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David Ross
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3 months ago
CO2 Extraction, Chromatography, Analytics
About
Founded at the intersection of advanced engineering, chemistry, and consumer product design, Ousia Labs bridges a long-standing gap in the market: while CO₂ extraction is widely recognized as the gold standard for purity and quality, it has historically been limited to large, expensive industrial systems. Ousia Labs miniaturizes and modernizes this technology, enabling reliable, repeatable extraction at the lab, pilot, and countertop scale without sacrificing performance or safety. Beyond hardware, Ousia Labs operates as a vertically integrated platform, supporting research, product development, and commercialization across food, beverage, fragrance, nutraceutical, cosmetic, and materials applications.
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Ousia Labs

Chocolate crystalline isolation system: ground bean extraction without nib separation

Proprietary CO2 extraction equipment that isolates crystalline chocolate compounds directly from ground cocoa beans, eliminating the need for traditional nib separation. Scalable, tunable, and cost-effective with a reduc...

TechnologyIn developmentCompany
DR
Ousia Labs

Low-pressure subcritical CO2 isolation of non-cell-associated nucleic acid

Ousia Labs proposes using subcritical CO2 extraction to isolate non-cell-associated nucleic acid from biological samples. This gentle, non-destructive method preserves organism viability while enabling selective compound...

TechnologyConceptualCompany
DR
Ousia Labs

The future of high-purity botanical extraction

Ousia Labs has fundamentally reimagined what CO₂ extraction can be. Traditional extraction systems are often large, energy-intensive, expensive industrial machines that require extensive infrastructure, skilled operators...

TechnologyIn marketCompany
DR
Ousia Labs

Supercritical CO2 filtration system for pathogen-free liquid processing

An advanced supercritical CO2 filtration system that effectively removes pathogens from liquids while maintaining their integrity. This system operates at the lowest temperature possible, ensuring compatibility with exis...

TechnologyIn marketCompany
DR
Ousia Labs

Subcritical CO₂ extraction as an efficient pathway to oleoresin production without high-pressure supercritical infrastructure.

Supercritical carbon dioxide (SC-CO₂) extraction is widely utilized for botanical oleoresin production; however, industrial systems commonly operate at pressures exceeding 20–40 MPa, requiring capital-intensive compressi...

TechnologyIn marketCompany
DR
Ousia Labs

Co2-enabled creatine delivery platform for food and beverages

A novel CO2-enabled creatine delivery platform that improves dissolution, stability, and bioavailability using supercritical CO2 micronization and liposomal encapsulation. Ideal for scalable integration into beverages, d...

TechnologyIn marketCompany
DR
Ousia Labs

Natural insecticides derived from weed compounds

A pioneering approach to insect control using natural compounds extracted from weeds to create eco-friendly insecticides. This solution targets specific insects by leveraging nature's own methods to combat infestations, ...

TechnologyIn developmentCompany
DR
Ousia Labs

Low-temperature vacuum-assisted CO₂ dehydration for high-meat food formulations

Innovative dehydration method using low-temperature vacuum and CO₂ to preserve flavor and nutrients in high-meat foods. Efficiently reduces moisture under 45°C, ideal for industrial food production without thermal damage...

TechnologyIn developmentCompany
DR
Ousia Labs

Solvent-free CO₂ botanical extracts for natural allergy relief

Ousia Labs presents solvent-free CO₂-extracted botanical compounds for allergy relief, offering multi-symptom relief without drowsiness or immune modulation. This natural alternative leverages bioactive compounds preserv...

TechnologyIn developmentCompany
DR
Ousia Labs

Advanced O2 sensor with thermal management

Ousia Labs presents an advanced O2 sensor designed with robust encasement and thermal management capabilities. The sensor is suitable for high-temperature environments, ensuring reliability and precision in challenging c...

TechnologyConceptualCompany
DR
Ousia Labs

Advanced 3D printing system for on-demand supplement capsule manufacturing

Ousia Labs introduces a cutting-edge 3D printing system for rapid, on-demand manufacturing of customized supplement capsules. Leveraging expertise in precision fluid handling and compliance with cGMP and FDA regulations,...

TechnologyIn marketCompany
DR
Ousia Labs

Proprietary SFC/SFE equipment and processes

Ousia Labs’ proprietary supercritical fluid chromatography (SFC) and supercritical fluid extraction (SFE) equipment and services enable food and beverage, supplement, and pharmaceutical manufacturers to isolate and purif...

TechnologyIn marketCompany
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David Ross
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Last updated Jun 2026
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