Our ESP systems handle up to 25% gas volume fractions without additional equipment.
For more complicated cases we created the following solutions:
Read more about our gas management technique
Multi-phase module compresses liquid-gas mixture to the volume and density required for ESP stable operation and disperses the flow, providing its homogenization. Multi-phase module utilizes the gas lifting effect and improves energy efficiency.
There are several options for multi-phase module:
- Corrosion-resistant
- Abrasion-resistant
- Low-adhesive
- Any combination of those
| Series | OD | Operational range | Gas volume fractions at the intake |
|---|---|---|---|
| 362 | 3.62 in | 113 - 629 bpd @50Hz |
Multi-phase module - 55% Multi-phase module + gas separator – 70 % Vortex impellers + multi-phase module + gas separator – 80 % Read more about our gas management technique |
| 92 mm | 136 - 755 bpd @60Hz | ||
| 406 | 4.06 in | 113 - 629 bpd @50Hz | |
| 103 mm | 136 - 755 bpd @60Hz |
Gas separator is based on the centrifugal principle - it separates the gas bubbles, vents them to the well annulus and directs the fluid upwards into the pump.
This is a classic time-proven design with enhanced resistance to erosion and corrosion, that reduces wear rate down to 44%.
There are several options for gas separator:
- Corrosion-resistant
- Abrasion-resistant
- Low-adhesive
- Any combination of those
| Series | OD | Operational range | Gas volume fractions at the intake |
|---|---|---|---|
| 362 | 3.62 in | 113 - 629 bpd @50Hz |
Multi-phase module - 55% Multi-phase module + gas separator – 70 % Vortex impellers + multi-phase module + gas separator – 80 % Read more about our gas management technique |
| 92 mm | 136 - 755 bpd @60Hz | ||
| 406 | 4.06 in | 113 - 629 bpd @50Hz | |
| 103 mm | 136 - 755 bpd @60Hz |
to find the right solution