nemo pumps

NEMO Pumps are a type of progressing cavity pump known for their versatility and efficiency in handling a wide range of fluids. Here’s a detailed overview of NEMO pumps:

1. Key Features of NEMO Pumps

• • Progressing Cavity Technology:
    NEMO pumps utilize a helical rotor that rotates within a stator, creating cavities that transport fluid smoothly and continuously.

• • Low Pulsation:
    They provide low-pulsation pumping, which is ideal for sensitive applications where maintaining product integrity is crucial.

• • Versatile Applications:
    Suitable for various industries, including food and beverage, wastewater treatment, and chemical processing.

2. Types of NEMO Pumps

• • NEMO® Progressing Cavity Pumps:
    These are designed for continuous, pressure-stable pumping of a wide variety of media, from low flow dosing to high-volume transfer.

• • NEMO® BY Pumps:
    These feature a design that allows for easy maintenance and adjustment, making them user-friendly.

• • NEMO® Submersible Pumps:
    Such as the V3 Nemo Submersible, which is designed for well pumping applications and is powered by DC, making it energy-efficient.

3. Applications of NEMO Pumps

• • Food Processing:
    Ideal for transferring viscous products like sauces and creams without damaging them.

• • Chemical Industry:
    Used for handling various chemicals, including those that are abrasive or corrosive.

• • Wastewater Treatment:
    Effective in pumping sludge and other viscous materials in treatment plants.

4. Advantages of NEMO Pumps

• • Gentle Handling:
    The design minimizes shear forces, making them suitable for sensitive products.

• • High Efficiency:
    They maintain a consistent flow rate, which enhances productivity and reduces downtime.

• • Easy Maintenance:
    Many models are designed for quick disassembly, facilitating easier cleaning and maintenance.

5. Considerations When Choosing NEMO Pumps

• • Fluid Characteristics:
    Assess the viscosity, temperature, and chemical compatibility of the fluids being pumped.

• • Flow Rate Requirements:
    Determine the necessary flow rate to select the appropriate pump size.

• • Installation Environment:
    Consider whether a submersible or surface-mounted pump is more suitable for your application.