Double Power for Superior Transfer
HOUTTUIN twin-screw pumps offer a wide range of standardized pump designs for loading, unloading, stripping, pipeline transport and injection applications for various fluids. These pumps are specially optimized for dry running, stripping and self-priming to ensure low NPSH requirements. In addition, low, medium and high pressure versions are available and the pumps are available for CIP. With a rugged, easy-to-maintain design that includes heating jackets for hot, viscous liquids such as bitumen, these pumps are ideal for pumping liquids in loading and tank farm applications.
Key Advantages
- Any Liquid
- Any Viscosity
- Low NPSH-Requirements
- Excellent Efficiency
Efficient Transfer of Liquids in Transfer Applications
Oil drums in a port
HOUTTUIN twin-screw pumps are designed for the smooth transfer of liquids in transfer applications. Thanks to their unique screw profile, these pumps ensure a continuous and uniform transfer of liquids. The twin screws and their precise fit enable smooth and efficient liquid transfer regardless of the viscosity of the liquid. This ensures smooth flow without pressure surges, maintaining the quality and integrity of the fluids being pumped.
For transfer applications, our twin-screw pumps offer an optimal solution that focuses on efficiency, robustness and reliability. Their simple yet powerful design contributes significantly to trouble-free operation and maximum system availability. These advantages can also be transferred to the slim design. The small number of moving parts minimizes potential points of failure, increasing reliability and reducing maintenance. Reduced wear and simplified design help to increase uptime and reduce operating costs.
Our twin-screw pumps offer excellent features for transfer applications, allowing you to optimize your processes. The pumps are self-priming, which simplifies start-up and speeds commissioning. In addition, the twin-screw pumps have a low net positive suction head (NPSH), which means they can operate efficiently at low pressures without the risk of cavitation. These features are particularly important in multifluid transfer applications to ensure optimum pump performance and life.
