Hydrodynamic Cavitation-Enhanced Rose Bioactives for Collagen Support

Overview

This solution is a standardized, rose-derived bioactive ingredient designed to support collagen health. It is produced using hydrodynamic cavitation (HC), a scalable, food-compatible extraction technology that improves the recovery of bioactive compounds from rose petals and suitable processing by-products. The ingredient is intended for use in food, beverage, and supplement formats, offering an animal-free pathway to collagen support.

The value proposition lies in combining an efficient, scalable extraction process with rigorous standardization and post-digestion functional testing. This ensures a consistent, measurable ingredient with demonstrated potential to support collagen formation and protect against collagen degradation, addressing a growing market demand for plant-based, science-backed collagen support solutions.

Technical specifications

Key features:

• Hydrodynamic cavitation-assisted extraction enhances yield, repeatability, and recovery of selected bioactive markers compared to conventional extraction
• Food-grade, controlled extraction process suitable for commercial scale-up
• Standardization using identified markers ensures batch-to-batch consistency
• Evaluation after simulated gastrointestinal digestion confirms bioaccessibility and functional potential
• Testing in relevant models for markers of collagen formation and protection against collagen degradation
• Stability and compatibility assessment for ingestible formats

Process overview:

1. Characterization of rose petals and processing by-products
2. Hydrodynamic cavitation extraction under varied operating conditions, benchmarked against conventional methods
3. Standardization of the most promising extract and evaluation of stability and format compatibility
4. Simulated digestion followed by functional testing in relevant biological models
5. Scalability, efficiency, and commercial feasibility assessment

Technology readiness level

The technology is at an early development stage, with a stepwise research plan from laboratory validation to pilot-scale development. Current work focuses on process optimization, standardization, and functional validation. The pathway includes scalability and commercial feasibility assessment, providing a clear route from proof-of-concept to pilot-scale production for future food, beverage, and supplement applications.