![Laughing :lol:](./images/smilies/icon_lol.gif)
Here's a drawing of what I'm thinking.
It uses a large diameter, multi-turn coil for condensing and what's basically a concentric LM takeoff.
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Borosilicate? Wow! What diameter do you have in mind? From the drawing it looks like it would be pretty large. That would be amazing to see in action.
shadylane wrote: ↑Sat Jan 18, 2025 4:09 pm Large diameter glass cylinders are expensive and hard to find.
I'm thinking use an inverted pyrex glass cooking pot.
All the plumbing would come through the copper bottom plate to avoid drilling any holes in the glass.
And have a lip on the bottom plate so the liquid alcohol wouldn't leak.
There’s one right thereshadylane wrote: ↑Wed Dec 31, 1969 4:00 pm There's no logical reason why do do it, other than it hasn't been done here before.![]()
Man, Shady, you are definitely asking the enablers for help and you know we're just gonna egg you on.
Are you doing that with no back pressure?zach wrote: ↑Mon Jan 20, 2025 10:32 am I've seen a few like this.
Home Distilling, Moonshine Stills, & Micro Distillery Equipment _ Olympic Distillers.jpeg
I have a dimroth that I made from a 4 inch tri clamp filter housing assembly with csst . Mine has a 1/2 inch take off so I can strip without reflux up to 15 KW.
The top above the coil is open .
By design a LM takeoff that's throttled by a valve has a liquid seal.
I previously had a 1/4" drain that could not keep up with my capacity requirement for stripping. ( I could see reflux in the sight glass) I don't think it mattered if the 1/4 line had a trap. The 1/4" tube drain was restriction enough to avoid vapor from escaping the drain.