A variable profile, made reproducible.

ILLUSTRATIVE SCENARIO RECONSTRUCTED TO SHOWCASE THE REYTERA METHOD, WHILE PRESERVING THE CONFIDENTIALITY OF THE PROJECTS DEVELOPED + ILLUSTRATIVE SCENARIO RECONSTRUCTED TO SHOWCASE THE REYTERA METHOD, WHILE PRESERVING THE CONFIDENTIALITY OF THE PROJECTS DEVELOPED + ILLUSTRATIVE SCENARIO RECONSTRUCTED TO SHOWCASE THE REYTERA METHOD, WHILE PRESERVING THE CONFIDENTIALITY OF THE PROJECTS DEVELOPED + ILLUSTRATIVE SCENARIO RECONSTRUCTED TO SHOWCASE THE REYTERA METHOD, WHILE PRESERVING THE CONFIDENTIALITY OF THE PROJECTS DEVELOPED + ILLUSTRATIVE SCENARIO RECONSTRUCTED TO SHOWCASE THE REYTERA METHOD, WHILE PRESERVING THE CONFIDENTIALITY OF THE PROJECTS DEVELOPED + ILLUSTRATIVE SCENARIO RECONSTRUCTED TO SHOWCASE THE REYTERA METHOD, WHILE PRESERVING THE CONFIDENTIALITY OF THE PROJECTS DEVELOPED + ILLUSTRATIVE SCENARIO RECONSTRUCTED TO SHOWCASE THE REYTERA METHOD, WHILE PRESERVING THE CONFIDENTIALITY OF THE PROJECTS DEVELOPED + ILLUSTRATIVE SCENARIO RECONSTRUCTED TO SHOWCASE THE REYTERA METHOD, WHILE PRESERVING THE CONFIDENTIALITY OF THE PROJECTS DEVELOPED + ILLUSTRATIVE SCENARIO RECONSTRUCTED TO SHOWCASE THE REYTERA METHOD, WHILE PRESERVING THE CONFIDENTIALITY OF THE PROJECTS DEVELOPED + ILLUSTRATIVE SCENARIO RECONSTRUCTED TO SHOWCASE THE REYTERA METHOD, WHILE PRESERVING THE CONFIDENTIALITY OF THE PROJECTS DEVELOPED + ILLUSTRATIVE SCENARIO RECONSTRUCTED TO SHOWCASE THE REYTERA METHOD, WHILE PRESERVING THE CONFIDENTIALITY OF THE PROJECTS DEVELOPED + ILLUSTRATIVE SCENARIO RECONSTRUCTED TO SHOWCASE THE REYTERA METHOD, WHILE PRESERVING THE CONFIDENTIALITY OF THE PROJECTS DEVELOPED + ILLUSTRATIVE SCENARIO RECONSTRUCTED TO SHOWCASE THE REYTERA METHOD, WHILE PRESERVING THE CONFIDENTIALITY OF THE PROJECTS DEVELOPED + ILLUSTRATIVE SCENARIO RECONSTRUCTED TO SHOWCASE THE REYTERA METHOD, WHILE PRESERVING THE CONFIDENTIALITY OF THE PROJECTS DEVELOPED + ILLUSTRATIVE SCENARIO RECONSTRUCTED TO SHOWCASE THE REYTERA METHOD, WHILE PRESERVING THE CONFIDENTIALITY OF THE PROJECTS DEVELOPED +

REPRODUCIBILITY

A botanical raw material showed significant variations between batches, making it difficult to maintain continuity in the production process and consistency with the required specifications.

[ 01. ]

The Challenge

The characteristics of the raw material varied over time depending on cultivation conditions and differences between harvests.
This variability affected the botanical profile, making the behavior of the matrix less predictable during subsequent processing stages and making it more difficult to maintain a consistent standard.

[ 02. ]

Agronomic Control

To reduce variability at the source, the pathway involves cultivation in a controlled environment and the management of the conditions that most significantly influence plant development and botanical quality.
The objective is to steer the botanical profile toward the agreed target and achieve greater batch-to-batch consistency.

Calibrated light

Spectrum and intensity are managed according to the different stages of plant development.

Controlled humidity

Humidity control helps maintain more stable cultivation conditions.

Controlled temperature

Temperature management reduces dependence on climatic and seasonal variations.

Controlled fertigation

Nutrients and irrigation are precisely managed throughout the different growth stages.

Calibrated light

Spectrum and intensity are managed according to the different stages of plant development.

Controlled humidity

Humidity control helps maintain more stable cultivation conditions.

Controlled temperature

Temperature management reduces dependence on climatic and seasonal variations.

Controlled fertigation

Nutrients and irrigation are precisely managed throughout the different growth stages.

[ 03. ]

The extraction process

Once a more controlled botanical material has been obtained, the extraction process is defined according to the target profile.
Techniques, carriers, and parameters are selected to enhance the relevant characteristics of the matrix and develop an ingredient aligned with the agreed specifications. Subsequent analyses support the process through to the definition of the final output.

[ 04. ]

The Result

BENEFITS

The integrated pathway makes it possible to obtain a more controlled, characterized matrix aligned with the defined parameters.
The management of agronomic variables, combined with a target-driven extraction process, supports greater consistency in the final result and better integration into the industrial process.

01.

Batch-to-batch reproducibility

A more consistent botanical profile reduces differences between successive production batches.

02.

Production predictability

A more controlled raw material supports more stable and predictable use within the industrial process.

03.

Alignment with specifications

Analysis and validation make it possible to verify that the result meets the agreed parameters.

Facing a raw material challenge?
Let’s build the solution together.

LET’S TALK

Variability, continuity, performance, or the development of a new ingredient: share your objective with us. We’ll assess how to translate it into a custom botanical and extraction pathway.

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