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What Is an Electric‑Driven Gas Booster?

 

An electric‑driven gas booster is a high‑pressure gas compression system powered by an electric servo motor. Q‑Drive systems are designed to deliver precise, clean, and controllable gas compression with integrated automation, monitoring, and safety functions in a self‑contained package.

Q-Drive Revolutionizes Gas Boosting

Revolutionizing gas compression with smart, sustainable technology, Q-Drive is an electric servo actuated Compressed Gas System with unprecedented 4.0 intelligence, efficiency, precise control and accuracy. It delivers unrivalled performance, reliability, and safety. Plus, an advanced control system allows you to improve the visibility of real-time operations, increase efficiency and reduce the risk of operational downtime. Q-Drive the next generation of gas compression systems operates efficiently and quietly, while increasing throughput and enabling seamless integration with other automated equipment. With its programmability, remote monitoring and control capabilities, Q-Drive allows you to gain greater process control, while preventive maintenance alerts and quick-change seal components make maintenance easy and cost effective.

Electric actuation allows Q‑Drive systems to operate at noise levels below 77 dBA, making them suitable for indoor installations, laboratories, and controlled industrial environments.

The system is delivered as a compact, cabinet‑based unit requiring electrical connection, coolant supply, gas connections, and adequate service clearance as specified in installation guidelines.

Download Installation & Operation Manual
Q-Drive, Servo Electric Driven

Haskel Q-Drive Electric Gas Compressor Powerful HMI Advantages

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Multiple Models to Meet Your Needs

Actual System performance depends on several different items, including gas type, temperature, and coolant gas flow. Q-drive is available in six models to match specifically the needs of your high-pressure compression applications. Industrial gas handling, CO2 extraction, or hydrogen filling stations - whatever the application, you can always contact Haskel's Application Engineers with your specific system requirements to determine which configuration is best for you.

 

Model

Min Inlet

Max Inlet

Max Outlet

Rec Max CR

CPM

Q45-150

75

1100 

1100

5:1 

20

Q45-90 

75

3500

3500

5:1 

32

Q45-63

75

6600

6000

5:1 

32

Q45-150/90

75

280

3500

25:1 

26

Q45-150/63

75

280

6000

25:1 

26

Q45-90/63

75

1500

6000

25:1 

32

 

View Operating & Technical Details
Haskel electric driven Q-Drive gas booster

Intelligent Control

Banner Gas Boosters

Intelligent Control and Automation

Q‑Drive integrates a PLC‑controlled system and touchscreen HMI that allows operators to configure and monitor all operating parameters. The system includes predefined operating modes

Compressor Mode for maintaining constant process pressure

The control system automatically regulates cycle speed as pressure approaches target values, providing smooth operation and controlled pressure buildup.

Automation

📍 Fill & Pause Mode for filling to pressure and holding. 📍Fill & Stop Mode for filling, venting, and automatic shutdown

Q‑Drive electric gas boosters are available in:

📍Single‑stage, double‑acting configurations for moderate compression ratios. 📍Two‑stage configurations for higher compression ratios and higher final outlet pressures

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Designed for Continuous Operation

The system automatically pauses and restarts based on defined pressure deadbands, allowing continuous pressure maintenance without constant operator interaction.

Electric Q‑Drive

Q‑Drive gas boosters are designed for continuous operation in automated and industrial environments. The servo actuator maintains consistent force and speed, supporting steady‑state compression while reducing wear on seals and mechanical components.

Gas Compatibility

Q‑Drive systems are suitable for a broad range of industrial and specialty gases. Gas section materials and configurations are selected based on gas type, operating pressure, and application requirements. The oil‑free gas compression design supports high‑purity gas handling.

Cooling and Thermal Management

Q‑Drive systems require an external coolant supply to manage heat generated during gas compression and to regulate the lubrication system. Cooling is applied to both the gas sections and the servo drive lubrication circuit. An optional external chiller can be integrated when facility coolant is not available, with full control managed through the Q‑Drive system interface.

Q-Drive Intelligent ElectricGas Compressor - remote control and monitoring capabilities

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Video Electric

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Let Our Experts Help You Choose the Best Solution

From requirements to recommendation — we’ll help you select the right model.
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Frequently Asked Questions

Q‑Drive provides precise electric control, integrated automation, remote monitoring, and low‑noise operation without relying on compressed air or hydraulic power.