SwankyDank
Well-Known Member
Continued from previous post:
Summary: The goal is to create a nanoemulsion with a pH of 6-7 using blending/heating/homogenization. The recipe accomplishes part of this goal by using lemon juice or citric acid to lower the pH but some form of blending and extended heating is required to increase the extract efficiency.
This link contains the final piece to the project:
The title says it all:
Preparation of sucrose fatty acid esters as food emulsifiers and evaluation of their surface active and emulsification properties.
http://grasasyaceites.revistas.csic.es/index.php/grasasyaceites/article/download/668/679
The abstract:
My next step for this recipe is adding in some blending and time. I will continue to follow the recipe as written but add in some stirring at the end and lengthen the steeping time before straining.
Summary: The goal is to create a nanoemulsion with a pH of 6-7 using blending/heating/homogenization. The recipe accomplishes part of this goal by using lemon juice or citric acid to lower the pH but some form of blending and extended heating is required to increase the extract efficiency.
This link contains the final piece to the project:
The title says it all:
Preparation of sucrose fatty acid esters as food emulsifiers and evaluation of their surface active and emulsification properties.
http://grasasyaceites.revistas.csic.es/index.php/grasasyaceites/article/download/668/679
The abstract:
"A simple method for the preparation of sucrose esters, from fatty acids and the least expensive sucrose, has been conducted. Fatty acids namely lauric, palmitic and oleic were used in their preparation in the absence of any organic solvent. Reasonable yields amounting to 86.5%, 87.3% and 88.6% for sucrose esters of laurate, palmitate and oléate were obtained, respectively. The products were evaluated for their hydrophile-lipophile balance (HLB), surface and interfacial tension properties as well as emulsion stability. The results showed that these sucrose esters exhibit similar properties as those of the commercially prepared compounds. "
Unfortunately their method is not something available in the kitchen and would most likely result in highly degraded THC -> CBN.
"The mixture was heated at 100 °C under nitrogen while the constituents had melted. The temperature was increased to 130 °C under reduced pressure (40 mm Hg) for 16 hours with continuous stirring."
They melted the sugar and oil together at 212f then increased the temp to 265f and cooked it for 16hrs. Afterwards they mixed this into a solvent of ketone and lactic acid, then purge the solvent to obtain food grade, powder of sucrose ester.
My next step for this recipe is adding in some blending and time. I will continue to follow the recipe as written but add in some stirring at the end and lengthen the steeping time before straining.