Membrane Nitrogen Generation Units, membrane nitrogen generation units at low prices

Membrane Nitrogen Generation Units

Membrane nitrogen generation units are efficient for indoor nitrogen gas generation. This is the most technically and economically advantageous solution for nitrogen generation from atmospheric air. Nitrogen generation units generate nitrogen at flow rates of up to 5,000 m³/h and purity levels from 90 to 99.9%.

Product Images

Product Design Options

Fixed Design

Free equipment placement, on-skid or on-platform design.

Packaged Modular (Transportable)

Modular container or sea container design. Operation in various climatic zones.

Truck-Mounted

Designed on a trailer, skids, as well as in a self-propelled version based on the KamAZ and URAL chassis.

Prefabricated Building

Modular frame building using light steel thin-walled structures and sandwich panels.

Capacity, m³/h up to 5 000

Nitrogen purity, % up to 99.9

Pressure, MPa up to 35

Dew point temperature, °C −40 to −60

Operating temperature, °C+5 to +40

Membrane module operating life, thousand hoursup to 180

General Description

Membrane nitrogen generation units are the preferred option for producing gaseous nitrogen with a purity of up to 99.9% at system production capacities of up to 180 m³/h or lower purity at capacities of up to 5,000 m³/h. Where the nitrogen of a higher purity, from 99.95% to 99.9995%, is required, which cannot be achieved by membrane technology, the use of

The main components of the Grasys membrane units are the compressor unit, air treatment unit, gas separation unit and the GRASYS Intelligent Control-8 monitoring and control system. The gas separation unit consists of specially configured modules that generate nitrogen of the required purity from the atmospheric air.

GRASYS Intelligent Control-8 is a state-of-the-art, smart, multi-functional monitoring and control system that enables the automatic operation of Grasys units, including remote access and archiving, and integration into a superordinate control system.

By using the latest technology, Grasys nitrogen generation units are extremely reliable, with a membrane unit life of up to 180,000 hours of continuous operation.

Applications of Grasys Membrane Nitrogen Generation Units

Creating an inert atmosphere in various processes
Ensuring explosion and fire safety in various processes
Testing and purging of pipelines and equipment
Cleaning of process reservoirs
Preventing oxidation processes
Nitrogen fire extinguishing
Process catalyst regeneration
Product packaging in a nitrogen atmosphere

Advanced, Smart GRASYS Intelligent Control-8 Control and Monitoring System

The advanced, smart GRASYS Intelligent Control-8 monitoring and control system ensures the simplest and most convenient control of the GRASYS nitrogen generation unit

The GRASYS Intelligent Control-8 monitoring and control system provides:

Full control of all unit systems;
Manual, automatic and remote control options;
The ability to integrate the unit's control system into the factory-wide control system;
Emergency interlocks to protect against falling outside the permitted limits of key process parameters;
Switching the unit to standby mode under zero nitrogen consumption;
A wide range of additional options, including the ability to control unit parameters via the Internet;
Archiving the main technical parameters of the unit.

The control panel is equipped with an active LCD display and shortcuts to access the most important functions.

Benefits of Grasys Membrane Nitrogen Generation Units

Using the high-performance membrane modules of the latest generation
Advanced, smart GRASYS Intelligent Control-8 control and monitoring system with manual, automatic and remote control options
Reliable, advanced components from the world's leading manufacturers
The ability to generate nitrogen with a purity of up to 99.9%
Minimum operating costs
Small-sized, lightweight
Long operating life of the units
Exceptional reliability and high build quality based on extensive manufacturing experience
Perfect membrane unit design
High energy efficiency
Low cost of generated nitrogen
Quick start-up and shut-down of the system