Compressor Unit – Innovation under Pressure

High-speed Reciprocating Compressor

Energy Efficient · Robust & Durable · Industrial-Grade Compression Solutions

Overview

High-Performance High-Speed Reciprocating Compressor – Core Industrial Power Equipment

Based on the reciprocating piston compression principle, combined with high-precision dynamic balancing design and a high-speed crankshaft transmission system, the high-speed reciprocating compressor is a new generation of industrial compression equipment tailored for high-pressure, high-flow, and continuous operation conditions.

Featuring a skid-mounted/ modular integrated design, the unit integrates the crankcase, cylinder assembly, cooling system, lubrication system, and intelligent control system. Its operating speed is significantly higher than conventional reciprocating compressors, improving compression efficiency by more than 20% while occupying a smaller footprint and offering a more compact structure.

Key components are made of high-strength alloy materials, precision-machined and heat-treated to withstand long-term continuous heavy-duty operation. Equipped with multiple safety mechanisms including intelligent temperature control, oil pressure monitoring, and overload protection, it is suitable for 24/7 continuous operation, making it a core critical equipment in industries such as petrochemicals, coal chemicals, gas transmission, and air separation.

The suction & discharge pressure, flow rate, and medium can be customized. It can compress air, nitrogen, hydrogen, natural gas, process gases, and other industrial media to meet high-pressure boosting requirements across various industrial scenarios.

Product Core Parameters

Item	Description
Discharge pressure	max 10153 psig
Operating speed	600-1500 rpm
Driver power	max 7500 kW
Medium	Air, N2, H2, NG, C2H4
Cooling method	Air or water cooling
Noise level	≤85 dB(A)
Mean time between failures	≥8000 h

Applications

Petrochemical Industry

Suitable for oilfield wellhead boosting, oil and gas gathering and transportation, process gas compression in refineries and petrochemical plants, crude oil associated gas recovery, and high-pressure gas supply for hydrogenation units, this solution meets the demands for stable compression and transportation of high-pressure, flammable and explosive gases.

Coal and Fine Chemical Industry

Suitable for process gas boosting and tail gas recovery compression in coal-to-gas, synthetic ammonia, methanol plants, and fine chemical applications, this solution withstands corrosive media and meets the stringent high-reliability requirements of continuous chemical production.

Gas Transportation and Storage

Suitable for pressure regulation and boosting in city gas pipeline networks, LNG refueling stations, mother-daughter station compression, and shale gas/coal-bed methane gathering and boosting, this solution delivers stable flow and low energy consumption, fully meeting the demands of long-distance transmission boosting.

Air Separation and Metallurgical Industry

Suitable for air boosting in air separation units, high-pressure nitrogen/oxygen production, metallurgical blast furnace blowing, and process gas circulation compression in smelting, this solution precisely meets the demands for high-precision, stable-pressure gas supply.

New Energy Industry

Suitable for hydrogen production and high-pressure storage/transportation, gas compression for energy storage systems, and downstream boosting in photovoltaic hydrogen production, this solution fully complies with the high-purity and high-pressure operating standards of the new energy industry.

General Industrial Supporting

Suitable for power air supply in large-scale plants, underground mine air supply, shipbuilding industry applications, and high-pressure compression for large-scale refrigeration processes, this solution offers strong versatility and a wide range of operating condition compatibility.

Features

Ultra-high speed, high compression efficiency

Featuring a precision crankshaft dynamic balance structure, the system ensures stable operating speed, a high single-stage compression ratio, high overall adiabatic efficiency, and low exhaust pulsation, achieving energy savings of 15%–25% compared with standard models.

Compact structure with a smaller footprint.

Featuring a modular integrated design, the unit adopts a streamlined layout, eliminates redundant structures, and reduces the overall volume by over 30% under the same flow and pressure conditions, significantly lowering plant installation space requirements.

High strength and durability for extended service life.

Core components such as the crankshaft, connecting rods, and piston rings are forged from specialized alloys, offering excellent wear and corrosion resistance. Combined with a precision sealing structure, this significantly extends the trouble-free operating cycle.

Intelligent automatic control for safe and stable operation.

Equipped with a PLC intelligent control system, it monitors key parameters such as temperature, pressure, oil pressure, and vibration in real time. Integrated automatic shutdown protection against overload, over-pressure, and high temperature, along with remote monitoring capability, ensures entirely safe and worry-free operation.

Optimized cooling and lubrication system.

Featuring an independent forced lubrication and high-efficiency circulating cooling design, it delivers excellent temperature rise control, no overheating during prolonged full-load operation, and stable performance across all four seasons without degradation.

Broad media compatibility.

The system accommodates a wide range of media, including air, natural gas, hydrogen, nitrogen, and corrosive chemical gases. It supports explosion-proof, anti-corrosion, and clean-grade customization to meet diverse process requirements.

Advantages

★ Technical and process strengths.

With over a decade of R&D and manufacturing experience in high-speed reciprocating compressors, we possess proprietary core dynamic balance and sealing technologies. Our processes fully align with industry-leading standards, delivering overall performance significantly superior to comparable commoditized products.

★ Advantages in energy saving and consumption reduction.

Featuring optimized aerodynamic layout and low-loss transmission design, the actual operating energy consumption is significantly lower than comparable products in the industry. Long-term use substantially reduces electricity costs for enterprises, markedly shortening the payback period.

★ Customization advantages.

Pressure, flow rate, explosion-proof rating, materials, control mode, and other parameters can be flexibly tailored to actual operating conditions. Non-standard application requirements can quickly be translated into targeted solutions, eliminating the need to compromise with standard models.

★ Operational and maintenance cost advantages.

The structure is designed for easy disassembly and maintenance, and features a standardized spare parts program, ensuring affordable, readily accessible components. Long-term repair and maintenance costs are significantly lower than comparable imported equipment.

★ Continuous operation advantages.

Purpose-built for 24-hour uninterrupted industrial operation, it offers exceptional resistance to shock loads and pressure fluctuations. Start-stop transitions are smooth and stable, effectively safeguarding the continuous and stable operation of downstream production lines.

★ Full-service advantages.

We provide a one-stop service covering solution design, manufacturing, installation, commissioning, and after-sales maintenance, along with on-site guidance from professional engineers and lifetime technical support, ensuring complete peace of mind.

References

Northwest Oilfield Boosting Project

Engineering, supply, commissioning &start-up of high flow rate, high-speed reciprocating compressor package

Shanxi Coal Chemical Gas Compression Project

High-pressure process gas continuous compressor unit

Hydrogen Production High-Pressure Boosting Project

Dedicated high-speed compressor unit for the New Energy Industry

Product Series

Model	Throws	Speed, rpm	Stroke, mm	MAWP, kW	Maximum Gas Rod Load, kN
STA/A	2,4	600-1500	108	300/600	80
STA/B	2,4,6	600-1500	127	800/1600/2400	120
STA/C	2,4,6	600-1500	127	1300/2700/4100	200
STA/D	2,4,6	600-1500	140	1500/3000/4600	250
STA/E	2,4,6	600-1000	146	1900/3800/5800	320