Fly Speed N2 PSA Pure Nitrogen Generating Air Separation Generator 100 Nm3/H 99.99% Purity

Fly Speed N2 PSA Pure Nitrogen Generating Air Separation Generator

Experience reliable, on-site nitrogen production with the Fly Speed N2 PSA Pure Nitrogen Generating Air Separation Generator. Built on advanced Pressure Swing Adsorption (PSA) technology with premium Carbon Molecular Sieve (CMS), this air separation generator delivers continuous, high-purity nitrogen at a fraction of the cost of delivered gas.

Product Attributes

Core Features & Advantages

• Pure Nitrogen Generation: CMS selectively adsorbs oxygen, moisture and CO2, producing pure nitrogen gas on-site with purity up to 99.99%.
• Air Separation Technology: Twin adsorption towers alternate automatically for uninterrupted N2 flow around the clock.
• Fully Automatic Operation: PLC-controlled pneumatic valves and touch-screen HMI simplify operation and monitoring.
• Energy Efficient: Optimized pressure equalization cuts energy consumption by up to 20% versus conventional systems.
• Quick Start & Stable Output: Reach target purity within minutes; stable dew point ≤ -45°C protects downstream equipment.
• Modular Skid Design: Compact footprint, pre-piped and pre-wired, reducing installation time and cost.

Technical Specifications

Applications

Ideal for laser cutting, metal heat treatment, electronics manufacturing, chemical industry, food packaging and pharmaceutical production where pure, dry nitrogen is essential.

FAQ

Q: How does the PSA air separation generator work?
A: Compressed air enters a CMS-filled tower under pressure. The sieve adsorbs oxygen faster than nitrogen, allowing pure N2 to flow out. The second tower regenerates by depressurizing, ensuring continuous supply.

Q: Can purity be adjusted?
A: Yes. Purity from 95% to 99.99% is set directly on the PLC touch screen, balancing flow rate and purity for your process.

Get your tailored quote today! Contact Fly Speed sales team for detailed pricing and customization options based on your flow, purity and pressure requirements.