Very clear only i missed how do you dry the powder? And do you have calculators so you now how much mg of powder to isolate cbd our any delta's with a different Active %
Hi Rob, you can use pretty much any drying method. Email us at contact@sonomechanics.com if you would like more information on our drying solution. This blog post (scroll to the bottom) shows some calculations (input and output materials) - blog.sonomechanics.com/blog/nanostabilizer-simplifies-producing-water-soluble-powder. The concentration of the desired bioactive (CBD, THC, etc.) in the powder will of course vary depending your raw material (these kinds of calculations we can help with).
@AY-ej6py The powders created with our ultrasonic equipment and NanoStabilizer-LSO reconstitute into nanoemulsions with droplet sizes similar to those present in the original nanoemulsions before they were dried. Your drying method should not affect that in the way you are describing it. If you are using our ultrasonic equipment and NanoStabilizer-LSO, please contact our support team to troubleshoot your process.
@@IndustrialSonomechanics Thanks for the reply. Drying methods do matter. Nano spray-dryer, not conventional spray-dryer, is needed to produce nano-powder. It is only available at lab scale and very expensive. You may want to revisit the technology.
@@AY-ej6py It's important to distinguish between "powder grain size" and "size of the oil droplets" that are dispersed within the solid matrix (the oil droplets which were nano-emulsified before the water was removed). In our earlier comment we were referring to the latter. You can spray dry the LSO-based nanoemulsion into a powder or use another drying method and have a solid, and those oil droplet sizes will not change. Take a look at the 23:00 min time stamp in this discussion regarding out recent D8-THC PK study for some details on our water-soluble powders method - ua-cam.com/video/5zeBbH62a70/v-deo.html. Another one here - ua-cam.com/video/LJ47Ig0ymY4/v-deo.html.
The randomness if this coming on my feed at a time I'm looking for something like this is so cool.
Very clear only i missed how do you dry the powder? And do you have calculators so you now how much mg of powder to isolate cbd our any delta's with a different Active %
Hi Rob, you can use pretty much any drying method. Email us at contact@sonomechanics.com if you would like more information on our drying solution. This blog post (scroll to the bottom) shows some calculations (input and output materials) - blog.sonomechanics.com/blog/nanostabilizer-simplifies-producing-water-soluble-powder. The concentration of the desired bioactive (CBD, THC, etc.) in the powder will of course vary depending your raw material (these kinds of calculations we can help with).
Sorry, after spray drying, the particle size is no longer in nanometer range. The so-called nano-powder is unscientific and misleading.
@AY-ej6py The powders created with our ultrasonic equipment and NanoStabilizer-LSO reconstitute into nanoemulsions with droplet sizes similar to those present in the original nanoemulsions before they were dried. Your drying method should not affect that in the way you are describing it. If you are using our ultrasonic equipment and NanoStabilizer-LSO, please contact our support team to troubleshoot your process.
@@IndustrialSonomechanics Thanks for the reply. Drying methods do matter. Nano spray-dryer, not conventional spray-dryer, is needed to produce nano-powder. It is only available at lab scale and very expensive. You may want to revisit the technology.
@@AY-ej6py It's important to distinguish between "powder grain size" and "size of the oil droplets" that are dispersed within the solid matrix (the oil droplets which were nano-emulsified before the water was removed). In our earlier comment we were referring to the latter. You can spray dry the LSO-based nanoemulsion into a powder or use another drying method and have a solid, and those oil droplet sizes will not change. Take a look at the 23:00 min time stamp in this discussion regarding out recent D8-THC PK study for some details on our water-soluble powders method - ua-cam.com/video/5zeBbH62a70/v-deo.html. Another one here - ua-cam.com/video/LJ47Ig0ymY4/v-deo.html.