Integrated Skid-Mounted Multi-Stage Self-Priming Pump for Gas Gathering Stations
The skid-mounted integrated multistage self-priming pump for gas gathering stations is an integrated fluid transfer system that combines a multistage self-priming pump, control system, lubrication system, valves, piping, and other components onto a single skid-mounted base.
Description
The skid-mounted integrated multistage self-priming pump for gas gathering stations is a compact fluid transfer system that integrates a multistage self-priming pump, control system, lubrication system, valves, piping, and other components onto a single skid base. Designed specifically for gas gathering stations and natural gas processing facilities, this equipment offers high efficiency, energy savings, advanced automation, and ease of transportation and installation.
Structure and Performance
High-efficiency self-priming capability: Utilizing specially designed impellers and flow channels, it achieves self-priming within a short timeframe, with a self-priming height reaching 4.5 to 5.5 meters.
Multi-stage pressure boosting: Through multi-stage pump design, it delivers high-head, high-flow transportation, suitable for multiphase media with gas content as high as 97%.
Modular Design: Skid-mounted structure facilitates transportation, installation, and maintenance. Field deployment requires only pipeline and power connections.
Automated Control: Equipped with a PLC control system supporting remote monitoring, automatic start/stop, fault alarms, and unattended operation.
High Reliability: Incorporates gas-liquid two-phase sealing technology and anti-gas-lock design to ensure stable operation under high gas-phase content conditions.
Scope of application
Oil and Gas Field Gathering Stations: Used for mixed oil-gas transportation, reducing wellhead pressure, and enhancing oil and gas production.
Natural Gas Processing Stations: Enable pressurized natural gas transmission and efficient processing of multiphase fluids.
Offshore and Onshore Oil and Gas Fields: Suitable for complex operating conditions in coastal, offshore, and onshore environments, meeting the transportation demands of multiphase fluids.
