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    GEA Continuous Centrifuge
    EquipmentAvailable

    GEA Continuous Centrifuge

    Faculty of Arts and Science
    Biology
    Concordia University

    Primary Function: Designed for high-efficiency solid-liquid separation in various industrial applications, GEA continuous centrifuges are engineered for robust and energy-efficient operation. They excel in separating suspensions comprising two or more phases of differing densities, facilitating liquid-liquid, liquid-solid, or liquid-liquid-solid separation. These centrifuges are known for combining high separating and clarifying efficiencies with significant throughput capacities, while also minimizing energy, water, and disposal costs. Advanced technical concepts and customization options ensure precise separation of solids and liquids from process phases, with gentle product handling for sensitive materials.

    Key Capabilities:

    1. High separating and clarifying efficiencies with high throughput.
    2. Energy-efficient and optimized for resource efficiency.
    3. Capable of handling high-solid suspensions, particularly with decanter models.
    4. Gentle product treatment through sophisticated feed and discharge systems, crucial for shear-sensitive products and maintaining cell vitality in biotech applications.
    5. Automated control options ensure reproducible results and optimal process management.
    6. Available with CIP (Clean-in-Place) and optional SIP (Sterilization-in-Place) steam-sterilizable versions for hygienic processes.
    7. The innovative GEA flexChange Concept allows for interchangeable centrifuge bowls, offering superior flexibility for diverse separation processes and product changes.
    Concordia Genome Foundry

    Concordia Genome Foundry

    Faculty of Arts and Science

    Research lab focused on advancing scientific knowledge and innovation.

    NG

    Nicholas Gold

    Biology
    Faculty of Arts and Science
    Concordia University
    EquipmentAvailable

    GEA Continuous Centrifuge

    Faculty of Arts and Science
    Biology
    Concordia University

    Primary Function: Designed for high-efficiency solid-liquid separation in various industrial applications, GEA continuous centrifuges are engineered for robust and energy-efficient operation. They excel in separating suspensions comprising two or more phases of differing densities, facilitating liquid-liquid, liquid-solid, or liquid-liquid-solid separation. These centrifuges are known for combining high separating and clarifying efficiencies with significant throughput capacities, while also minimizing energy, water, and disposal costs. Advanced technical concepts and customization options ensure precise separation of solids and liquids from process phases, with gentle product handling for sensitive materials.

    Key Capabilities:

    1. High separating and clarifying efficiencies with high throughput.
    2. Energy-efficient and optimized for resource efficiency.
    3. Capable of handling high-solid suspensions, particularly with decanter models.
    4. Gentle product treatment through sophisticated feed and discharge systems, crucial for shear-sensitive products and maintaining cell vitality in biotech applications.
    5. Automated control options ensure reproducible results and optimal process management.
    6. Available with CIP (Clean-in-Place) and optional SIP (Sterilization-in-Place) steam-sterilizable versions for hygienic processes.
    7. The innovative GEA flexChange Concept allows for interchangeable centrifuge bowls, offering superior flexibility for diverse separation processes and product changes.
    GEA Continuous Centrifuge
    Concordia Genome Foundry

    Concordia Genome Foundry

    Faculty of Arts and Science

    Research lab focused on advancing scientific knowledge and innovation.

    NG

    Nicholas Gold

    Biology
    Faculty of Arts and Science
    Concordia University

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    McGill UniversityConcordia UniversityUniversité de MontréalPolytechnique MontréalDobson Centre for EntrepreneurshipUniversity of Alberta
    © 2026 LabGiant
    Privacy PolicyTerms of Service