High-Pressure Transfer Pump

High‑Performance Pump for Industrial High‑Pressure Liquid and Gas Transfer

Cryogenic Submersible Pumps Cryogenic Transport Systems

cryogenic pump Energy Pump Gas Transfer Pump Heavy‑Duty Pump Equipment High‑Pressure Fluid Handling High‑Pressure Transfer Pump Industrial Pump System Liquid Transfer Pump Petrochemical Pump

The High‑Pressure Transfer Pump is a robust industrial pumping system engineered for the efficient transfer of liquids and gases under demanding high‑pressure conditions. Featuring a precision‑designed pumping chamber, reinforced components, and advanced sealing technology, it delivers stable flow, consistent pressure output, and long‑term operational reliability. The pump is built with corrosion‑resistant materials and heavy‑duty construction to withstand harsh industrial environments. It is widely used in petrochemical processing, industrial gas supply, cryogenic systems, energy distribution, and fluid handling applications requiring dependable high‑pressure transfer performance.

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Product Overview

The High-Pressure Transfer Pump is a pump system specifically designed for the high-pressure transfer of cryogenic liquids, suitable for liquefied natural gas (LNG), liquid nitrogen (LN₂), liquid hydrogen (LH₂), ethylene, LPG, and ethane.

This pump is particularly suitable for large storage terminals, ships, ports, and liquefaction plants, enabling stable, efficient, and safe liquid transfer. It is designed to meet the demands of large-scale liquefied gas transportation and storage systems, ensuring reliable performance in industrial and energy applications.

Working Principle

The pump operates by motor-driven impeller rotation, which accelerates the cryogenic liquid through centrifugal force. The pump guide structure converts velocity energy into pressure energy, achieving high-pressure liquid transfer.

The pump body is constructed with low-temperature-resistant materials and high-reliability sealing systems, ensuring stable performance under cryogenic and high-pressure conditions. A multi-stage impeller design or optimized flow channel structure allows the pump to maintain high flow rates while delivering high pressure output, while precise control systems ensure safe and efficient operation.

Key Features

High Performance Output:Provides strong flow capacity and head to meet large-scale liquid transfer requirements.
Cryogenic & High-Pressure Compatibility:Specifically designed for low-temperature and high-pressure transfer environments to ensure stable and reliable operation.
Multi-Media Capability:Suitable for LNG, LN₂, LH₂, ethylene, LPG, ethane, and other cryogenic liquids.
High Reliability:Advanced materials and structural design ensure stable and safe long-term high-pressure operation.
Stable Operation:Designed for continuous or high-intensity operation with long maintenance intervals and reliable performance.

Applications

Large Storage Terminals:Used for the storage and efficient transfer of cryogenic liquids such as LNG and LN₂.
Ships & Port Facilities:Enables fast and safe transfer of cryogenic liquids during marine transportation and port operations.
Liquefaction Plants:Supports production and transfer processes in liquefied gas facilities, ensuring continuous industrial operation.
Energy Industry:Provides reliable pumping solutions for the storage and transportation of liquefied gases.

Model	Flow Rate (m³/h)	Head (m)	Net Positive Suction Head (m)	Motor Power (kW)
IBZ-77/1300	77	1300	1	250
1BZ-160/790	160	790	1.2	315
1BZ-100/1255	100	1255	1.2	315
IBZ-120/1100	120	1100	1.2	355
IBZ-200/1255	200	1255	1.5	560
1BZ-431/900	431	900	0.75	750
IBZ-308/1923	308	1923	0.75	1120
1BZ-407/2629	407	2629	1.1	2200
1BZ-530/2470	530	2470	1.1	2200
Applicable Medium	Liquefied Natural Gas (LNG), Liquid Nitrogen (LN₂), Liquid Hydrogen (LH₂), Ethylene (C₂H₄), Liquefied Petroleum Gas (LPG), Ethane (C₂H₆), etc.
Application	Mainly used for large storage tanks, ships, docks, and liquefaction plants