| Artificial Lift - Applications for the second one |
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Oil Wells |
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Water Wells |
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Dewatering of coal bed methane wells |
Progressive Cavity Pump (PCP)
| Features and Benefits |
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High efficiency - low power consumption |
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Low capital cost |
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Efficient handling of high viscous oil |
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Efficient handling of high sand cut |
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Efficient handling of high gas content (high GOR) |
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Wide range of elastomers for various applications |
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Wide production range |
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Max. pressure - 240 bar |
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Flow rate - 350m3/hr |
NETZSCH Submersible Progressive Cavity Pump(NSPCP)
| Features and Benefits |
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No rod and tubling wear in deviated wells |
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Can be used with a standard 2-pole motor (most efficient and least costly) |
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Pump size is not limited by the tubing size |
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No environmental impact on the surface |
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No gas-lock associated with ESP |
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Transfer Pumps
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Abrasive liquids |
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Gassy liquids |
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Viscous fluids |
Multiphase Pumps
Features and Benefits
These pumps are designed with a bearing housing construction to give long lifetimes for both pump and drive. They offer low maintenance from superior design, long lifetimes, operational reliability and low cost of ownership.
High Pressure Pumps
| Applications |
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Served salty water |
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Transport to collecting stations |
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Pumping mud |
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Pressure - 200 bar |
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Capacity - 30 m3/hr |
Vertical Pumps
Features and Benefits
Vertically mounted pump, which can be supplied with or without a support flange. Particularly suited for applications where space is at a premium such as oil rigs and process packages. When required the pump housing can be extended up to a length of 10,000 mm so that the rotor and stator are immersed in the process fluid. This is particularly useful if fluid vapour pressures are low and cavitation would otherwise occur.
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