year-old coin or the Statue of Liberty – that is what happens to unpolished copper when it is exposed to air and moisture.

The outside of your copper still may develop a beautiful patina over time if you keep it in a good condition.

When you are ready to utilize your copper still for the first time, collect all of the dismantled pieces and thoroughly wash them in hot, soapy water before reassembling them.

  1. Prepare a still by placing a pot over a heat source and filling it approximately 20% of the way with an equal mixture of water and vinegar (see recipe below).
  2. Soon after the water comes to a boil, steam, water, and vinegar will be released from the condenser spout and collected in a container of your choosing.
  3. If you are utilizing a copper still, it is critical that the inside is kept clean in order to ensure the safety and purity of your products at all times.
  4. You will also want to disassemble your still for cleaning after each usage.
  5. After rinsing your copper still pot, fill it to around 10% of its capacity with clean water and commit an unused toilet scour brush to the task of cleaning your still.
  6. Use a carboy cleaning brush to scrub your copper if it has a column on it; it should be the proper size and form for the purpose.
  7. Rinse your copper still well with clean water and let it to dry fully before using it again.

Spot cleaning is recommended.

Simply massage the product over the affected area, allow it to sit for 10-15 minutes, and then completely wipe it with a dry towel.

Even if you were to clean your complete copper still with ketchup, it would take a significant amount of time.

To ensure that all of your copper remains lustrous, a mixture of flour, vinegar, and salt will yield excellent results.

1 tablespoon of salt and 1 cup of vinegar should be added to each gallon of water.

The paste is placed to the copper, allowed to cure for 30 minutes, and then removed off the copper.

Products available for purchase: Using a commercial copper cleaning solution, you can completely clean your copper and keep it looking shiny and fresh with very little work.

You can also purchase the safety equipment you’ll need to use these products.

) As a result of their potent chemical scents and the potential for residue, commercial cleaners are not suggested for use on the interior of your copper still.

Whether you use your copper still as a decorative item or as a functional instrument, it is a stunning object that will add value to your house. Keep it clean and you’ll be able to appreciate both its aesthetics and its functionality. Jim Thomas contributed to this article.

How to Clean Brewing and Distilling Equipment

It will be necessary to completely clean ourbrewing and distilling equipment before it can be used for the very first time. After being assembled, the equipment will have a significant amount of flux and solder pieces that will need to be removed. The boiler should be filled with a gallon of white vinegar, the column should be attached, and the still should be allowed to boil for about an hour. After boiling the vinegar for an hour, gently pour the vinegar out into a container. It will be quite hot, therefore we urge that you wear heat resistant gloves.

Using a strainer, remove the water from the still and fill it with fresh water again.

Check visit our post on How to Clean a Copper Still for more information about cleaning the exterior.

Clean Equipment After Each Use

When cleaning a copper still, we propose that distillers use the following procedure: First and foremost, we recommend that you wear a pair of protective gloves since the still will be quite hot.

  • Remove the gasket that connects the boiler to the column cap skirt
  • And Take out the column of water from the still completely
  • Using a carboy cleaning brush (which is the correct size and works quite well), scrape the interior of the column
  • Rinse the column well with clean water. Once the column has been cleaned and dried, it should be placed in a secure, dry location for future use. Put on your gloves once again and pour the excess wash out the window
  • Fill the still halfway with clean water and cleanse the still with a scouring brush
  • Then repeat the process. Remove the water from the container and rinse it with clean water one more time. Dry thoroughly before storing in a cold, dry area if possible.

How to Store Copper Distilling Equipment

After a still has been cleaned and disinfected, it must be dried. Clean rags should be used to dry the still, and the still should be tipped upside down to enable any leftover water to drain. After the still has been allowed to dry fully, keep it in a dry, secure spot. Keep the still in a safe place where it will not be harmed if it is dropped or otherwise mishandled. When we receive an email from a client who had a still damaged while it was in storage because it had fallen off of an 8′ shelf, it makes us cringe (it has happened).

Examine the Copper Before Use

After that, the still must be physically inspected before any liquid is transferred into the boiler for the next time it is utilized. If any corrosion has happened or copper salts are built up on the surfaces, still must be cleansed before use. Copper salt can appear in a variety of colors, including blue, teal, purple, extremely dark brown, and even black. Cleaning the still with a mild acid should be sufficient to eliminate these salts and restore the copper’s natural appearance. Lemon juice and even vinegar, which are both food-safe substances, can do the task.

After the water has come to a boil, use a brush and a pipe cleaner to remove any leftover sediments from the water.

PBW is a commercially available cleaner that is intended for use in the cleaning of brewery equipment.

5 Star Chemical claims that PBW is safe for use with copper; however, they recommend using a lower quantity and making sure that the powder is thoroughly dissolved before using it.

After a period of inactivity, we’ll occasionally resort to using PBW to keep things fresh. All of the material contained in this article is provided solely for educational reasons and is not intended to be used as the basis for any decision or action taken by any person or entity in any situation.

Cleaning a Stainless Steel Moonshine Still

If you want to ensure that your distillation equipment continues to produce a high-quality distillate, you must maintain it on a regular basis, which includes cleaning it. In many circumstances, you can clean your equipment using warm water and dish soap or even vinegar, but we prefer that you use the Brewhaus Equipment Cleaner and the Brewhaus Equipment Rinse instead of these alternatives. It’s only a $1 and some change to purchase the equipment cleaner and rinse, so I think it’s worth it just to have them on hand for cleaning stainless steel, soft metals, and plastics, as well as for removing organic and mineral deposits from the surfaces.

How To Clean Your Stainless Steel Moonshine Still

We recommend that you use theBrewhaus Equipment Cleanerfirst, followed by theBrewhaus Equipment Rinsein order to safely and thoroughly clean your stainless steel moonshine still because, as previously stated, they were developed specifically for cleaning stainless steel and removing organic and mineral deposits from stainless steel. 1. First and foremost, let’s go through the basics: Immediately after taking your unit from the heat, remove the thermometer (as well as the bung, if you have one) from the top of the column to allow for better air movement, which is vitally crucial.

  1. Remove the column from the kettle when the unit has been allowed to cool fully.
  2. 3.
  3. 4.
  4. You’ll want to use 1/2 – 1 oz Equipment Cleaner per gallon of water, depending on how dirty your equipment is.
  5. Using 1 tablespoon of the Brewhaus Equipment Rinse in 1 gallon of hot water, rinse the equipment.
  6. Nota bene: If you utilized the Brewhaus Equipment Rinse, rinsing with hot, normal water is not required, although you can do so if you choose.

How To Clean Ceramic Raschig Rings

This is another product for which our Equipment Cleaner was specifically designed, and the instructions are essentially identical to those provided above. When compared to copper mesh, one of the most advantageous aspects of ceramic Raschig Rings is that they persist virtually indefinitely—at least until they are lost. Regular cleaning of distillation equipment is essential, just as it is for any other piece of equipment. Here’s how to go about it: 1st, combine Brewhaus Equipment Cleaner with hot water (150-180 degrees Fahrenheit; 1/2 to 1 ounce of Equipment Cleaner per gallon of water) and add your Raschig Rings.

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Soak in the tub for 30 minutes.

How To Clean Your Copper Mesh

Idealistically, you should clean your copper mesh after every run, but if your luck is in, you might be able to get away with cleaning it every couple of runs. It’s important to remember that the quality of your copper mesh does make a difference in the final product, and you should avoid using copper that has blue corrosion or is overly tarnished. Once your copper mesh has deteriorated to the point where it no longer seems clean – even after you’ve cleaned it – you’ll want to discard it entirely.

Pour the cleaning solution of your choice into a container and set it aside.

Any one of these techniques is suitable for cleaning your copper mesh, and you will discover some people who are firmly in favor of or against any one of these procedures according on their own preferences.

Simply select the drink that you want on a personal level. 2. Unroll your copper mesh and let it to soak in the liquid for a few hours before using it. 3. Rinse well with drinking water before hanging to dry.

How To Clean A Homemade Copper Still – Removing Flux, Solder & Carbon – Learn to Moonshine

So you’ve completed the construction of your own copper still! If you were able to use one of the several home-made still ideas that I’ve posted, I hope you enjoyed it. Before you begin running your mash through your new still, you’ll want to thoroughly clean it first. When I originally built a still, cleaning the interior proved to be a challenging task; getting a brush into the still proved to be nearly impossible. On top of that, removing the flux, small pieces of solder, and carbon deposits proved to be near-impossibly difficult.

These methods will ensure that any pollutants from the interior of your distillation equipment have been completely removed from the system.

Cleaning Procedure For Newly Built Copper Pot or Column Still

Using a 50/50 vinegar/water solution, soak the condenser, parrot, and any other tiny pieces in the vinegar solution for a few hours. Step 2:Remove the condenser and parrot from the column Vinegar is considered a weak acid, although it is quite effective in cleaning copper surfaces. After you have soaked each portion of your still for a few hours give the insides a quick scrub with along tube brush. It is now necessary to wash it well with warm water. Step 2: Pour the Vinegar Solution Into the Boiler.

  • Using a stovetop or gas boiler, one gallon of water should be plenty.
  • Start your still and let the vinegar to come to a boil for around 30 minutes.
  • The best place for you to accomplish this is either in your garage with a window open or outside due to the fact that you will be creating a significant amount of moisture throughout the cleaning process.
  • 1.
  • 2.
  • Note 2: If you’re using an internal element to heat your boiler, make sure that the element is completely submerged below the vinegar solution for the whole 30 minute cleaning period.
  • If the liquid level is not maintained, the heating element will become ineffective.

After running the still for 30 minutes, turn on the condenser and begin running the still as if you were distilling a mash of grain.

Take a time to inspect the still for leaks.

If there is a leak, the mirror will become fogged.

In the event that you start operating your mash later, leaks might pose a major fire threat.

Scrub the interior of the boiler, column, and condenser with a stiff brush before thoroughly rinsing everything with warm water.

Occasionally, the distillate flowing from the still during the first run has tasted off because it appears to have picked up contaminants from the column or condenser.

You may either ferment a low-cost sugar wash or utilize the tails that you’ve gathered from prior runs as a starting point for fermentation.

Any ethanol that you gather during this run should be discarded or labeled as not suitable for human consumption.

You can put it to good use the next time you’re constructing a still. Please see the video below, which was created by Chase over at Still It, detailing how to clean your new still!” alt=””>

Cleaning The Outside of Your Copper Still

Following the completion of the inside cleaning, it is time to transform the outside into a work of art. After all, what’s the purpose of having something if you’re not going to be proud of it? For your convenience, I’ve put up a Step-by-Step Guide to Polishing a Cooper Still. If you know of a better technique to clean your still, please share it with us. Send us a message using the form below!

Cleaning a Copper Whiskey Still

A safe still is one that has been cleaned. Believe me when I say that you do not want your still to develop a dark brown coloration that eventually turns green. It’s best to keep it safe and clean because, despite the fact that copper is a relatively easy material to work with, it reacts with oxygen – it oxidizes. It is critical to thoroughly clean the interior of your still before using it for the first time, as well as after each and every use. The outside can also be cleaned and polished, although the focus should be on appearances rather than functionality.

  1. Let’s start with the outside of the still, which has to be thoroughly cleaned.
  2. Combine 1 tablespoon of salt and 1 cup of vinegar with just enough flour to form a paste, then set aside.
  3. After that, rinse well with warm water and repeat if necessary.
  4. Cut a lemon in half and put one half into salt, then use the other half to polish the copper in a circular motion.
  5. 3.
  6. It may seem strange at first, but the acidity of ketchup is effective in removing tarnish from metal.
  7. 4.

The paste should be used to scrape away any remaining copper residue before rinsing thoroughly with warm water.

Then there’s the option of using chemicals.

Tarn-X is a tarnish remover for industrial use that has an extremely unpleasant scent.

However, regardless of which sort of cleaning you choose, make sure to thoroughly rinse the copper.

There is always the option of doing nothing and allowing nature to take its course if you want a more natural appearance.

Having moonshined for a few hours, I’ll confess that the last thing I want to do is clean up after myself afterward.

Although the copper reacts with sulfides after continuous usage, you must clean the inside of the still on a regular basis in order to eliminate the black film reaction and maintain the copper surface’s active state of the copper.

Cleaning the interior of the refrigerator shouldn’t take more than 10 minutes.

Remove the water and thoroughly cleanse the interior of the container with clean water.

Allow it to dry completely. I’d like to conclude by saying that taking proper care of your copper still will ensure that it has a long life and continues to produce the greatest moonshine possible. Be responsible! Posted byJason Stone on the internet

Cleaning Your Still Parts: Interior and Exterior

With StillDragon’s modular systems, it is extremely simple to clean your still in between runs and between runs. The following cleaning suggestions might assist you in ensuring that your product is consistent and that it continues to look good for display – both on tours and in your showroom:

4 Still Cleaning Tips

Keeping your still clean in between runs is a breeze when you use StillDragon’s modular system. You may use the following cleaning methods to guarantee that your product is consistent and that it still looks lovely for display – on tours and in your showroom – at all times:

2. Steam Cleaning (Water Vapor) After a Run

Clean metal, rubber gaskets, tubing, plastic parts, and other distillation components using a safe cleanser such as Powdered Brewery Wash (PBW) before putting them under the steamer to prevent corrosion. Additionally, it is gentle on the skin! Using a metal pipe cleaning tool, scrape the interior of your dismantled still pieces, and then rinse with a high-pressure hose to remove any remaining residue (or place your finger on the hose to generate backpressure). Steam cleaning your still before starting with a sacrifice spirit run is significantly safer than starting with a sacrificial spirit run because you may run water vapor through your still for an extended period of time without having to worry about extremely flammable vapor seeping out into your distillery.

Let’s imagine you’ve just finished running rum through your still and you’d want to try your hand at vodka.

Steaming will (for the most part) eliminate the scents and tastes from your previous run.

In order to eliminate the prior stink, just fill your kettle with water and run your still until the smell of the steam is no longer objectionable.

3. Cleaning Copper Still Parts (Exterior)

Simple steps may be taken to make the outside of your copper pipe look attractive and glossy for exhibition purposes. We recommend that you use gloves to clean your copper since the oils on your hands may discolor it, leaving smudges and fingerprints behind on the surface. Mineral spirits are a cost-efficient and very effective solution to clean your copper piping. Try soaking your copper in white vinegar and salt for a few minutes, then washing the copper still sections with a brillo pad to remove any remaining residue.

4. Cleaning Stainless Steel Distilling Components (Exterior)

All it takes is a microfiber cloth and a basic stainless steel cleanser to do this task. We use Misty Aspire® Stainless Steel CleanerPolish (but any brand of stainless steel cleaner would suffice) to polish off items so that they are glossy and attractive when they are delivered to the customer.

If you want to maintain your still looking clean, you may use the same procedure. Do you need assistance deciding which of our many different distillation components to use? Call the StillDragon team at 561-264-6490 to speak with someone right away. We’re more than delighted to assist you!

Cleaning a new still – Home Distiller

What is the best way to clean my new still? Recent years have seen an increase in the occurrence of this one. When you construct a still, you will almost always end up with some fairly filthy metal. There will be a lot of oxidized trash all over the place, as well as flux and other contaminants. We do a ‘cleaning run’ in order to deal with this and keep everyone safe (or sometimes two). There is no ‘proper’ approach to ensure that a still is clean; this is only one alternative that I’ve put out to help clear up any doubt about how to do it correctly.

  1. This article will make every effort to err on the side of caution and will cover a very comprehensive cleaning technique throughout the process.
  2. 1 – Soak and scrub the area If you have any pieces that are tiny enough, soaking them in a weak acid solution – I’d recommend dilute vinegar, which we can reuse for the following step – is a great way to start.
  3. This is a purely optional step, although it’s a good idea for things like coils because they’re so little.
  4. Keep the vinegar solution in the refrigerator.
  5. My own preference is to blast acidic steam through the still and condenser – the problem with not running steam through it is that some sections (like the top of a liebig condenser) may remain unharmed during typical, condenser-on operation.
  6. Of course, usual precautions should be used while working with hot steam; avoid scalding yourself.
  7. Special consideration for VM:you might struggle to get steam out the takeoff.

If the valve is open, roughly cap your still, check again that your valve is open, and then check again.

After steaming it for about 20 minutes, switch on the condenser(s), fill the worm bucket with water, or do whatever it takes to get your still back to regular condensing function.

It’s possible that a reflux condenser may struggle to knock down this vapour, but don’t be concerned about it at this point because condensing an ethanol/water mixture is much simpler.

This is an excellent moment to obtain a (glass!) mirror and inspect for vapour leaks in any seals, solder joints, brazing, or other similar joints.

Turn off the computer and throw out the vinegar.

The majority of your still should be very glossy on the inside at this point in time.

3 – Run with Ethanol for Cleaning We should also perform an alcohol cleaning run to ensure that everything is fully clean.

Alternatively, you could use a cheap box wine or anything similar (avoid beer because the hop oils are difficult to remove afterwards), or pretty much any other source of ethanol you choose.

In addition to cleaning, this second cleaning cycle might serve as a practice of still operation.

Do not repeat the steaming phase that we performed with the vinegar run since the ethanol vapour is combustible and heavy, and we do not want to risk a fire.

Take note of how the ABV varies.

You get the gist of it.

Believe me when I say that there will be others. This is the final stage in the three-step procedure to guarantee you have a safe and clean still to begin your hobby with. *************** Cheers, Kiwi

Cleaning a New Still for First Use

When it comes to cleaning, I’m a novice. A lot of people are bringing up this topic these days. In most cases, when you build a still, you will end up with a lot of dirty metal. In addition to flux and other contaminants, there will be a lot of oxidized trash on the surface of the water. We do a ‘cleaning run’ in order to deal with this and make it safe (or sometimes two). There is no ‘correct’ approach to ensure that a still is clean; this is simply one alternative that I’ve put out to help clear up any doubt about how to do this.

  1. This article will make every effort to err on the side of caution and will cover a meticulous cleaning procedure.
  2. Soak and scrub for the first time.
  3. For best results, immerse it for at least a few hours, preferably overnight.
  4. You may make it even better by giving the insides a little scrub with a kitchen scourer (do not use your packing material for this).
  5. 2 – Cleaning with Vinegar After that, just pour the vinegar solution into your boiler, attach the still head, and turn it on to heat it.
  6. There is no fire hazard because we are only boiling a vinegar and water charge; however, there is still vapour being generated, so now would be a good time to double check that your still is always open to the atmosphere at some point during the boiling process.
  7. At this point, it is not necessary to include the packing in your column because it is not required.
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This is because we’re breaching the cardinal rule here; if the valve is closed, the still might create pressure.

When I needed to approximately cap my VM (for this reason), I cut an offcut of 4×2 and formed a circle of dough paste, which I set on top – this was sufficient, since it didn’t need to be perfectly round or square.

Check to see if the condenser is effectively removing vapour from the atmosphere.

ethanol/water mixture will be much easier to condense at this point.

Purchase a (glass!) mirror and inspect any seals, solder joints, brazing, or other similar joints for signs of vapour leakage.

Turn off the computer and throw away the vinegar.

On the inside, the most of your still should be very gleaming.

3 – Run with Ethanol to clean Additionally, an alcohol cleaning cycle should be performed to ensure total thoroughness.

If you don’t want to use beer (since it’s difficult to get the hop oils out later), you could use any other source of ethanol you like, such as cheap box wine or whatever.

(never put that through your still).

In the event that it’s a reflux head, you may store it away for this one.

Simply wash your garments in the usual manner for your design, and experiment with different temperatures to get the hang of things.

If it’s a reflux problem, experiment with different reflux treatment strategies to see how things respond.

However, you should keep it in a container that is clearly labeled as cleaning run alcohol because you will be using it for your next construction.

Please believe me when I say that there will be more. So there you have it: a three-step procedure to guarantee that your still is clean enough to start your pastime with safety in mind. Cheers, Kiwi

STEP 1 – Wash the Still

To clean your still, remove all of its components, especially the copper (this includes the Copper Mesh of the Adjustable Reflux Column Stills), and soak them in a solution of Sunlight Liquid (dishwashing liquid). Make liberal use of the detergent, since it will remove the vast majority (if not all) of the remaining production oils from the surface. Rinse thoroughly to make sure you leave no soap residue on or in the still (particularly in the condenser) (especially in the condenser). WARNING: If you look closely at the interior of the Copper Alembic Still Boilers near to the top where the rivets are, you will find a greenish paste that has been placed to the inside of the joint.

It is critical that you do not attempt to erase or scrub away your history.

STEP 2 – Steam Clean

Fill your still with water to approximately half its capacity, seal it, and bring it to a rolling boil. Turn off the condenser water for the first several minutes, or until steam begins to emerge from the distillate outflow pipe. Allow it to run for 3 to 5 minutes before turning on the condenser water to prevent freezing. Permit the boiler to run until approximately 25 percent of the water that was deposited within it has been recovered. Turn off the gas or electrical element and allow the still to cool before opening and washing it out again.

STEP 3 – Vinegar Run

Fill your still with 750ml of white spirit vinegar and 2 liters of water for every 5 liters of capacity, starting with the smallest capacity. Cook until you have recovered at least 1lt of distillate for every 5lt of capacity in the still, with the condenser water switched on, and then turn off the heat. Turn off the gas or electrical element and allow the still to cool before opening and washing it out again. Ideally, repeat the process with detergent.

STEP 4 – Second Steam Clean

Fill your still with water to approximately half its capacity, seal it, and bring it to a rolling boil. Turn off the condenser water for the first several minutes, or until steam begins to emerge from the distillate outflow pipe. Allow it to run for 3 to 5 minutes before turning on the condenser water to prevent freezing. Permit the boiler to run until approximately 25 percent of the water that was deposited within it has been recovered. Turn off the gas or electrical element and allow the still to cool before opening and washing it out again.

STEP 5 – Sacrificial Run

A Sacrificial Run is always used for your first distillation because you should not expect unaffected spirit to come out of the still the first time. As a result, you should use a Sugar Wash, which is inexpensive and easy to make but contains a high percentage of alcohol, for this first distillation. To make a Sugar Wash, follow the instructions provided with the Distilliques’ Black Label Turbo Yeast.Alternatively, you can make one using a solution of cheap Vodka and water (750mL of vodka to 750mL of water for every five liters of boiler capacity).After distilling with the Sugar Wash, expect some contamination – if not, that’s great!

If not, that’s great! Recover around 40% of the original volume using the Vodka and Water solution. Your Still is now ready for use. The accompanying video on our YouTube Channel will also provide an insight of the cleaning procedure.

Split Top Rotating Column Alembic Still Premium @ Earthly Remedies, New York, USA

We recommend that you undertake a distillation of water before using your still for the first time, regardless of its model, in order to remove any contaminants that may have been left behind during the manufacturing process. Following that, just like with any other piece of machinery or hardware, it is critical that you keep your still clean so that it can serve you for many years to come. If you use your still just once a year, you should make sure that it is fully cleaned before storing it away for next year’s distillation, which is what happens here in the Iberian Peninsula following the harvesting season.

  1. A cleaning distillation may be carried out using a mixture of rye flour and water as the starting material.
  2. Fill your pot with water to 40% of its capacity, then add rye flour to the remaining 5 percent.
  3. After you have put the hood on top of the alembic pot, you should seal the joints of the alembic using a typical sealing procedure.
  4. It will be sufficient to do a single distillation using only water.
  5. If you desire to polish the outside, we recommend that you choose a non-toxic polish that is acceptable for the situation.
  6. You may also clean your pot using one of two traditional methods: rubbing it with a cloth drenched in a salt and lemon solution, or rubbing it with the ashes from your wood fire (assuming you used it as your heating source).


Believe it or not, when it comes to cleaning stills, the process is very straightforward. That will help you set yourself up for a really good clean still and for maintaining a Clean steel for a long period of time. The first thing to remember is that at the very end of the run, get some mix, dump out the pot so you don’t burn yourself, and rinse it out or get all the old get all that stuff out to start with before you go any further. However, this does not remove the need to wash the item in question.

  1. In order to ensure a successful first run, please follow the manufacturer’s recommendations.
  2. Let’s start with copper, because we’re going to need it.
  3. Copper is used in the construction of this item.
  4. It’s all about the patina.
  5. And it’s a process that’s similar to oxidation in that it develops a patina over time.
  6. Now, when you first receive or assemble one of these that you have purchased or assembled, you will note that all of the solder joints have been cleaned with flux, so there is some flux residue in the solder joints as well.
  7. Well, what’s the quickest method to get it out?

After that, you’ll need to use some sort of cleaning solution to get rid of the rest of the debris.

Trust me when I say that it will come out, and you do not want that to happen.

To be sure, there are many different cleaning chemicals for copper and stainless steel that are commercially available for purchase.

It’s rather well-known among those involved in the distilling industry.

Besides that, the end of the day costs you that much, that’s roughly a little bit more than a cup.

But if you’re going to clean one of these, all you have to do is mix up that solution and pour it in there.

That’s all there is to it.

This is an example of For 72 cents, or less than one dollar a bottle, I purchased 32 fluid ounces of a three out of three percent hydrogen peroxide solution.

Their citric acid is derived from citrus fruits.

However, given the size of this enormous bottle, I assume water is also reasonably priced.

One ounce of citric acid is all it takes to get it out of your system.

This is something that many of you who have used citric acid to lower the pH of your mash are most likely thinking about right now.

It drops the pH all the way down to zero, and it does so in a dramatic manner.

It needs to be crystal clear.

It’s very remarkable.

It’ll be less than seven o’clock in the morning.

It comes out, and you don’t clean the interior of the worm, which is what you should do.

It’s going to look somewhat like this when it’s finished.

It has vinegar in it, which I like.

They’re in a tight spot.

On others, for example, a stainless steel that is still in its stainless steel container, simply wash it out with a soft cloth and some dawn dish detergent and rinse it off.

In the column, I am now using dondre soap.

Rinse it out afterwards.

Although there is no patina or anything like that within the condenser, there might be crud and other debris that just sort of accumulates in there that you don’t want to be there.

Because it’s a little tube, of course.

a straight wire for some dawn dish soap and warm water in here, just to wet it down and get it to flow again This is similar to the way we clean a shotgun, and if you bring it all the way down there and then just draw it through, that will clear out the inside of your condenser, similar to the way we clean a shotgun most of the time.

Already, you can see how clean it has gotten because it has been sitting here for the duration of the time that I have been talking with you about this. It will leave me with 551 500 millilitres of water, 50 millilitres of hydrogen peroxide, and one ounce of citric acid left over.

Want more? just double it and make goodies or just Do the math. Simple dirt cheap and as always!

It is vital to maintain and clean the distillation equipment on a regular basis in order to maintain the excellent quality of the distillate being produced. In many cases, you may clean it with vinegar or dish soap and warm water, but we recommend that you use theDistiller Equipment Cleaner and theDistiller Equipment Rinse instead. The items are inexpensive, and the goods are well worth purchasing because they are specifically designed for cleaning soft metals, plastics, and stainless steel. Mineral and organic residues are easily removed with the help of the cleaning and rinse.

Step by Step Process of Cleaning Your Stainless Steel Still

We recommend that you start with the Distiller Equipment Cleaner and finish with the Distiller Equipment Cleaner if you want to clean your stainless steel moonshine still fully and safely. As previously indicated, the two solutions were created specifically for the purpose of cleaning stainless steel and eliminating mineral and organic deposits from the surface. This section will walk you through the process of cleaning your Stainless Steel Moonshine Still step by step.

  1. In order to properly and safely clean your stainless steel moonshine still, we recommend that you use the Distiller Equipment Cleaner first, followed by the Distiller Equipment Cleaner. In addition to cleaning stainless steel and removing mineral and organic deposits, the two products were specifically designed for these purposes. This procedure will show you how to clean your Stainless Steel Moonshine Still step by step.

Please keep in mind that if you have previously used the Distiller Equipment Rinse, it is not required to rinse your equipment with hot water.

Cleaning Ceramic Raschig Rings

The Ceramic Raschig Rings are a product that was developed specifically for use with our Equipment Cleaner, and the cleaning procedures are quite identical to those shown above. Raschig Rings, in contrast to copper mesh, are more durable and may be utilized for a longer period of time. It is critical to thoroughly clean each and every piece of distillation equipment. The following is the technique to be followed while cleaning your Ceramic Raschig Rings.

  1. In a mixing bowl, combine hot water and Distiller Equipment Cleaner (150-180’F
  2. 1/2 – 1 oz Equipment Cleaner per gallon of water), then add the Raschig Rings
  3. Mix well. For half an hour, soak the Ceramic Raschig Rings in water. Using Distiller Equipment Rinse or clean water, thoroughly rinse the refractory.

Copper Mesh Cleaning

Although it is preferable to wash the copper mesh immediately after use, you may get away with washing it after a few hours if necessary. It’s important to remember that the quality of the copper mesh has an impact on your product; thus, you shouldn’t use one that’s discolored or displaying blue corrosion. If you notice that your mesh is no longer clean after washing it, you should stop using it immediately. Copper mesh has a longer life duration than ceramic Raschig Rings, which are more fragile.

  1. Remove the contents of a clean container and fill it with the cleaning solution of your choice
  2. Pure vinegar, straight citric acid, or a mixture of half water and half vinegar are all good options. Either of these solutions is good for cleaning copper mesh, so you have the option of selecting your favourite solution
  3. Nevertheless, After unrolling the copper mesh, immerse it in the fluid for several hours to soften it. After cleaning it well with clean water, hang it to dry.

After everything has been thoroughly cleaned, you may proceed to making your next batch.

Cleaning a still. Vinegar and other ways.

The question “how do I make a vinegar run?” or “how should I prepare my still for use?” is frequently asked. There are a plethora of posts that deal with the topic matter. They are frequently intertwined in build threads and other places, making it difficult for new men to identify them while they are seeking. As a result, here is a one-stop shop for the latest hot suggestions. If you have a technique, idea, tip, or link, please include it in your submission. – First and first, vinegar is not the only option; many men like to use citric acid, and there are a few additional mixtures available.

  1. Consider if you are cleaning a freshly constructed structure or a newly bought structure, or whether you are just maintaining an old structure.
  2. There is no shame, no names, because we were all there at one point.
  3. Copper will frequently require a thorough cleaning to be ready for use; stainless steel may not require as much cleaning, but any copper present may necessitate some preparation.
  4. I have not yet come across any flammable cleaning chemicals, thus cleaning product vapours are not flammable in the same way that ethanol vapours are.
  5. Some of the vapours created can be overwhelming; thus, always perform your cleaning runs in an area that is adequately ventilated.
  6. In most cases, cleaning your still is a two or three-part operation.
  7. Make a plan ahead of time.
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With everyone writing in one spot, I am hopeful that the greatest aspects of everyone’s opinion will be able to assist even the most experienced members of the community learn something new.

It is inexpensive, readily available, and secure.

The ratio does not have a significant impact on anything.

First, we’ll have a look at what to do.

When using electricity, use enough to completely cover the element, plus 4 litres of a 50/50 solution.

It is possible to scorch them and require mechanical cleaning, but it is also possible for them to self-destruct.

So, let’s get things boiling.

Take note of the moment when the vapour first appears.

It is not necessary to have the heat turned up to “crazy hot,” a gently boil would suffice.

If you must, take a break.

Have a good time, it will not hurt the still.

To seal this area off, I use an offcut of copper tube and a copper or stainless steel section of flat plate from a previous project.

Step 2: Turn off the computer.

Any condensed vinegar solution (which will most likely have a blue tint by now) can be added to this and preserved for later use.

Allow the water vapour to clean the still by steaming it.

For the 3rd step, Again, do this as near as feasible time wise to the prior step.

You MUST have the cooling system attached at this point, since we are about to run some sacrificial wash.

The concept behind this is that ethanol is a powerful cleaner in its own right and will pick up the dirt and grime that vinegar will not.

Plating columns, standard column stills, and pot stills all fall within this category.

Keep your product condenser running at all times..

Run this for 5 minutes or as long as you wish to experiment with how your still knocks down vapour—but don’t let it run dry or expose your boiler’s internal components.

The ABV at which you collect this may vary according on the type of still, how much you experimented with it, and the starting strength of the wash.

Step number four.

Your still has been cleaned and is ready to be put to use.

IMPORTANT, The interior “patina” will begin to develop once the first good wash run has been completed.

If the next usage is expected to be within a week or two, you will just require a rinse following use from this point forward.

Those were the days. The modules are internally cleaned, the condensers and other parts are acid washed; thus, you may skip to step 3 and merely make a very broad heads cut on the first run for the CCSC plated column.

Cleaning Copper Stills – Hydrosol Research

2020 is the year of the pig. Laura Kline is a writer who lives in New York City. One of the most critical tasks in the distillation process is cleaning the copper still after it has been used to distill hydrolats. Being able to distill from a clean still ensures that the following distillation will not be corrupted or polluted by prior distillations. Copper cleaning may be a difficult task, but perhaps this information will be of assistance. When distilling for hydrolat as the principal product, “the distiller must maintain the highest level of cleanliness possible.” With so much attention being paid to the essential oil, it is common for the sanitation and sterilization processes that are so important for a hydrosol distillation to be overlooked.

Cleaning Copper

I’ve seen a variety of cleaning procedures suggested, ranging from just washing out the still with water to the more extreme suggestion of “…mineral spirits or other petroleum distillates.” “A commercial carburetor spray cleaning performs exceptionally well…” The year is 2015, and Rose has published a paper on the topic. In addition, I came across several tips for cleaning copper in the spirit distillation forums. The use of a bicarbonate of soda rinse, in addition to the use of citric acid, has been consistently recommended.

  1. I was interested in learning how and if bicarbonate of soda might be used to clean our stills, as well as what the benefits of doing so would be and how to go about doing so.
  2. We are able to clean and safeguard the copper in this manner, ensuring that cross-contamination from prior distillations does not occur, and we are able to distill each time with a clean slate.
  3. The copper interacts with the oxygen in the air, resulting in the formation of a brown copper oxide coating that protects the copper from further corrosion.
  4. (II).
  5. This deep, dark brown tint actually serves to preserve the metal and strengthen it.
  6. The light green of the Statue of Liberty or the green of skyscrapers is the most well-known hue in the world.
  7. Verdigris is a type of green finish that is created artificially by the use of acetic acid.
  8. Copper Alliance (Copper Alliance, 2020) Just a heads-up: the light green patina is very hazardous, so be careful.
  9. If yours still acquires this patina by accident, clean it as soon as you possibly can.
  10. Harman (2015) states that it will also catch “sulphur and yeast chemicals that were not eliminated throughout the distillation process,” making it ideal for distilling hydrolats, which are sulfur- and yeast-containing compounds.

Copper is not without its drawbacks, though. It is susceptible to scale formation and may be quickly destroyed by etching and chelating, whether in acidic or basic conditions. In addition, because hydrolats are acidic, the still is always under assault.


First and foremost, a little review on pH is in need. The concentration of hydrogen ions in an aqueous solution is measured by the pH scale. The pH scale goes from 0 to 14 on a scale of 1 to 14. Acidity is indicated by a low pH value, neutrality is shown by a pH of 7, and base or alkalinity is indicated by a high pH value. A combination of acids and enzymes in cleaning chemicals can aid in the breakdown of stubborn stains and mineral deposits, making them simpler to remove. The usage of products with basic pH values is beneficial for eliminating organic soils, as well as for breaking down oil and carbonized soil.

Multi-step Process

Copper stills must be cleaned in a multi-step procedure in order to be effectively cleaned. The first step is to remove any essential oils and hydrolat (alcohol), the second step is to remove any organic material (bicarbonate of soda), and finally, because copper is prone to scale, it is vital to remove and prevent scaling from occurring (citric acid.) There is also one more step, which is to sanitize the still with steam, which is the last step. All of the items are food-safe, and if they are used appropriately and at the correct pH, they will cause the copper to corrode to a bare minimum.

  • As well as cleaning supplies like as gloves and eye protection, we’ll need a condenser snake (a rope with frayed ends or a piece of microfiber at the end), cotton cloths or microfiber, and an anti-scratchgreen pad, among other things.
  • To soak the coils, insert a cork or other stopper into the exit (such as a parrot’s beak) and allow it to drain.
  • Using cotton towels or microfibers to dry after cleaning will prevent wet stains from forming on the copper surface.
  • It will not be possible to provide exact ratios since pH is depending on the temperature of the solution.

First Cleaning

Within the hydrolat community, rye flour is commonly used as the first step in cleaning a new or seldom used still, as well as towards the conclusion of the distilling season. Although the origin of this step is uncertain, many manufacturers recommend that it be carried out. Dried rye-flour distillations are perhaps the most detestable aspect of setting up a new still or packing one away at the conclusion of the harvesting season. It is highly disorganized, and it appears to be causing more confusion than necessary.

Also contained inside the combination is a non-starch polysaccharide known as pentosan, which is partially soluble in water and partially insoluble, resulting in the formation of a gel in the body of the water and flour mixture.

Using rye flour in conjunction with grain pellets and the non-water-soluble gel of pentosan, it is believed that any debris left over from manufacture and anything left over after a season of distilling will be removed from the water during the boiling process.

Her personal website is The How-To Guides section includes a section titled “How to look after your still.” Click on the link First Step to learn more.

Immediately following distillation, and after allowing your still to cool, the first thing you should do is thoroughly clean it with warm water. Using a cotton cloth or microfiber to dislodge any wasted marc*as much as possible would be the best option. It is possible to use a non-scratchgreen pad. Also, using the snake, thoroughly clean the serpentine coils and gooseneck of the boat. Friction is required in cleaning in order to dislodge particles and destroy any water film that may have formed.

  1. **Grain alcohol or isopropyl alcohol with a concentration of at least 80% can be utilized.
  2. The gooseneck should be either immersed in alcohol or halted so that you may pour alcohol into the pipe and allow it to soak into the pipe on both sides.
  3. Allow the alcohol to soak for a few minutes before wiping or scrubbing the entire cap, pot, and gooseneck and coils with a cloth and the snake on the coils.
  4. Marc is the botanical that has been used up following extraction.
  5. ** Unlike with other types of alcohol, the term proof does not refer to the proportion of alcohol in solution; for example, an 80 proof liquor is 40 percent alcohol, whereas a 180 proof liquor is 90 percent alcohol.

Cleaning – Second Step

In solution, bicarbonate of soda (bicarb) has the properties of a base (alkaline). Due to the fact that it is extremely soluble in water and begins to disintegrate at 50oC, the water temperature must be below 50oC during this phase. We’re employing it to eliminate organic detritus from the environment for our goals. Ordinarily, base solutions may corrode copper; however, if the bicarb solution has a pH more than 8.5, the copper dissolution is hindered, and the copper surface is actually passivated (or protected).

It was suggested in the paper, “Influence of Selected Anions on Copper Corrosion Rates,” that “the difference is due to a distinct pH-bicarbonate effect on the identity and structure of scale that forms on the surface…” Edwards (1994) defined formalized adverbial adverbial adverbial adverbial adverbial adverbial adverbial adverbial adverbial adverbial adverbial adverbial adverbial adverbial adverbial adverbial adverbial ad To make use of it, dilute the solution to a pH of 8.5 or above before adding it to the solution.

pH is affected by temperature, although only a small amount is required.

Flushing your system after cleaning the coils with your cleaning snake dipped in the bicarb solution Use the bicarb solution, which is included in a separate spray bottle, to keep the remaining parts in place for up to 3 minutes. All items should be completely flushed and rinsed.

Cleaning- Third Step

The citric acid is added as the next step. Citric acid is fairly well-known, and it is frequently employed in copper stills. CITRIC ACID, on the other hand, is a weak acid; the more concentrated the solution, the less ionization occurs. Consequently, while the pH of highly concentrated solutions decreases, the fall occurs more slowly as the concentration increases. The conclusion is that a highly concentrated solution is not more effective in cleaning copper than a more dilute one. “Test the strength of the acid by dribbling the hot citric acid on the exterior of the still; if it instantly becomes pinkish in color, then the acid is powerful enough to clean the inside of the still,” we’ve been told.

  • In addition, citric acid is just citric acid.
  • It is a natural substance that is generally created through a fermentation process involving sugar cane or yucca and a mold called Aspergillus niger; the mold is removed and the citric acid is extracted and regenerated after the fermentation process.
  • (At 52.3 degrees Celsius, it is roughly a 0.5 weight percent dilution.) Zhang et al.
  • Repeat the above-mentioned procedures, but this time let the citric acid solution to sit on the skin for up to 3 minutes before washing it off.
  • Just keep in mind that the copper will begin to passivate and develop a rich-brown patina as a result of a natural process.

Cleaning – Final Step

The final and most important stage is the use of steam. Make a still by filling your pot halfway or more with water and assembling it. Make a 10-minute distillation without adding any water to the cooling reservoir, until just a plume of steam emerges from the parrot’s beak is visible. Then switch on the cooling system, which should be able to catch up to one-half of the water that you’ve placed into the pot thus far. It is important to thoroughly clean your still with steam to ensure that it is sanitized and thoroughly cleaned.

Steaming the still should be done before to any botanical distillation in order to sterilize the still after it has been sitting unused for a period of time.


The Effect of Alkaline Detergents on Metals Aluminum, Copper, Tin, and Zinc was published in Industrial Engineering Chemistry in 1935, volume 27, number 11, pages 1358-1364 (Baker, Chester L.). Bayuseno, Athanasius, Jamari, Jamari, Muryanto, Stefanus, et al.,Calcium Carbonate Scale Formation in Copper Pipes on Laminar Flow, MATEC Web of Conferences 58, 01029 (2016) BISSTECH 2015. Bayuseno, Athanasius, Jamari, Jamari, Muryanto, Stefanus, et al.,Calcium Carbonate Scale Formation in Copper Pipes on Copper Development Association ltd., Copper Alliance, retrieved on November 20, 2020.

Edwards, Marc, May, Travis, and Rehring, John, “Effect of Selected Anions on Copper Corrosion Rates,” Journal American Water Works Association, December 1994, Volume 86, Issue 12.

Gonzalez, M.


Applied and Environmental Microbiology, vol.

5, March 2011, pp.

Grass, Gregor, Rensing, Christopher, and Solioz, Marc., Metallic Copper as an Antimicrobial Surface.

Chapter 5 of Baking Products: Science and Technology, edited by Y.

Katina, K.

‘Distillation A How To Booklet’ by Jeanne Rose, published by Herbal Studies Library in 2015.

Zhang, Wang, and Lu are among those who have contributed to this work. Particle Adhesion and Removal During Post-Cu CMP Cleaning: The Effect of Citric Acid Based Cleaning Solution on Particle Adhesion and Removal, Microelectronic Engineering, V216, 15 August 2019, 111090.

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