PsychoticPumpkin
Rising Star
- Merits
- 249
Hello all! SWIM has scoured the forums for weeks looking for pertinent information regarding extraction of Phalaris arundinacea.
In his infinite curiosity, SWIM decided to make a completely hypothetical procedure for no reason.
SWIM used approximately 500-600 grams of plant matter ground up in a blender as well as possible. In the end, this turned out to look like wet mowed grass and was not completely liquid. Perhaps 20% remained relatively solid.
SWIM then went forward and acquired some additional items
1. 1 gallon of Xylol (Various isomers of xylene)
2. 900 grams of 100% NaOH
3. 500 mL of Heptane
4. 2 paint buckets
5. Muriatic acid (33% HCl)
6. Aluminum foil
7. Duct tape
8. Home made pH indicator, made from red cabbage and tested with Ammonia to validate accuracy (it worked)
9. 2 meter long stirring stick
SWIM's procedure
1. Create a solution of 600 grams of plant material and about 6000 mL of water to boot and soak for 48 hours.
2. Slowly pour in Muriatic acid along the walls of the bucket, taking care to avoid excess evolution of heat while stirring thoroughly.
pH indicator turns bright red to indicate a pH of less than four.
Let sit for 48 hours, mixing every 24 hours.
3. Slowly sift in tablets of NaOH, taking care to avoid excess evolution of heat while stirring thoroughly.
pH indicator turns bright green to indicate a pH of over 10.
4. Two liters of xylol are poured into the solution and the solution is stirred vigorously. A clear separation layer of xylol observed. The grass shavings appear green and prominently exhibit some semi-translucent, yellowish oily bubbles on the bottom of the interface layer when exposed to direct NaOH. This layer is directly on top of the semi-solid/liquid grass layer. Yet the NPS layer remains perfectly clear. These are initial observations within the first hour of mixing. Perhaps more time will give better results.
SWIM is now contemplating what to do next. If the xylene remains clear after 24 hours, does that necessarily mean that nothing was pulled into the NPS layer? Or perhaps only pure product? SWIM might add a one liter fully saturated NaCl/distilled water solution to help the non-polar stuff separate out into the NPS layer. Subsequently, SWIM would pull with turkey baster into a graduated cylinder and perform freeze or evaporatory recrystallization.
The pH is indicating that the solution is pretty darn basic, but perhaps I should add more lye? I am not a fan of wasting materials though.
Any light that may be shed on these issues would be greatly appreciated.
In his infinite curiosity, SWIM decided to make a completely hypothetical procedure for no reason.
SWIM used approximately 500-600 grams of plant matter ground up in a blender as well as possible. In the end, this turned out to look like wet mowed grass and was not completely liquid. Perhaps 20% remained relatively solid.
SWIM then went forward and acquired some additional items
1. 1 gallon of Xylol (Various isomers of xylene)
2. 900 grams of 100% NaOH
3. 500 mL of Heptane
4. 2 paint buckets
5. Muriatic acid (33% HCl)
6. Aluminum foil
7. Duct tape
8. Home made pH indicator, made from red cabbage and tested with Ammonia to validate accuracy (it worked)
9. 2 meter long stirring stick
SWIM's procedure
1. Create a solution of 600 grams of plant material and about 6000 mL of water to boot and soak for 48 hours.
2. Slowly pour in Muriatic acid along the walls of the bucket, taking care to avoid excess evolution of heat while stirring thoroughly.
pH indicator turns bright red to indicate a pH of less than four.
Let sit for 48 hours, mixing every 24 hours.
3. Slowly sift in tablets of NaOH, taking care to avoid excess evolution of heat while stirring thoroughly.
pH indicator turns bright green to indicate a pH of over 10.
4. Two liters of xylol are poured into the solution and the solution is stirred vigorously. A clear separation layer of xylol observed. The grass shavings appear green and prominently exhibit some semi-translucent, yellowish oily bubbles on the bottom of the interface layer when exposed to direct NaOH. This layer is directly on top of the semi-solid/liquid grass layer. Yet the NPS layer remains perfectly clear. These are initial observations within the first hour of mixing. Perhaps more time will give better results.
SWIM is now contemplating what to do next. If the xylene remains clear after 24 hours, does that necessarily mean that nothing was pulled into the NPS layer? Or perhaps only pure product? SWIM might add a one liter fully saturated NaCl/distilled water solution to help the non-polar stuff separate out into the NPS layer. Subsequently, SWIM would pull with turkey baster into a graduated cylinder and perform freeze or evaporatory recrystallization.
The pH is indicating that the solution is pretty darn basic, but perhaps I should add more lye? I am not a fan of wasting materials though.
Any light that may be shed on these issues would be greatly appreciated.