Our solutions

Supercritical Fluid Extraction

High-purity extracts designed for performance

Supercritical CO₂ extraction enables the recovery of heat-sensitive and complex bioactive compounds without solvent residues. INEXTRACT positions this technology not only as a production method, but as a platform that enhances both product performance and sustainability profiles.

Standardized and enriched extracts
Fractionated and standardized inputs focusing on specific active compounds (e.g., thymoquinone, lycopene, terpenes, polyphenols).

Wide range of product formats
Oleoresins, essential oils, concretes and absolutes, natural waxes, and functional oil fractions.

Natural color and aroma solutions
Pigment and aroma fractions with minimized oxidation risk, offering alternatives to synthetic additives.

This approach offers a strategic advantage for brands seeking to achieve clean label, solvent-free production, and a low carbon footprint.

R&D, Process Design, and Optimization

From concept to scalable product

INEXTRACT’s R&D infrastructure operates with an applied engineering approach that covers the entire process from raw material to final product. Each project is specifically structured based on the intended functionality, cost considerations, and scale requirements.

Process design and optimization
Definition of pressure, temperature, and flow parameters with careful consideration of efficiency, quality, and energy balance.

Scalability and process transfer
Secure transition from laboratory scale to pilot and industrial scale.

Stability and shelf-life engineering
Shelf-life studies supported by analyses of oxidation, degradation, and packaging–product interactions.

Formulation development aligned with target consumers and clinical validation
Formulation development based on the product category and the intended consumer profile. Where required, R&D activities continue with the design of clinical test protocols to assess efficacy and reliability parameters.

Botanical Upcycling

Transforming by-products into strategic resources

One of INEXTRACT’s core areas of expertise is the conversion of industrial by-products into bioactive components with high added value.

By-products generated during food processing and agricultural production are often discarded without utilization. Supercritical CO₂ technology enables access to the functional components retained within these materials. Some of the high-volume biomaterials currently under evaluation include:

Lycopene from tomato by-products
Terpene fractions from citrus pomace
Functional oils from fruit seeds

This approach enables companies to:

Reduce waste management costs,
Lower their carbon footprint,
Support sustainability reporting with measurable data.

Upcycling is not a supplementary service for INEXTRACT, but a central element of its corporate approach.

Functional Product and Formulation Development

Efficacy inspired by nature and validated by science

Consumer expectations are shifting beyond natural ingredients toward functionality supported by evidence. INEXTRACT responds to this demand through academic collaborations and a literature-based approach.

Natural preservative systems
Clean label solutions based on botanical fractions with antioxidant and antimicrobial activity.

Dietary supplement formulations
Products developed for specific health areas (cognitive health, immunity, metabolic balance, etc.) and carrier systems designed to improve bioavailability.

Functional cosmetic and home care inputs
Ingredients supported by clinical data, focusing on skin barrier support and active performance.

All formulations are validated through scientific literature, laboratory analyses, and university collaborations.

Contract Manufacturing and Supply Chain Management

Controlled quality from the field to the final product

The foundation of high-quality extracts lies in the selection of appropriate botanical raw materials. INEXTRACT elevates Türkiye’s botanical diversity to global standards through a contract farming model.

Full traceability
End-to-end control covering cultivation, harvest, processing, and analytical stages.

Variety and chemotype management
Planned and sustainable production of plants with defined active compound profiles.

Standardization and quality assurance
Outputs verified through production processes that minimize batch-to-batch variability and are supported by certificates of analysis (CoA).

This model provides partners with consistent quality, supply reliability, and long-term sustainability.