Not sure if this is the right place to ask but should my distillate be comming out ice cold? I thought I read it should be warm?
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should my distillate be comming out ice cold
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- bearriver
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Re: should my distillate be comming out ice cold
It all depends on your setup, as in what kind of still do you run?
I have a 1.5' liebig that cools the hot distillate from my 3" LM to 55 degrees F, which is just 1 degree above my well water temp. I run the water to the liebig, and out to the reflux coils, then into the dirt. The flow is a slow trickle @ around 150 degrees exiting the coils.
I have a 1.5' liebig that cools the hot distillate from my 3" LM to 55 degrees F, which is just 1 degree above my well water temp. I run the water to the liebig, and out to the reflux coils, then into the dirt. The flow is a slow trickle @ around 150 degrees exiting the coils.
- still_stirrin
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Re: should my distillate be comming out ice cold
Welcome to HD.
You've got some reading to do yet..head to the reading lounge. You will find the answer to your question, and many more, there.
But, coming from a mechanical engineer, the exit temperature of your product will not, nor can be less than your cooling water inlet temperature. That's the limitation of a counterflow heat exchanger. And it's probably the most efficient design. So, when you say "ice cold", what is your measurement? 0* C?
ss
You've got some reading to do yet..head to the reading lounge. You will find the answer to your question, and many more, there.
But, coming from a mechanical engineer, the exit temperature of your product will not, nor can be less than your cooling water inlet temperature. That's the limitation of a counterflow heat exchanger. And it's probably the most efficient design. So, when you say "ice cold", what is your measurement? 0* C?
ss
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My Cadco hotplate modification thread: Hotplate Build
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Re: should my distillate be comming out ice cold
The easiest answer is no. But I assume a few things...
If product comes out much below 100F you are using excess cooling water/flow. If you have a recirculating system and aren't actually wasting water, that's o.k.
Assuming you have a standard Reflux setup, you should be relying on your Product Condenser to temper the water for your Reflux Condenser. Dropping Super Cooled Reflux on top of packing can initiate a flood at the top.
If product comes out much below 100F you are using excess cooling water/flow. If you have a recirculating system and aren't actually wasting water, that's o.k.
Assuming you have a standard Reflux setup, you should be relying on your Product Condenser to temper the water for your Reflux Condenser. Dropping Super Cooled Reflux on top of packing can initiate a flood at the top.
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