reflux still bends necessary
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reflux still bends necessary
Ok so I am totally new to this site and after a couple of hours reading, I love it. I didnt know a resource like this exsited out on the net and I am very glad as I have a couple of questions. I am builindg the internal reflux still off moonshine.still.com I wanted to know why the cooling pipes are just straight into the condensor for that still and stills like the one pictured below seem to bend around and take their time getting into the condensor. Is there a purpose for all those twists and elbows?
http://cgi.ebay.com/REFLUX-STILL-PLANS- ... otohosting" onclick="window.open(this.href);return false;" rel="nofollow
THanks a ton
http://cgi.ebay.com/REFLUX-STILL-PLANS- ... otohosting" onclick="window.open(this.href);return false;" rel="nofollow
THanks a ton
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That still doesn't really have a condensor. It condenses the vapor in the column for reflux by running a couple of pipes straight through the column.
IMHO, this is an inferior design. There is no way to independently control the reflux condensor from the leibig, or output condensor.
To answer your question, it doesn't make any dirfference how you run your coolant to the condensor.
Which still are you making?
IMHO, this is an inferior design. There is no way to independently control the reflux condensor from the leibig, or output condensor.
To answer your question, it doesn't make any dirfference how you run your coolant to the condensor.
Which still are you making?
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The design on moonshinestill isn't as good as the one in the link that you provided.gonzoflick wrote:I am making the internal reflux design off moonshinestill.com
is this a bad design? The plans seems to say it has a seperate condensor, surrounded by a coolant jacket. I already have the condendor column made minus the jacket and I have the 3 foot 2in copper for the reflux column.
The internal reflux design is better if both "through tubes" are at the top. That way all of the condensed spirit drips back over the packing and comes in contact with the vapor through the whole column. Personally, I would rather have the valved reflux design that is at the moonshinestill website. It would give you much more controll, and a much cleaner and more pure product.
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dont mean to but in but i have a valve reflux still and have never used the reflux . i have always ran it like a pot still. i still get some reflux useing it this way. i get a higher abv than a pot. becouse of the tall colum but i have never ran it fully packed becouse i like the flavor i get from the mash.rum or grains i do like the opeion .though
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Hi Gonzoflick.
I have made this reflux still 10 months ago
It works great for me... I make vodka at 92 %ABV with it when packed with SS scrubs and cooled with water in the top of the column. I also make good whiskey when unpacked and not cooled.
So, I've made some changes to plans : 2 valves to control water flow, coolin' pipes higher in the column...
The boiler is a beer keg.
You can see pictures of the parts on my weblog (address under my signature). I'll post the plan drafts in a few minutes...
If you go this way, I can help...
I have made this reflux still 10 months ago

It works great for me... I make vodka at 92 %ABV with it when packed with SS scrubs and cooled with water in the top of the column. I also make good whiskey when unpacked and not cooled.
So, I've made some changes to plans : 2 valves to control water flow, coolin' pipes higher in the column...
The boiler is a beer keg.
You can see pictures of the parts on my weblog (address under my signature). I'll post the plan drafts in a few minutes...
If you go this way, I can help...
I'm french speaking!
Boiler : 50 L (13 gal) beer keg, gas heated.
Reflux : 104 cm (41 inches) column 54 mm (2 inches) diameter withh SS scrubbers packing.
Potstill : 40 cm (15 inches) column 54 mm (2 inches) diameter without packing.
Boiler : 50 L (13 gal) beer keg, gas heated.
Reflux : 104 cm (41 inches) column 54 mm (2 inches) diameter withh SS scrubbers packing.
Potstill : 40 cm (15 inches) column 54 mm (2 inches) diameter without packing.
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And finaly a view from the top. Took the plane to make an aerial view!


I'm french speaking!
Boiler : 50 L (13 gal) beer keg, gas heated.
Reflux : 104 cm (41 inches) column 54 mm (2 inches) diameter withh SS scrubbers packing.
Potstill : 40 cm (15 inches) column 54 mm (2 inches) diameter without packing.
Boiler : 50 L (13 gal) beer keg, gas heated.
Reflux : 104 cm (41 inches) column 54 mm (2 inches) diameter withh SS scrubbers packing.
Potstill : 40 cm (15 inches) column 54 mm (2 inches) diameter without packing.
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- Swill Maker
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I'll reply with a new colored plan... But waitin' for it, have a look at this Decoy's post :http://homedistiller.org/forum/viewtopi ... 32&start=0
I'm french speaking!
Boiler : 50 L (13 gal) beer keg, gas heated.
Reflux : 104 cm (41 inches) column 54 mm (2 inches) diameter withh SS scrubbers packing.
Potstill : 40 cm (15 inches) column 54 mm (2 inches) diameter without packing.
Boiler : 50 L (13 gal) beer keg, gas heated.
Reflux : 104 cm (41 inches) column 54 mm (2 inches) diameter withh SS scrubbers packing.
Potstill : 40 cm (15 inches) column 54 mm (2 inches) diameter without packing.
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- Swill Maker
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- Joined: Tue Nov 22, 2005 1:36 am
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Gonzo, no time for colored plan... But, yes, cold water enter the reflux from the bottom coolant tube. Note it's easy to inverse : connect the cold water input garden hose to the top! The valves will be efficient too.
One reflexion : after a lot of readings, I decided to set the coolin'pipes higher than on the "moonshine still" plans, but I think they should be more high in the column...
In any case, as I said, it works very good for me. I make ± 10 l vodka/a year and a lot more of fruit and grain spirits. So highest purity and/or proof issn't my first goal.
One reflexion : after a lot of readings, I decided to set the coolin'pipes higher than on the "moonshine still" plans, but I think they should be more high in the column...
In any case, as I said, it works very good for me. I make ± 10 l vodka/a year and a lot more of fruit and grain spirits. So highest purity and/or proof issn't my first goal.
I'm french speaking!
Boiler : 50 L (13 gal) beer keg, gas heated.
Reflux : 104 cm (41 inches) column 54 mm (2 inches) diameter withh SS scrubbers packing.
Potstill : 40 cm (15 inches) column 54 mm (2 inches) diameter without packing.
Boiler : 50 L (13 gal) beer keg, gas heated.
Reflux : 104 cm (41 inches) column 54 mm (2 inches) diameter withh SS scrubbers packing.
Potstill : 40 cm (15 inches) column 54 mm (2 inches) diameter without packing.