High-Pressure Booster Air Compressors
High-pressure booster air compressors are designed to increase the pressure supplied by a primary air compressor, making them suitable for applications that require compressed air or nitrogen at significantly higher pressures. Hiraba Engineers offers booster compressor solutions with configurations of 1 to 4 compression stages, flow capacities of up to 127 m³/min, and pressure capabilities up to 345 bar (5,000 psi). These systems are suitable for demanding applications such as water-well drilling, rental operations, industrial services, construction, and remote field projects.
4 compression stages
1 to 4 compression stages
127m3/min
Flows up to
345 bar
Solutions up to (5000 psi)
A high-pressure booster air compressor is designed to increase the pressure of air supplied by a primary air compressor, making it suitable for applications that require significantly higher operating pressures.
For applications requiring air or nitrogen pressures from 69 to 345 bar, high-pressure booster compressors with a purpose-built pumping system provide an efficient and reliable solution. These compressors are engineered for high-performance operation and can be transported directly to the job site, making them ideal for both fixed and remote applications.High-pressure booster air compressors are particularly suitable for rental operations, industrial and service applications, and water well drilling. Their portable design allows them to operate effectively even in challenging or remote locations where reliable high-pressure air is required.Whether you need a booster compressor for water well drilling, high-pressure air applications, nitrogen compression, rental services, or field operations, a portable high-pressure booster air compressor provides a flexible, efficient, and dependable solution.
High-Pressure Booster Efficiency & Productivity
High-pressure booster compressors provide an efficient way to increase the pressure ratio of compressed air or nitrogen for demanding applications. Multi-stage compression technology helps achieve the required pressure while maintaining dependable performance. An integrated fuel system supports extended operation, while the bypass arrangement allows the feed compressor to be connected directly to the application before the booster is engaged, helping operators build pressure gradually and safely.
Versatile Booster Compressor Solutions
Modern booster compressors provide flexibility for different operating requirements. An advanced smart controller allows operators to set the required output pressure easily, while the application determines the required airflow. This flexibility can help improve productivity in applications such as drilling by supporting higher drilling speeds and reducing operating costs. Modular booster configurations can also be adapted to different pressure requirements, improving equipment utilization.
Compact Design & Easy Maintenance
The compact pumping system is designed to provide high-pressure performance while minimizing the equipment footprint. Easily accessible service points simplify routine inspection and maintenance, while standard components help reduce servicing complexity. Centralized drains and bypass systems further simplify daily operation and help prevent contaminants from entering the booster system.
Portable High-Pressure Boosters
High-pressure booster compressors are designed for transportation to demanding and remote work locations. Their compact construction helps reduce transportation requirements, while forklift slots and lifting points make positioning easier at the job site. Depending on the configuration, the booster and feed compressor can be transported together, making the system suitable for field, offshore, construction, and drilling applications.
Advanced Safety & Monitoring
An intelligent control system continuously monitors important operating parameters to support safe and reliable compressor operation. If abnormal conditions are detected, the system can automatically shut down to help protect critical components. Maintenance alerts and audible warnings can notify operators of potential issues, including elevated cylinder-valve temperatures, helping reduce unexpected downtime and support preventive maintenance.
Smart Air Controller
The smart air controller provides operators with a clear interface for monitoring and managing booster performance. Key operating parameters can be viewed on the display, while historical data and remote-control capabilities provide greater visibility into system operation. These features help improve flexibility, equipment utilization, maintenance planning, and overall productivity.
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