Dr Mom Hand, a UK-based developer of botanical technologies with operations extending to the United States, Hungary, and Turkey, has announced a significant advancement in extraction science with its proprietary Phyto-Resonance® system. This technology is described as the world's first commercially deployed bio-acoustic resonance matching system for selective, non-thermal botanical extraction, securing a USPTO provisional patent application for its method, apparatus, and adaptive frequency-locking system.
Unlike conventional methods such as steam distillation, solvent extraction, or supercritical CO₂, Phyto-Resonance® operates by identifying the unique resonant frequency of target plant cell membranes. It then delivers precisely tuned acoustic energy to selectively open oil-bearing cells without the need for heat, chemicals, or mechanical force. For instance, in the case of Rosa damascena, the system locks onto a specific frequency of 28.4 kHz, achieving what the company calls 'surgical selectivity' in extraction.
The company claims this process yields extracts retaining 96% of bioactive compounds with a purity exceeding 98%. Furthermore, the extraction is completed at ambient temperature within 15 to 45 minutes. Internal analytical studies cited by Dr Mom Hand indicate significant performance advantages, including extraction yields of 8% to 12% compared to 0.02% to 5% for thermal methods. The technology also boasts an 80% reduction in energy consumption (0.6 kWh per kilogram), a 100% elimination of organic solvents, and a 90% reduction in carbon footprint against steam distillation (0.8 kg CO₂-equivalent per kilogram).
This innovative approach addresses eight of the twelve Principles of Green Chemistry, positioning Phyto-Resonance® as a platform technology with potential applications across pharmaceuticals, nutraceuticals, functional foods, and premium cosmetics. Dr Mom Hand operates a dual-revenue model, both manufacturing its own consumer products, such as its premium nectar series and facial creams, and licensing the technology for industrial deployment internationally.
While specific financial details regarding the investment in this technology or its projected revenue contribution were not disclosed, the development signals a move towards more sustainable and efficient manufacturing processes within the botanical extraction industry. Such advancements could have long-term implications for the cost and environmental impact of ingredients used across various sectors.