Bravo!! Please let us know how it turns out.
Thank you for the epic response. Among the thousands of post. Do you have a product you trust in mind? And risk of particulate contaminant after the fact? Seems this is my only option.Hi @Lowry and welcome back. Unfortunately, 90% or higher ethanol content is needed in order to obtain the best results using this extraction method and I've found 190 proof PGA (95% ethanol) to be ideal. Many people around the globe have difficulty obtaining 190 proof PGA. Since you are able to obtain 151 proof PGA locally there is hope. There are two ways of converting 151 proof Everclear into 180 proof or higher. If you have access to the right lab equipment, distillation can boost the 75% ethanol content of 151 proof to 90% (180 proof) or higher pretty easily. Distillation above 90% ethanol content becomes more difficult to achieve and is limited to around 95% purity (190 proof). Molecular sieves (3a) will absorb/remove water from alcohol, it's even possible to obtain 100% ethanol (200 proof) by using them. While 3a sieves wont absorb alcohol (only water) some alcohol does cling to the surface of the sieves so there is some loss/waste and the resulting alcohol must be filtered. Using molecular sieves, 1000ml of 151 proof PGA would likely yield around 650ml of 190 proof+. The sieves must be activated (high temp baked) between uses so they're a bit of a PITA to use. YouTube has a few good videos showing each method in action but some fail to mention important details/aspects of the process.
Do you have a product you trust in mind? And risk of particulate contaminant after the fact?
do your extracts have any PGA % that's is acceptable after evaporation? Or is it like 10% or less is okay? The "word" is that any amount other than traces is undesired in a final product.
I suppose I'll have to put them on a appropriate metal pan and bake @ 400-500 Or so for 3-4 hours
......I was wondering what would result if I fermented a pure sugar/water solution and then tried to dry it over and over again with the sieves.......
The topic of molecular sieves got me curious about something. I recently started a new hobby making mead and hard apple cider. Just started my first batches so it'll be months before I know how they will turn out. Anyway, I'm using a champagne yeast (EC-1118) in the cider batch that has the capability of making 18% alcohol. I was wondering what would result if I fermented a pure sugar/water solution and then tried to dry it over and over again with the sieves. How how of an alcohol concentration could I achieve? Also curious about the legality of that considering nothing is being distilled. I have no plans to do this since (at least not for making ejuice since I have ready access to store-bought PGA) but was wondering what was possible.
Interesting thought. The 3A sieves will absorb molecules that are smaller than 3 angstrom (such as water molecules) while leaving behind anything larger (such as ethanol molecules). Personally I believe you'd end up with a much higher ethanol content but don't really know how the sieves would handle other compounds present in the fermented solution. Some of those compounds might leave a sediment/scale inside the sieves when dried/reactivated diminishing their future effectiveness. Could ruin the sieves first use. ???
.....my main question is.. has anyone tried extracting "Acid" cigars and what was the results?......