A New-Generation Botanical Raw Material and Production Technology

This work has been developed primarily usingRosa damascenaand other aromatic rose species, with the aim ofpreserving and stabilizing biological and functional componentsthat are typically lost during classical distillation processes.

Scientific Problem Definition

In conventional rose water production methods:

• Distillation is performed based on fixed temperature and time parameters,

• The majority of non-volatile phenolic compounds undergo thermal degradation,

• Bioactive fractions cannot be preserved in a reproducible and traceable manner,

• The final product predominantly exhibits only aromatic hydrosol characteristics.

As a result, the potential biological effects of the rose (antioxidant, soothing, balancing properties) are reflected in the final product only to a limited extent.

Technical Innovation of the Akita Production Method

Akita Rose Water is produced using ahybrid production technology:

1. Integration of Traditional Equipment

• Copper alembics and traditional steam distillation principles are preserved.

• This ensures that the natural profile of aromatic components remains intact.

2. Hardware Innovations

• Specially designed multi-phase collection modules,

• Flow control systems that prevent thermal shock and sudden phase transitions,

• Closed-loop structures that minimize component loss.

3. Software-Based Control and Optimization

The production process ofAkita Non–Oil-Separated Rose Wateris managed through sensor-based hardware systems and an AI-supported software control infrastructure.

• Temperature, pressure, duration, and density parameters are monitored and recorded in real time via sensors throughout the production process.

• Harvest time, rose moisture content, biomass density, and structural botanical characteristics are defined as input variables within the system.

• Based on these inputs, dynamic production algorithms are activated; the process is not governed by fixed recipes but is adapted to the biochemical state of the plant.

• All data obtained from sensors and imaging systems are analyzed by theAkita Artificial Intelligence Module, trained specifically by Akita Rosewater.

This module continuously evaluates:

• Phase transitions,

• Component concentrations,

• Time–temperature relationships,

and optimizes the process accordingly.

As a result, each production batch is not merely standardized, butoptimized according to its unique biochemical profile.

This approach differs fundamentally from classical industrial distillation systems by offering a model that is:

• Responsive to the variable nature of botanical raw materials,

• Self-learning and self-adjusting,

• Based on smart processing and smart manufacturing principles.

Scientific Properties of the Final Product

Thanks to its production methodology,Akita Non–Oil-Separated Rose Waterstably contains the following components simultaneously, distinguishing it from conventional hydrosols:

• Volatile aromatic compounds(rose oxide, citronellol, geraniol, and related monoterpene alcohols)

• Phenethyl Alcohol (PEA)One of the characteristic biological and aromatic components of rose, phenethyl alcohol is preserved stably within the product matrix without being separated from the volatile phase in the Akita production method.

• Non-volatile phenolic compounds and water-soluble antioxidant fractionsThese thermally sensitive components are retained within the product through controlled phase transitions.

• Acetic acidOriginating from natural fermentative and botanical processes, the acetic acid fraction is maintained at a stable concentration, contributing to the product’s natural stability.

• A structure close to the plant’s natural pH and osmotic balanceThis enhances biological compatibility and eliminates the need for external pH adjusters or stabilizers.

Thanks to this component profile, Akita Non–Oil-Separated Rose Water:

• Is chemically distinct from conventional “oil-separated rose waters,”

• Represents afunctional and biologically active botanical raw material, rather than a purely aromatic product.

INCI Name and Raw Material Classification

Akita Rose Water:

• Goes beyond the existing definition ofRosa Damascena Flower Water,

• Requires a distinct process definition due to its production method and functional profile,

• Qualifies to be described in the literature under anew INCI Name.

In this context, Akita Rose Water is positioned not as:

• A simple formulation input, but as anew-generation botanical active raw material.

Sustainability and Industrial Contribution

• No chemical solvents, alcohols, or synthetic preservatives are used,

• Water and energy consumption are minimized through software-controlled optimization,

• Botanical raw materials are utilized with maximum efficiency,

• The production model is scalable from small-scale to industrial-scale applications.

Conclusion – Definition of Innovation

Akita Rose Water is not a cosmetic product; it is abotanical extraction technology, a process innovation, and a raw material definition.

This work:

• Integrates traditional botanical knowledge,

• With sensor-based hardware systems and software-driven control,

• Redefining the boundaries of botanical hydrosols.

For this reason, Akita Rose Water constitutes both:

• Atechnically novel production method, and

• Ascientifically new category of botanical raw material.