EZ4U2Shoot
Rising Star
I have now been extracting DMT fairly regularly for a little over 5 years. In the last 5 years I have performed, literally, hundreds of extractions from MHRB. Typically, I have preferred an STB extraction over an A/B extraction simply because MHRB is low enough in fats and oils that I personally cannot justify the extra steps of acidifying and defatting.
Lately, cyb's tek has gotten quite a bit of attention and I have become inquisitive about the addition of salt into the mixture. I understand the theoretical implication where by the addition of salt should provide ionic polarization which, in turn, should, theoretically, speed up the migration of the DMT into the aqueous mixture. While theory and practice are usually different, the theory is fairly sound and I would expect that it will speed up the extraction process. While I am absolutely confident that I can get complete maximum yeilds with the STB that I usually perform, I will note that I have been able to pull DMT as much as a year after basifying. So given the testimonies of other Nexians I am excited about the prospect of being able to extract the same amount of end product in a fraction of the time, possibly reducing several months down to a week.
Now, on to the exciting stuff and the reason for this post. I intend to determine the most efficient method of extracting DMT from MHRB through an experiment designed to analyze several individual variables and aspects of various extraction processes. Since I have performed so many different extraction tek's and have read just about the rest (at least those on the Nexus and a few other sites) I recognize that there are a lot of similarities. Additionally, there are certain "steps" or procedures within a complete process that may be common or unique. As such, it is my intention to determine what steps and procedures have the greatest impact on the resulting yields.
To begin, in order to collect this data and have it be as accurate as possible, all of these extractions should be done from the same batch of Powdered MHRB. Additionally, ideally, all of the extractions should be done several times and the results should be averaged. The more times the entire experiment is repeated the more accurate the average will be. Now obviously, I will not be able to repeat the experiment several times with the same batch of Powdered MHRB, however, each time the experiment is repeated a new batch will be used for the entire experiment. In doing it this way, the data should be more accurate than it would if everything came from the same batch. I know from experience and many puchases that the quality of MHRB varies greatly depending on the freshness and especially the time of year that it was harvested.
I intend to perform all extractions for this experiment using Powdered MHRB from the same 1 kilo batch. For accuracy and thoroughness, all measurements of dry material and products will be done with a diamond scale with .001g precision. This will include the measurements of MHRB, Lye, and the resulting DMT. For liquid measurements I will be using a standard glass measuring cup.
The yield measurements that I am specifically interested in are as follows:
1.) White DMT.
2.) Lightly yellowed DMT.
3.) Dark yellow DMT.
4.) Obviously oily/fatty/waxy DMT mixture.
Then a follow up cleansing and recrystallizing should be done to purify the product and more accurately determine true yields. This is necessary because the oils and fats are a whole lot heavier than the DMT. The simple fact is, light yellow DMT is heavier than white DMT. And dark yellow DMT is significantly heavier than light yellow DMT. In my experience, dark yellow DMT can be as much as 50% heavier than pure white DMT because of the weight of the oils.
In order to determine a baseline for each variable I will use an STB extraction that I have done for a number of years that has been tweaked for use with Powdered MHRB. I will refer to this as 'Standard STB', or 'Std STB'.
Following are the variables that I believe I would like to test:
Extraction 1: As a base line, perform an Std STB.
Extraction 2: Do an Std STB with the addition of salt to the basified mixture.
Extraction 3: Perform heat bath prior to basifying mixture of Std STB.
Extraction 4: Perform heat bath on basified mixture of Std STB.
Extraction 5: Perform heat bath on solvant before pulling from Std STB.
Extraction 6: Freezing and thawing of Powdered MHRB in water prior to basifying mixture of Std STB.
Extraction 7: Freezing and thawing of basified mixture of Std STB.
Extraction 8: Simmering of MHRB water mixture prior to basifying of Std STB.
Extraction 9: Simmering of basified solution of Std STB.
Extraction 10: Acidify prior to basifying the Std STB.
Extraction 11: Acidify and defat prior to basifying the Std Stb.
At this point these are the variables that I can think of. Now I welcome and encourage input and suggestions. While I have already done quite a bit of planning, I wish to have this experiment completely planned out before I begin. So if there are any ideas that any of you may have, please let me know.
I realize this will take a lot of time and effort but I believe that when it is finished it will be worth it. Once I have compiled all of the data to determine the most useful procedures I will develop and write up a new extraction tek based on this information.
Lately, cyb's tek has gotten quite a bit of attention and I have become inquisitive about the addition of salt into the mixture. I understand the theoretical implication where by the addition of salt should provide ionic polarization which, in turn, should, theoretically, speed up the migration of the DMT into the aqueous mixture. While theory and practice are usually different, the theory is fairly sound and I would expect that it will speed up the extraction process. While I am absolutely confident that I can get complete maximum yeilds with the STB that I usually perform, I will note that I have been able to pull DMT as much as a year after basifying. So given the testimonies of other Nexians I am excited about the prospect of being able to extract the same amount of end product in a fraction of the time, possibly reducing several months down to a week.
Now, on to the exciting stuff and the reason for this post. I intend to determine the most efficient method of extracting DMT from MHRB through an experiment designed to analyze several individual variables and aspects of various extraction processes. Since I have performed so many different extraction tek's and have read just about the rest (at least those on the Nexus and a few other sites) I recognize that there are a lot of similarities. Additionally, there are certain "steps" or procedures within a complete process that may be common or unique. As such, it is my intention to determine what steps and procedures have the greatest impact on the resulting yields.
To begin, in order to collect this data and have it be as accurate as possible, all of these extractions should be done from the same batch of Powdered MHRB. Additionally, ideally, all of the extractions should be done several times and the results should be averaged. The more times the entire experiment is repeated the more accurate the average will be. Now obviously, I will not be able to repeat the experiment several times with the same batch of Powdered MHRB, however, each time the experiment is repeated a new batch will be used for the entire experiment. In doing it this way, the data should be more accurate than it would if everything came from the same batch. I know from experience and many puchases that the quality of MHRB varies greatly depending on the freshness and especially the time of year that it was harvested.
I intend to perform all extractions for this experiment using Powdered MHRB from the same 1 kilo batch. For accuracy and thoroughness, all measurements of dry material and products will be done with a diamond scale with .001g precision. This will include the measurements of MHRB, Lye, and the resulting DMT. For liquid measurements I will be using a standard glass measuring cup.
The yield measurements that I am specifically interested in are as follows:
1.) White DMT.
2.) Lightly yellowed DMT.
3.) Dark yellow DMT.
4.) Obviously oily/fatty/waxy DMT mixture.
Then a follow up cleansing and recrystallizing should be done to purify the product and more accurately determine true yields. This is necessary because the oils and fats are a whole lot heavier than the DMT. The simple fact is, light yellow DMT is heavier than white DMT. And dark yellow DMT is significantly heavier than light yellow DMT. In my experience, dark yellow DMT can be as much as 50% heavier than pure white DMT because of the weight of the oils.
In order to determine a baseline for each variable I will use an STB extraction that I have done for a number of years that has been tweaked for use with Powdered MHRB. I will refer to this as 'Standard STB', or 'Std STB'.
Following are the variables that I believe I would like to test:
Extraction 1: As a base line, perform an Std STB.
Extraction 2: Do an Std STB with the addition of salt to the basified mixture.
Extraction 3: Perform heat bath prior to basifying mixture of Std STB.
Extraction 4: Perform heat bath on basified mixture of Std STB.
Extraction 5: Perform heat bath on solvant before pulling from Std STB.
Extraction 6: Freezing and thawing of Powdered MHRB in water prior to basifying mixture of Std STB.
Extraction 7: Freezing and thawing of basified mixture of Std STB.
Extraction 8: Simmering of MHRB water mixture prior to basifying of Std STB.
Extraction 9: Simmering of basified solution of Std STB.
Extraction 10: Acidify prior to basifying the Std STB.
Extraction 11: Acidify and defat prior to basifying the Std Stb.
At this point these are the variables that I can think of. Now I welcome and encourage input and suggestions. While I have already done quite a bit of planning, I wish to have this experiment completely planned out before I begin. So if there are any ideas that any of you may have, please let me know.
I realize this will take a lot of time and effort but I believe that when it is finished it will be worth it. Once I have compiled all of the data to determine the most useful procedures I will develop and write up a new extraction tek based on this information.