Papua New Guinea Andritz pulp pump
Optimizing the impeller and flow channel structure: Using CFD fluid simulation technology to optimize the impeller shape, reduce hydraulic losses, and improve pump efficiency. For example, its pulp pump peak efficiency can exceed 70%, saving 10% -15% energy compared to similar products.

Category:

Papua New GuineaSlurry Pump

Product Description

Technical Characteristics

Efficient and energy-saving design
Optimizing the impeller and flow channel structure: Using CFD fluid simulation technology to optimize the impeller shape, reduce hydraulic losses, and improve pump efficiency. For example, its pulp pump peak efficiency can exceed 70%, saving 10% -15% energy compared to similar products.
Innovative Fiber Separation System (SmartSEP): Equipped with this system in the medium concentration pump, it can remove air from the pulp, avoid fiber loss, and reduce energy consumption.
Wear resistant and corrosion-resistant materials
Key components such as impellers and pump casings are manufactured using high-strength wear-resistant alloys (such as duplex stainless steel and high chromium cast iron) to adapt to the transportation of high concentration and high viscosity pulp, extending the service life by more than 30%.
Surface polishing treatment of overcurrent components reduces fiber wall hanging and lowers the risk of blockage.
No blockage and stable operation
Fully open three bladed impeller: The clearance between the impeller and the front and rear protective liners can be adjusted to ensure constant and efficient performance, suitable for operating conditions with slurry concentration ≤ 6% and flow rate of 40-2000m ³/h.
Low vibration design: The impeller and high-quality bearings verified by dynamic balance ensure smooth operation with noise levels below 85dB, reducing equipment failure rates.
Modularization and Intelligence
Modular structure: easy to disassemble and maintain quickly, with strong universality of components and shortened repair time.
Optional intelligent control system: enables remote monitoring, fault diagnosis, and adaptive adjustment to enhance equipment reliability.

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