nemo pump

NEMO Pumps are a type of progressing cavity pump manufactured by NETZSCH. They are designed to transport a wide variety of fluids, especially those that are viscous, non-Newtonian, or sensitive to shear. Known for their reliability and efficiency, these pumps are widely used across various industries.

1. Key Features of NEMO Pumps

    • Progressing Cavity Design:

    • Utilizes a helical rotor that rotates within a stator, creating a series of cavities to move the fluid.

    • Low Shear:

    • Minimizes shear forces, suitable for delicate materials like food products and pharmaceuticals.

    • Self-Priming:

    • Capable of self-priming, allowing for easy startup without needing to fill the pump with fluid first.

    • Robust Construction:

    • Made from durable materials that withstand harsh operating conditions.

nemo pump

2. Applications of NEMO Pumps

    • Food & Beverage:

    • Ideal for transferring viscous products such as sauces, creams, and purees.

    • Chemical Processing:

    • Suitable for handling aggressive or abrasive chemicals across various applications.

    • Wastewater Treatment:

    • Effective for pumping sludge and other viscous materials in wastewater management.

    • Biotechnology & Pharmaceuticals:

    • Used in applications requiring precise dosing and handling of sensitive fluids.

nemo pump

3. Advantages of NEMO Pumps

    • High Efficiency:

    • Provides a consistent flow rate with minimal pulsation, enhancing operational efficiency.

    • Versatility:

    • Capable of handling a wide range of fluids, including those that are thick, abrasive, or corrosive.

    • Easy Maintenance:

    • Designed for straightforward maintenance, reducing downtime and operational costs.

    • Customizable Options:

    • Available in various configurations to suit specific application needs.

nemo pump

4. Considerations When Selecting NEMO Pumps

    • Fluid Characteristics:

    • Evaluate the viscosity, temperature, and chemical properties of the fluid for compatibility.

    • Flow Rate Requirements:

    • Determine the necessary flow rate to select the correct pump size and model.

    • Installation Environment:

    • Consider the conditions where the pump will be installed, including temperature variations and space constraints.