Nanotechnology Applications
- Deployment of NanoSpire technology to:
- Extract cannabinoids efficiently, preserving therapeutic compounds for premium products.
- Convert cellulose waste into nanomaterials for industrial applications, contributing to cleaner, sustainable practices.
- Positioned to lead in the development of high-value therapeutic and industrial derivatives, promoting sustainability in both cannabis and broader industrial markets.
Comparing Nanospire to Traditional Extraction
A direct comparison between NanoSpire’s technology and traditional CO₂ extraction highlights the advantages of nanotechnology:
•Yield: Nanospire provides a 20-30% higher yield compared to CO₂ extraction.
•Processing Time: Nanospire reduces processing times by 70%, increasing overall throughput. In other words, Supercritical CO2 extraction takes more than 2 times longer than our system.
•Energy Use: Nanospire requires less than <10% the energy it takes CO2 method. Meaning, Supercritical CO2 extraction requires over 10 times the energy.
•Product Quality: Nanospire ensures that the full spectrum of cannabinoids and terpenes is preserved, resulting in more potent and flavorful end products.