If your facility relies on delivered nitrogen whether through high-pressure cylinders, liquid dewars, or bulk storage tanks, you are likely overpaying for your gas while adding unnecessary variables to your supply chain.
For procurement managers, nitrogen is a volatile line item subject to rental fees, delivery surcharges, and long-term contract lock-ins. For plant engineers, it represents a safety hazard, a continuous maintenance chore, and a potential single point of failure if a delivery truck is delayed.
The solution? The Parker NITROSource Plus Gas Generator.
By producing your own nitrogen on-site from a standard compressed air supply, you can eliminate delivery dependencies, achieve a rapid payback period, and gain total control over your production uptime.
Explore how engineering and procurement teams are leveraging this technology below.
Explore the System Architecture
Technical Specification Reference
- Inlet Pressure Range: 5.0 to 13.0 bar(g) (72.5 to 188.5 psi(g))
- Outlet Purity Range: 97% up to 99.9995% (3% to 5 ppm max remaining O2)
- Power Consumption: 100W (100–240V AC, 50/60Hz)
- Required Inlet Air Quality: [ISO 8573-1] (Tooltip Note: Hovering pops up a quick reference card defining air purity classes for dirt, water, and oil): 2010 Class 2.4.1 (Minimum)
- Data Logging / Connectivity: 7″ Colour Touchscreen HMI, Modbus TCP/IP, USB download
- Standard Warranty: 1-Year Standard (Upgradeable to 1+4 or 1+9 Year Extended Warranty programs)
Stop Renting Your Gas. Start Owning Your Supply.
The decision to move to on-site generation bridges the gap between financial efficiency and engineering excellence. You protect your plant from supply chain disruptions, guarantee exact purity levels, and instantly eliminate one of your most stubborn recurring operational expenses.
[Download Official Parker NSP-120 Datasheet PDF]
[Contact Us] for a custom gas audit and find out exactly how much the Parker NITROSource Plus can save your operation this year.
