Reciprocating Compressors (Our Advanced) | High-pressure gas lift operations, oil & gas extraction | ▲ Pressure: 12 bar (ISO 1363-1) Power: 250 kW (IEC 60034-30-1) Gas Compatibility: Nitrogen/natural gas (ASTM D1363) | ▲ Highest pressure capacity (12 bar) for extreme applications Dual power source (natural gas/AC) for flexibility | Requires oil lubrication (ASTM D98), bulkier design Higher maintenance cost ▲ |
Industry Standard Reciprocating | General industrial use, moderate-pressure tasks | Pressure: 8 bar (ISO 1363-1) Power: 75–90 kW (IEC 60034-30-1) | Reliable performance for most applications Cost-effective for standard needs | Limited to 8 bar pressure Less efficient at high loads ▲ |
Rotary Screw Compressors | Manufacturing, general industry, continuous operation | Pressure: 3–8 bar (ASME PTC 10) Lubrication: Oil-free or oil-injected | Continuous operation with minimal downtime Lower maintenance than reciprocating | Max pressure 8 bar limits heavy-duty use Noisier than centrifugal ▲ |
Portable Compressors | Construction, field services, temporary setups | Pressure: 5–7 bar (ISO 1363-1) Power: ≤50 kW (IEC 60034-30-1) | Compact, mobile operation Easy to deploy in remote areas | Low pressure capacity (≤7 bar) Not suitable for continuous use ▲ |
High-Flow Centrifugal | Power plants, large-scale HVAC systems | Pressure: 1–5 bar (API 617) Flow Rate: 1000–5000 m³/h (ISO 1217) | Energy-efficient for steady loads High flow rates for large facilities | Best for constant load; inefficient at partial capacity High initial cost ▲ |
Oil-Free Reciprocating | Food & pharmaceutical industries, clean environments | ▲ Oil-free design (ISO 8573-1 Class 0) Pressure: 5–10 bar (ISO 1363-1) | ▲ Zero lubricant contamination for sensitive applications Chemical resistance (ASTM D543) | Higher upfront cost Narrower pressure range compared to lubricated models ▲ |