[wpseo_breadcrumb]

NEMO® BY Progressing Cavity Pump in Industrial Design

NEMO® BY Progressing Cavity Pump

The NEMO® BY block pump in industrial design can be used in environmental technology, the food and chemical industries, but also in the oil & gas upstream as well as the mid- /downstream sector for a wide variety of pressure-stable conveying or dosing tasks.

From low-viscosity media to hardly flowing products, with or without solid content, shear-sensitive, sticky or abrasive, with the NEMO® BY progressing cavity pump even difficult substances can be conveyed gently and with low pulsation, regardless of fluctuations in pressure and viscosity.

Description of NEMO® BY Progressing Cavity Pump.

From low-viscosity media to hardly flowing products, with or without solid content, shear-sensitive, sticky or abrasive, with the NEMO® BY progressing cavity pump even difficult substances can be conveyed gently and with low pulsation, regardless of fluctuations in pressure and viscosity. In addition, the progressing cavity pump guarantees flow rates proportional to speed with high dosing accuracy over the entire speed range. In block design with flanged drive, this NEMO pump is especially compact and economical. Moreover, the NEMO® BY is distinguished by its low investment, operating and maintenance costs. Four rotor/stator geometries are available for the various products and applications.

Reliable and Versatile Pumping with the NEMO® BY Progressing Cavity Pump.

The NEMO pump is a reliable solution for numerous industrial applications. Its ability to handle low-viscosity fluids, highly viscous substances, and even those with solid content makes it an excellent choice for chemical manufacturing, food processing, wastewater treatment, and oil and gas production. Additionally, the pump’s gentle conveying and low pulsation ensure that shear-sensitive and abrasive materials can be transported without degradation or damage. Whether operating at high pressures, handling varying viscosities, or dealing with pressure fluctuations, the NEMO pump delivers consistent and accurate results with minimal maintenance and operating costs.

The features of NEMO® BY Progressing Cavity Pump

  • Versatile pumping capabilities for a wide range of fluid types, including those with varying viscosities and solid content.
  • Gentle conveying action with low pulsation for handling shear-sensitive and abrasive materials without degradation or damage.
  • Proportional flow rates to speed with high dosing accuracy over the entire speed range.
  • Block design with flanged drive for compactness and economy.
  • Low investment, operating, and maintenance costs due to its efficient and reliable design.
  • These features make the NEMO® BY pump an excellent choice for various industrial applications w
progressive cavity pump design
progressive cavity pump design

People Also Ask

The NETZSCH NEMO® BY Progressing Cavity Pump is a type of positive displacement pump that uses a single rotating screw-shaped rotor and a stationary rubber stator to create a pumping action.

Some benefits of using this type of pump include its ability to handle highly viscous fluids, its gentle pumping action that minimizes shear and damage to the fluid, and its ability to handle solids and abrasive particles without clogging.

Factors to consider when selecting the appropriate pump size include the flow rate, pressure requirements, viscosity and consistency of the fluid being pumped, and any special requirements for handling abrasive or corrosive materials.

Regular maintenance and servicing are important to ensure the longevity and reliability of the pump. This may include tasks such as checking and replacing worn parts, monitoring the performance and efficiency of the pump, and cleaning and maintaining the pump’s mechanical components. It is recommended to follow the manufacturer’s guidelines and recommendations for maintenance and servicing.

Fill up and submit the below inquiry form, or directly write us an email: info@pumpvv.com

Similar Posts

  • Disadvantages of Progressive Cavity Pumps

    Progressive cavity pumps (PCPs) are widely used for various applications due to their ability to handle viscous fluids and provide a steady flow. However, despite their advantages, there are several disadvantages associated with these pumps that should be considered before their implementation. This article explores some of the primary drawbacks of progressive cavity pumps. 1….

  • BN2-12L rotor seepex

    Unique rotor design improves operational reliability seepex BN2-12L adopts a unique rotor design, which can effectively improve the operational reliability of the pump. Unlike traditional diaphragm pumps, it does not use metal rotors, but is made of high-performance engineering plastics. This material is not only reliable and durable, but also has excellent corrosion resistance, which…

  • Grundfos Progressive Cavity Pump

    Introduction The Grundfos progressive cavity pump is a versatile and efficient solution widely used in various industries for handling challenging fluids. Known for its unique design and reliable performance, this pump is essential in applications ranging from wastewater treatment to food processing. How It Works The progressive cavity pump operates using a helical rotor and…

  • Low-Shear Progressive Cavity Pump

    Introduction Low-shear progressive cavity pumps are essential devices in various industries, known for their unique design and functional capabilities. These pumps are widely used for handling viscous fluids, providing a gentle pumping action that minimizes shear stress on the material being transferred. This article explores the working principle, advantages, applications, and maintenance considerations of low-shear…

  • BN70-12L rotor seepex

    Well-designed structure The BN70-12L rotor adopts the unique design concept of seepex, which not only ensures high performance, but also pays attention to safety and durability. The rotor body is made of high-quality materials and undergoes strict process control to ensure the overall stability of the rotor. At the same time, the special spiral groove…