Our smallest Multiphase Pump (27.03.2008)
The MSL Series: Attraktive Price – best cost-value ratio
The MSL is a fully developed multiphase pump, designed to transport untreated wellstream,
i. e. oil, gas and its associates through one single pipeline.
System Description
- The MSL Pump is especially developed for:
- Single well applications
- Wells with low capacities in remote or separated areas
- Marginal oil fields
- Brown field revitalisation
Advantages of Using MSL Multiphase Technology
- Increasing well-production by decreasing well-head pressure
- Protection of the lift systems because of the decreased wellhead pressure
- Centralization of many wells in one gathering station
- Connect marginal wells and fields to the production flowline system, and add: Tie in of casing annulus gas to increase hydrodynamic liquid in the wellbore
Pump Design Features
- Cartridge design for easy and fast track maintenance
- The Cartridge includes all wear parts
- GVF up to 100 % continuously
- Capacities from 1 m³/h to 130 m³/h
Characteristics:
- Small unit
- Short pay-back time
- Capable of heavy slugging
- Frequent and long gas periods are possible
- Capacity depending on speed, not on gas content
- Low power consumption
- Process flexibility due to variable speed operation
- Very robust
- Maintenance friendly
Applications
Exxon Mobil – Germany
Field Characteristics:
No. wells: 1
Lift System: Sucker rod pump
Differential Pressure: 9 bar/130 psi
Mixed capacity: 189 BPD/30 m³/d
GVF: 93 %
Medium Temperature: 59-68 °F/15-20 °C
With the installation of an MSL Pump the impact on the-down hole equipment was decreased. In the past the sucker rod pump transported the entire fluid up to the surface and further through a flowline with a length of 20 km to the separator. The main reason for installing this pump was a production increase of up to 25 %!
Penn West – Canada
Field Characteristics:
No. wells: 16
Lift System: Sucker rod pumps
Suction pressure: 147 psi/10,2 barg
Discharge pressure: 168 psi/11,6 barg
Mixed capacity: 944 BPD/150 m³/d
GVF: 85 %
Temperature: 41-45 °F/5-7 °C
The MSL Pump increased the production of this marginal field by 30 %, resulting - in an extremely short.