Electric Liquid Driven Gas Booster System

Газовый бустерный насос: Газовый бустерный насос серии OMA; Газовый бустерный насос серии OMD; Газовый бустерный насос серии OMT; Воздушный бустерный насос; Система газового бустера; Система усиления воздуха

Жидкостный бустерный насос

Оборудование для испытания манометров: Таблица калибровки манометра; Таблица для испытания манометра на усталость; Стенд для испытания манометров на герметичность при избыточном давлении; Крышка манометра интеллектуальная машина для запечатывания краев; Манометр случае автоматический роторный утечки машина; Манометр автоматическая машина для розлива масла

Клапаны приборного коллектора: Приборные коллекторные клапаны - прямой монтаж (нефланцевый передатчик); Приборные коллекторные клапаны прямого монтажа (копланарные, фланцевые передатчики); Клапаны приборного коллектора - прямой монтаж (копланарный); Клапаны приборного коллектора с дистанционным креплением

Игольчатый клапан высокого давления

Станок для обработки шин

Компрессор для смешанных газов

Крепление для ферулы

представление продукта

Electric Liquid Driven Gas Booster System is designed to amplify low-pressure gas into high-pressure output through hydraulic-driven pressurization.
With a maximum power of up to 55 kW and a maximum working pressure of 160 MPa, this system delivers high efficiency, large flow capacity, and reliable performance for demanding high-pressure gas applications.

It meets the requirements of various industries for high pressure and large gas flow, offering stable operation, energy efficiency, and flexible configuration options.

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Описание товара

The Highlight Electric Liquid Driven Gas Booster System adopts a hydraulic driving principle to pressurize gases efficiently and safely. Hydraulic oil acts on the piston of the hydraulic cylinder, transferring force to the gas piston and compressing the gas within the booster cavity. The compressed gas is then discharged from the high-pressure cylinder in a stable and controlled manner.

During operation, the forces on both hydraulic and gas pistons maintain a dynamic balance, ensuring smooth pressurization. The system features long stroke and low operating frequency, allowing the gas to cool naturally during compression and preventing excessive outlet gas temperature.

Once the preset pressure is reached, the system automatically stops consuming energy. When pressure drops, it restarts automatically to replenish pressure, ensuring safe, efficient, and continuous operation.

Drive type	Hydraulic driven
Maximum power	Up to 55 kW
Maximum pressure	Up to 160 MPa
Pressurization mode	Liquid-driven gas boosting
Pressurization stages	Single-stage or double-stage
Power supply	380V, three-phase, four-wire
Control behavior	Automatic start/stop based on pressure
Safety monitoring	Oil level & oil temperature protection

Features & Functions：

Hydraulic-driven gas pressurization for stable and controllable high-pressure output
Long-stroke, low-frequency design reduces gas temperature rise during compression
Multichannel sealing piston structure prevents gas contamination by hydraulic oil
Automatic energy-saving operation – stops when target pressure is reached
Automatic restart when pressure drops
Oil level and oil temperature protection with automatic system shutdown
Optional double-stage pressurization for higher pressure output with intermediate cooling

Преимущества продукта：

High pressure output up to 160 MPa
Large flow capacity with stable performance
Lower outlet gas temperature, reducing equipment stress
High performance–price ratio
Automatic operation improves safety and efficiency
Flexible configuration for different pressure and flow demands

Our Company Advantages：

Strong engineering experience in high-pressure fluid and gas systems
Flexible customization capability for pressure, flow, and application requirements
Strict quality control from component selection to system integration
Professional technical support before and after delivery
Proven solutions for complex and special working conditions

High-End Application Options：

For special working conditions, the system can be upgraded to meet higher safety and performance requirements

Explosion-proof motor and junction box for inflammable gases such as oxygen, hydrogen, and ethylene
Enhanced safety configuration for high-risk environments

Energy-Saving & Efficiency Optimization

Variable hydraulic pump option adjusts displacement automatically or manually
Flow output adapts to working pressure–Low pressure → large flow,High pressure → small flow
Faster pressurization speed
Higher working efficiency
Reduced energy consumption during operation

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Electric Liquid Driven Gas Booster System