Seeing that everyone is crying about the Appion's and saying that you could passive recover with a CLS...
How would that be accomplished?
How would that be accomplished?
Seeing that everyone is crying about the Appion's and saying that you could passive recover with a CLS...
How would that be accomplished?
how can this be achevied with mkiii or terpp?
i was just watching bret mavericks video on passive recovery, i understand how his system works but the thing i get confused by is his recovery/butane tank.
would using hot/cold still be able to draw the butane thru the lines on the terpp?
as well as could you pull vac on a regular 30# or 50# (from amazon)recovery tank?
or once everything was in the collection tank could you put it in room temp or slightly colder water then put the recovery tank in dry ice mix?
that way you could avoid heating extract too much aswell as recover?
it would be nice to avoid buying a recovery pump just due to cost .
sorry if these are dumb questions.
It would certainly be harder with an mkiii and a normal refrigerant recovery tank.. As gravity, and showering are usually the typical aspects of passive systems.
One would not be able to run at sub zero temperatures, in fact, you wouldn't be able to suffice any psi at all.. Meaning it would be a challenge in finding a medium between the right chill on the r/c tank, and not too much chill taking your psi.
Unless you were running with a propane mix of sorts, or put co2 in your tank like the tami instructions above..
This whole "kill active recovery" thing is giving me a headache. Just when I was getting comfortable with my systems.. Especially just knowing that I'm not open blasting, talk about danger and toxins.
Hopefully this all gets blown out of the water, because this subject seems to be taking over everything having to do with extraction.. Seems to be the new hot subject all over the internet
I was referring to subzero using the pump only for recovery not the mkiii. On the videos I have seen of subzero, they use a top shower from a tank that takes quite a long time, they only hook up an appion to their collection pot at the end to recover the butane actively.
Never done it, but if I did, here is how I would try.
Take apart the column assembly and set the dump valve aside.
Set aside the vent tube.
Set the column directly on top of the tank flange, using a screened gasket, and place the injection tee on top of the column using a screened gasket.
Remove the compression fitting from the top endcap, and replace it with a 1/4" X close nipple, a 1/4" ball valve, and a 1/4" MNPT X 1/4" JIC fitting.
Set on refrigerant scale.
Attach a hose from your storage tank vapor line to the injection tee on top of the column.
Vacuum down the system to -29.9" Hg.
Turn the storage tank up side down and suspend higher than the Mk III.
Open the storage tank valve and the top ball valve to inject butane. Measure transfer using refrigerant scale.
Close top valve and set tank upright, lower than the injection tee, and let sit for a few minutes.
Close tank valve and disconnect hose, losing butane vapor in hose.
Connect hose to vacuum pump valve port on the Mk III, an set it in hot water.
Leave the other end connected to the recovery tank vapor valve, and set it in cold water.
Open both valves and go take a few dabs elsewhere while magic occurs.
Periodically remove the Terpenator from the hot water and weigh.
When the refrigeration scale tells you that the Terpenator now weighs the same as before starting, remove both tanks from the water and dry off.
Remove the hose and lose butane in hose.
You might be able to skip the hose switch and recover the butane from the top of the column at some loss of efficiency, but worth checking out.
Open the pot valve and equalize, blowing the remaining butane to atmosphere, and open. Do this step in a spark free, well ventilated location.
Harvest oil and further process to purge and formulate.
It would certainly be harder with an mkiii and a normal refrigerant recovery tank.. As gravity, and showering are usually the typical aspects of passive systems.
One would not be able to run at sub zero temperatures, in fact, you wouldn't be able to suffice any psi at all.. Meaning it would be a challenge in finding a medium between the right chill on the r/c tank, and not too much chill taking your psi.
Unless you were running with a propane mix of sorts, or put co2 in your tank like the tami instructions above..
This whole "kill active recovery" thing is giving me a headache. Just when I was getting comfortable with my systems.. Especially just knowing that I'm not open blasting, talk about danger and toxins.
Hopefully this all gets blown out of the water, because this subject seems to be taking over everything having to do with extraction.. Seems to be the new hot subject all over the internet
Stick around long enough and you will see regular assaults on BHO in its every form.
It is good to have the opposition looking for chinks in our armor, because if anyone is going to find them, they will, but also understand that they often don't play by the same rules as the rest of us with regard to facts.
The game theory of people management says that when people can't win by the rules of the game, they will create different rules so that they can win.
Once of the strongest motivators to create new rules, is financial, where they are selling competitive products. Dr. Knowitallandmore enhances his product position by attacking the quality of the competing products, and no one has the remotest idea who Dr. knowitallandmore really is, cause that is just his avatar.
i was planning on running propane instead of butane, would that change anything?
got nothing against active recovery or recovery machines ,just trying to save a lil money but maybe thats the wrong thing to do.
and just to be sure the advantages off running at subzero would be inline dewaxing? or the ability to pull that cold purge muffin?
thanx for ur response man, just kinda confused bout all this. thinkn i should just cough up the 7 bills or watever for an appion