The LNG Booster Pump Skid is a skid-mounted cryogenic pumping system designed to increase LNG pressure for transfer, distribution, and downstream process applications. It is part of BluNet’s broader range of LNG pump skid packages. It is suitable for LNG terminals, regasification facilities, pipeline systems, industrial LNG supply systems, and other cryogenic applications requiring stable liquid pressure and flow.
Designed for LNG service at temperatures down to approximately -162°C, the system integrates a cryogenic pump, insulated piping, valves, instrumentation, and control components into a compact modular skid. BluNet provides project-specific configurations based on required flow rate, pressure, pump capacity, piping arrangement, control system, and installation conditions.
Key Features
- Designed for LNG pressure boosting and transfer applications
- Skid-mounted integrated structure for simplified installation
- Cryogenic-duty pump configuration
- Stable LNG pressure and flow performance
- Insulated or vacuum-insulated piping options
- Suitable for cryogenic LNG service down to approximately -162°C
- Pressure and temperature monitoring
- Manual or PLC-based control options
- Single- or dual-pump configurations available
- Custom skid dimensions and piping layouts
Technical Specifications
| Parameter | Specification |
|---|---|
| Medium | Liquefied Natural Gas (LNG) |
| Service Temperature | Down to approximately -162°C |
| Function | LNG pressure boosting and transfer |
| Pump Type | Cryogenic centrifugal / submerged pump |
| Reference Pump Capacity | 300 L/min* |
| Reference Pump Speed | 5,500 rpm* |
| Reference Maximum Pump Head | 320 m* |
| Reference Discharge Pressure | 19 bar* |
| Reference Motor Power | 15 kW* |
| Skid Dimensions | 3000 × 2438 × 2600 mm* |
| Control System | Manual / PLC automation |
| Installation | Skid-mounted modular system |
*Reference configuration. Actual pump capacity, pressure, motor power, dimensions, piping, and control configuration are selected according to project requirements.
Design & Manufacturing Standards
- ASME design requirements available according to project specifications
- CE/PED requirements available for applicable projects
- Cryogenic-duty components selected for LNG service
- Process piping, valves, instrumentation, and safety devices configured according to project requirements
- Inspection and documentation packages available according to customer specifications
Advantages
Stable Pressure Boosting Performance
Ensures consistent LNG pressure increase without flow instability.
Cryogenic Reliability
Designed for continuous operation under extreme low-temperature LNG conditions.
Modular Skid Design
Factory-assembled system reduces installation time and engineering complexity.
High Safety Level
Integrated pressure protection and emergency shutdown compatibility.
Energy Efficient Operation
Optimized pump design reduces energy consumption during boosting process.
Custom Engineering Capability
Fully adaptable to different LNG plant layouts and capacities.
Applications
It is suitable for LNG terminals, LNG storage systems, regasification facilities, pipeline systems, industrial LNG supply systems, and other cryogenic applications requiring stable liquid pressure and flow.
- LNG receiving terminals
- LNG storage and transfer facilities
- LNG regasification plants
- LNG pipeline systems
- Peak-shaving facilities
- LNG distribution systems
- Industrial LNG supply systems
- LNG fueling and transfer infrastructure
For projects involving LNG transportation and downstream transfer, the booster pump skid can be integrated with cryogenic transport solutions such as LNG ISO tanks and cryogenic transport equipment.
Safety & Control
- Overpressure protection
- Pressure and temperature monitoring
- Emergency shutdown (ESD) interface
- Relief valve system
- Leak detection integration option
- PLC alarm and interlock functions
Customization Options
- Pump capacity and pressure range
- Single or dual pump configuration
- Skid size and equipment layout
- Insulated or vacuum-insulated piping
- Instrumentation and monitoring
- Manual or PLC control system
Request an LNG Booster Pump Skid
BluNet can engineer LNG booster pump skids according to your required flow rate, inlet pressure, discharge pressure, LNG storage configuration, piping arrangement, control requirements, and applicable standards. Our LNG pump skid manufacturing capabilities cover skid design, pump integration, piping, instrumentation, and system testing.
Contact us with your project requirements for pump selection, skid configuration, and technical support.
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