Salutations Cannabic Vaporists,
Dry-hot just isn't my thing, i needed a couple years to figure that much but once i got my answers there was no going back. Since then i've been promoting an alternative to what i tagged traditional "water-washing", it's a concept i named FogBong:
Preliminary experimentations were initially performed using an ultrasonic nebulizer but this proved to be an unreliable method when implemented as shown below:
My problem with it was the absolutely improper mixing ratio, not to mention the fact that those electronic pucks can contaminate the surrounding water with robofart stuff should a critical failure happen to occur: i've seen my water turn black because of its poor base sealing, during such an event. Also, while waiting for a replacement at some local store, a guy next to me related having observed a very similar issue, so...
Briefly put i'd advise caution if/when dealing with that specific experiment illustrated above.
Another ultrasonic nebulizer based option was to depend on the humidifier appliance below:
Lets simply say it was a convenient probe for the task of determining what parameters affected coughing the most:
Today i'm hoping future vaporizer devices will integrate cannabic conditioning right from the start, it would look something like this i presume:
In the meatime here's my best solution so far. It's safer and yet affordable:
A boiler generates hot water vapor, it doesn't matter much what's the final hardware as long as it's possible to collect this moisture through a tube. Its length would hardly suffice to remove excess heat so i found it was necessary to partially obstruct the water vapor path to cause sudden expansion and hence some amount of additional cooling before it enters my glass accessory.
Depending on the amount of water and/or tilt angle it's possible to evaluate both cold and hot cannabic moisture conditioning, of course dry comparative tests can be conducted using no water at all - or just classic water-washing (with the "H2O" tube unplugged). Bubbling (red arrow) under cold (blue arrow) water transfers heat to the later, which may become a bit too hot after a while. One may also think of crushed ice, etc.
...
Here's my conclusion after making a few circles around this whole problem.
Well, i've finally determined i require my "fumet" to be only very faintly moisturized by cold water vapor: very little is actually needed to tame down coughing while preserving aroma and taste.
It's difficult for me to see how this can go wrong but don't take my word for it; i genuinely believe the outcome might surprize a few, so... Do yourself a favour then and give it a try if you dare!...
Dry-hot just isn't my thing, i needed a couple years to figure that much but once i got my answers there was no going back. Since then i've been promoting an alternative to what i tagged traditional "water-washing", it's a concept i named FogBong:
Briefly put i'd advise caution if/when dealing with that specific experiment illustrated above.
Another ultrasonic nebulizer based option was to depend on the humidifier appliance below:
Today i'm hoping future vaporizer devices will integrate cannabic conditioning right from the start, it would look something like this i presume:
Depending on the amount of water and/or tilt angle it's possible to evaluate both cold and hot cannabic moisture conditioning, of course dry comparative tests can be conducted using no water at all - or just classic water-washing (with the "H2O" tube unplugged). Bubbling (red arrow) under cold (blue arrow) water transfers heat to the later, which may become a bit too hot after a while. One may also think of crushed ice, etc.
...
Here's my conclusion after making a few circles around this whole problem.
Well, i've finally determined i require my "fumet" to be only very faintly moisturized by cold water vapor: very little is actually needed to tame down coughing while preserving aroma and taste.
It's difficult for me to see how this can go wrong but don't take my word for it; i genuinely believe the outcome might surprize a few, so... Do yourself a favour then and give it a try if you dare!...
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