| Quantity: | |
|---|---|
Wide flow range (3–1000 Nm³/h) – One platform covers small-scale lab use to large industrial plants.
High discharge pressure (up to 350 bar) – Enables direct cylinder filling and high-pressure process requirements without extra boosters.
Flexible compression stages (1–4) – Optimised for different inlet/outlet ratios, ensuring energy-efficient operation at any pressure.
Low speed (300–700 rpm) – Reduces mechanical wear, extends component life, and lowers noise levels.
Dual cooling options (air or water) – Adapts to site conditions, ambient temperature, and available utilities.
Moderate power consumption (≤55 kW) – Keeps operating costs low while delivering high output.
Inconsistent supply pressure – Our booster stabilises output even when inlet pressure fluctuates.
High energy bills – Multi-stage design and low speed minimise power consumption per Nm³ delivered.
Frequent downtime – Robust construction and low maintenance intervals reduce unplanned stops.
Space constraints – Compact footprint with flexible cooling choices fits tight installations.
Limited scalability – Wide flow range allows you to adjust capacity without replacing the entire unit.
Gas cylinder filling stations – High-pressure nitrogen for industrial, medical, and diving cylinders.
Oil & gas (EOR) – Nitrogen injection for well stimulation and pipeline purging.
Chemical & petrochemical – Inerting, blanketing, and reactor pressurisation.
Food & beverage – Modified atmosphere packaging and nitrogen flushing.
Electronics manufacturing – High-purity nitrogen for soldering and component storage.
Metal processing – Laser cutting, plasma cutting, and heat treatment.
Pharmaceuticals – Blanketing sensitive compounds and filling medical gas cylinders.
Automotive & tyre services – Nitrogen inflation for commercial and racing tyres.
Q1: What is the recommended inlet pressure range?
A: The booster accepts suction pressure up to 25 bar; for lower pressures, we can adjust stages or add a pre-booster.
Q2: How do I choose between air-cooled and water-cooled?
A: Air-cooling is simpler and cost-effective for ambient <40°C. Water-cooling is preferred for high temperatures, continuous 24/7 operation, or where ventilation is limited.
Q3: How does speed affect performance?
A: Lower speed (300 rpm) reduces wear and noise; higher speed (700 rpm) increases flow. We set the optimal speed based on your flow and pressure requirements.
Q4: How many compression stages do I need?
A: Depends on inlet and outlet pressures. Typically, 1 stage for up to 10 bar difference, 2–4 stages for higher ratios. Our engineers will recommend the most efficient configuration.
Q5: What is the maintenance schedule?
A: Routine valve and filter checks every 2,000 operating hours; major overhaul at 8,000–10,000 hours.
Q6: Can this booster handle variable flow demand?
A: Yes, with optional variable speed drive or bypass control, it adapts to fluctuating downstream consumption.
Q7: Is the unit suitable for outdoor installation?
A: Yes, with appropriate weather-proof enclosure; otherwise, indoor installation is recommended.
