Eoe ENERGY
Mobile Nitrogen Generation System
On-Demand Nitrogen for Industrial Applications
Our mobile system allows for nitrogen generation directly at your site, reducing reliance on external suppliers. Whether for purging, blanketing, pressure testing, or pipeline maintenance, our system delivers high-purity nitrogen when and where you need it.
On-Demand Nitrogen for Industrial Applications
Our mobile system allows for nitrogen generation directly at your site, reducing reliance on external suppliers. Whether for purging, blanketing, pressure testing, or pipeline maintenance, our system delivers high-purity nitrogen when and where you need it.
Safe, Efficient & Cost-Effective Solutions
With advanced technology and expert support, our nitrogen generation system is designed for seamless integration into your operations. By eliminating transportation costs and reducing downtime, we help businesses enhance safety, efficiency, and profitability.
Mobile Nitrogen Generation System
Nitrogen unit – 3 m3 @ 97% & 2 m3 @ 99% pure nitrogen @ 160 psig
Internal Pipe cutter 2″- 6″ SMLS @ max 9.
Internal Plugs
Blow Down Tanks
Batch Tanks
Membrane Technology for N2 Generation
A nitrogen generator membrane works by passing compressed air through a bundle of hollow fibers made of a semi-permeable material, where the smaller oxygen molecules readily pass through the membrane walls, allowing the larger nitrogen molecules to remain inside the fibers and be collected as pure nitrogen gas at the outlet, essentially separating the gases based on their different permeation rates through the membrane; this process is called “permeation.”
Key points about a nitrogen generator membrane
Hollow fibers:
The membrane consists of thousands of tiny hollow fibers that act as the separation medium.
Selective permeability:
The membrane is designed to allow certain gases (like oxygen and water vapor) to pass through more easily than others (like nitrogen), enabling the separation.
Compressed air input:
Dry, clean compressed air is fed into the membrane module where it flows through the hollow fibers.
Permeation process:
As the air passes through the fibers, oxygen and other impurities permeate through the membrane walls and are vented out, leaving the nitrogen to flow through the fibers and out as the final product.
Benefits of membrane nitrogen generators:
Compact and simple design:
Membrane generators are relatively small and have minimal moving parts, making them easy to operate and maintain.
Energy efficient
Cost-effective