Multiphase Pump Skid

Innovative solutions to lead the future of green energy

Multiphase Pump Skid Solution


Innovative production enhancement and energy saving solutions

01 Overview

As a high-quality, clean, and efficient energy source, natural gas has been applied in an increasingly wider range of scenarios. Natural gas and associated gas in oil fields are important sources of natural gas. The main components of associated gas include light hydrocarbons, carbon monoxide, water, hydrogen sulfide and other non-hydrocarbon compounds. Due to limitations in technological development and geographical conditions, the traditional associated gas treatment measure was to directly vent associated gas into the atmosphere and burn it with flares, leading to both energy waste and environmental pollution. Currently, associated gas recovery process consists of constant pressure valve, well group gas compressor, and multiphase pump. However, due to the unstable performance of recovery equipment and low gas gathering efficiency, associated gas from well groups and stations cannot be effectively recovered.
To address these issues, we have developed multiphase pump skid.

One-Stop Pump Skid Transportation

3D model of the multiphase pump skid

02 Structure

The multiphase pump skid primarily comprises the following modules: multiphase turbulent pump , buffer system, filtration system, high-pressure electric valve assembly, high-pressure manual valve assembly, dual-display pressure-temperature sensor, emergency bypass electric valve, insulation and anti-corrosion system, high-voltage electrical system, low-voltage electrical system, explosion-proof control cabinet, explosion-proof motor, control system module, automatic variable frequency control system, intelligent remote control system, and power supply and distribution system. Among these, the multiphase turbulent pump is the core component of the multiphase pump skid.

03 Advantages

Customer on-site verification: stable, efficient, trustworthy

Cold Transportation, Reduce OPEX

Enhance the liquidity of multiphase medium by boosting pressure in low-temperature environments; realize low-temperature non heating or low-temperature heating transportation.

One-stop Transportation, Save Investment

Directly transport multiphase medium from deep-well pumps at well site to central processing facility, replace booster station by multiphase pump skid, and greatly reduce construction cost of booster stations and transmission pipelines.

Reduce Wellhead Back Pressure

Significantly reduce wellhead back pressure and load of pumping unit; realize energy conservation and consumption reduction.

100% Recovery of Associated Gas

Improve utilization of light hydrocarbons and casing gas; improve the economic benefits of crude oil exploitation; protect environment.

Maximum 100% Gas Volume Fraction

Pump with compressor function ensure stable and reliable operation under extreme gas-liquid ratio conditions, maximum 100% gas volume fraction.

Multiphase Transportation

Multiphase medium transportation of oil, associated gas, water, and other substances.

04 Parameter

Technical Specifications

ModelSHHSQ-288SHHSQ-480SHHSQ-960SHHSQ-1440
Oil Flow(m³/d)2884809601440
Inlet Pressure(MPa)<0.4<0.4<0.4<0.4
Outlet Pressure(MPa)4-54-54-54-5
Gas-Oil Ratio  (Nm³/t)<100<100<100<100
Pipeline Flange (cm)DN50-DN60DN50-DN60DN50-DN60DN50-DN60
Dimension(m)4.5*2.14.5*2.14.5*2.14.5*2.1
Multiphase Turbulent Pump(Set)1 active+1 standby1 active+1 standby1 active+1 standby1 active+1 standby
Filtration System (Set)1111
High-Pressure Manual Valve (Pcs)5555
Low-Pressure Manual Valve (Pcs)6666
Pressure Sensor (Pcs)2222
Temperature Sensor (Pcs)2222
Bypass Motorized Valve (Pcs)1111
Insulation and Anti-corrosion System (Set)1111
High-Voltage Electrical System (Set)1111
Low-Voltage Electrical System (Set)1111
Explosion-Proof Control Cabinet (Set)1111
Explosion-Proof Motor (kW)11.5-18.511.5-18.511.5-18.511.5-18.5
Explosion-Proof RatingExeII BT4ExeII BT4ExeII BT4ExeII BT4
Ingress ProtectionIP65IP65IP65IP65
Control System ModuleSCADASCADASCADASCADA
Automatic Variable Frequency Control SystemPLCPLCPLCPLC
Intelligent Remote Control SystemRTURTURTURTU
Signal Detection Accuracy System (Grade)0.250.250.250.25
Power Supply and Distribution System(V)380380380380
Environment temperature(℃)-30-80-30-80-30-80-30-80

Quick response and reliable service are available.

05 FAQ

By employing a high-efficiency oil-gas cyclone multiphase pump combined with cold transportation technology, this equipment significantly improves recovery efficiency and stabilizes equipment performance. It effectively addresses issues of unstable equipment performance and low gas collection efficiency in traditional processes, achieving efficient and environmentally friendly associated gas recovery.

The multiphase turbulent pump utilizes a unique internal design to effectively mix and transport oil-gas mixtures. It maintains stable operation even under high liquid content or high gas-to-liquid ratio conditions, ensuring the efficiency and continuity of oil-gas multiphase transport.

The equipment is designed with adaptability to various environments and operating conditions in mind, including features such as insulation and anti-corrosion systems, explosion-proof motors, and control cabinets. These features ensure stable operation in harsh environments and complex conditions.

The equipment is equipped with safety measures such as an emergency bypass electric valve, high-pressure electric valve set, and manual valve set, along with an explosion-proof control system. These features ensure a rapid response in abnormal situations to prevent accidents. Additionally, by efficiently recovering associated gas and reducing direct emissions, the equipment effectively lowers greenhouse gas emissions, meeting environmental protection standards.

The equipment adopts a modular design that facilitates maintenance and repair. The multiphase turbulent pump has a simple mechanical structure with few wear parts, making it easy to maintain.