We use pumps under various process specifications, and in some of these pump operation is inefficient. How can we improve efficiency in these cases?
- ● Attach a fluid coupling to adjust and regulate rpm under the various specifications for improved efficiency and reduced consumption of electrical power.
How can we improve pump efficiency and reduce consumption of electricity?
- ● If the amount of material the plant is processing changes, the pump will be operating less efficiently under the new specifications. It is possible to design and fabricate new impellers based on the new specifications for efficient operation and reduced consumption of electricity.
- ● Install PEEK wear rings for tighter clearances, resulting in improved pump efficiency and reduced consumption of electricity.
- ● Replace the diffuser of a horizontal multi-stage diffuser pump with a CDD (continuous crossover diffuser) to reduce internal loss and, as a result, consumption of electricity.
How can we make use of the pressure differential when transferring fluids from high-pressure to low-pressure tanks?
- ● Replace the pressure reduction valve with a hydraulic power recovery turbine (HPRT), which rotates to generate electricity.
We would like to reduce leakage from the shaft seal of flammable gas and high-temperature and toxic fluids.
- ● Using a dual seal can prevent leakage.
How can we reduce pump vibration?
- ● Install PEEK wear rings for tighter clearances, resulting in reduced pump vibration.
We would like to improve the lifespan of the pump case, impellers, and other parts that come in contact with corrosive and erosive fluids.
- ● It is possible to coat the fluid pathway to greatly reduce wear on parts.
