Nitrogen Plant
Product Details:

Minimum Order Quantity	1 Plant
Material	Stainless Steel
Nitrogen Purity	99.99
Technology Used	Cryogenic
Approval & Licenses	CE, ISO
Automation Grade	Automatic
Usage/Application	Industrial
Design	Standard

We manufacture and fabricate nitrogen plant with the latest cryogenic air separation technology.  Being outfitted with best materials and components, our plant machinery is trusted for its performance, quality and reliability. The process for nitrogen production is based on Linde & Claude, which was developed in 1930s and has since been modified in keeping with the changes in cryogenic technology.  Our industrial gas systems can generate nitrogen with purity up to 99.99%.  Our product range comes in different sizes ranging from 10m3/hour to 10000m3/hour. One can generate high purity nitrogen 24*7without ever having to fall short of nitrogen supplies. Our nitrogen systems are fully automated allowing even a single person to operate the machinery.  Operational and maintenance cost is low because higher efficiency of the machinery.  
Working principle of nitrogen plant Our nitrogen plant starts with taking atmospheric air through an inlet into the air separation unit (ASU). Next, the air is compressed and then moved to the cleanup system where impurities such as carbon dioxide, hydrocarbons and moisture. After the air is cleaned, it is run through the heat exchangers cooling it to cryogenic temperatures.  The liquefied air is moved to the high pressure distillation column where nitrogen is physically separated from oxygen, argon and other gases. It is further distilled in the low pressure distillation column meeting commercial specifications. Applications 
Effective for freezing and transport of food products.
Used cryopreservation of biological samples such as sperm, eggs, and animal genetic samples.
Used as coolant for superconductors, vacuum pumps, and other materials and equipment.
Cryotherapy to remove skin abnormalities.
 Provides protection for materials from oxygen exposure.
 Quick freezing of water or pipes to allow work on them when valves aren't available.
As a source of extremely dry nitrogen gas.
 Used for branding cattle.
 Used for freezing foods enabling them to maintain moisture, color, flavor and texture.
Cooling materials for easier machining or fracturing.