Roto Artificial Lift – Downhole Progressive Cavity Pumps
Roto Artificial Lift – Downhole Progressive Cavity Pumps
Roto Artificial Lift – Downhole Progressive Cavity Pump (PCP) stands as a proven solution for artificial lift, ideal for various fluid conditions, rates, and lifts. These pumps are built and tested as per ISO 15136 standards to give customers the promise of quality and reliability. Renowned for their efficiency and benefiting from advancements in pump geometry and material technology, our PCP systems excel in handling highly viscous applications, including sand-laden heavy oil, coal bed methane (CBM), and medium to light oil applications
Roto Artificial Lift – Downhole Progressive Cavity Pump (PCP) stands as a proven solution for artificial lift, ideal for various fluid conditions, rates, and lifts. These pumps are built and tested as per ISO 15136 standards to give customers the promise of quality and reliability. Renowned for their efficiency and benefiting from advancements in pump geometry and material technology, our PCP systems excel in handling highly viscous applications, including sand-laden heavy oil, coal bed methane (CBM), and medium to light oil applications
Key Technical Information
Max. flow rate
60 m3/h
Max. head
38 m
Maximum allowable fluid temperature
33 °C
Applications
- Irrigation for small-scale agricultural businesses
- Water supply, e.g. for gardens, greenhouses
- Water supply for domestic applications, e.g. in buildings and apartments
- The products are supplied in several wide voltage ranges in order to meet customer requirements.
- Available with an extended shaft for customised applications.
- Available with star rating and ISI certification.
- Motor made of cast iron and aluminium
- Sturdy design for reliable operation over an extended period of time, also under tough operating conditions
- Efficient motor design for durability: The pump set is designed for reliable performance with minimal risk of failures or malfunctions.
- Compact design, easy to install: The pump set is compact and self-contained, making it easy to install and use in a wide variety of applications.
- Cost-effective with superior system efficiency.
- Easy installation with minimal wellhead footprint.
- Optimizes reservoir deliverability by operating at low bottom-hole pressure, it extends the wells economic lift.
- Easily adjust production rates from the surface, streamlining well optimization while minimizing downtime and intervention costs.
- The rotor’s abrasion-resistant coating, paired with the stator’s soft elastomer surface, enhances its ability to handle abrasive fluids more effectively than alternative artificial lift technologies.