Apparatus for botanical compound infusion and hydrodynamic production of nano scale bio-reactive particles

Abstract

The invention relates to an apparatus for infusing organic or botanical compounds and producing nanoscale bio-reactive particles using hydrodynamic processes. It enhances concentrate stability and bioavailability by incorporating a chemically inert infusion chamber, a hydrodynamic conduit designed for laminar flow, and a precision flow control system. A proprietary formulation prevents particle aggregation and optimizes dispersion. Hydrodynamic forces reduce particle size to the nanoscale, creating stable, highly bioavailable emulsions. Adaptable across industries, including pharmaceuticals, beverages, functional foods, cosmetics and veterinary applications, the system enables enhanced drug delivery, nutrient-enriched food and beverages, tailored formulations for unique metabolic needs, as well as stable topical formulations. By leveraging optimized particle size and laminar flow dynamics, this invention ensures efficient, scalable production of high-quality emulsions. It advances bio-reactive particle production by integrating innovative engineering and chemistry, setting a new standard for concentrate manufacturing.

Dependencies are inferred from the claim text.