Air- N- Gas Process Technologies

With an immense knowledge of the domain, we are engaged in offering our clients with PSA Nitrogen Gas Plants. The offered plant is constructed using optimum quality high grade component applying cutting edge technology. We provide a simple and easy to operate PSA based Nitrogen Gas Plant which produces nitrogen from the atmospheric air.

Features:

• This type of gas generator does not require any fuel
• The gas generator is very compact requiring very small floor area

We are having a wide range of PSA Nitrogen Generator. PSA Nitrogen Generator System uses Carbon Molecular Sieves (CMS) as an adsorption agent. PSA technique is a simple & reliable process of separation of nitrogen from compressed atmospheric air by adsorption of oxygen over a bed of Carbon Molecular Sieves (CMS). The PSA Nitrogen Gas Generation Plants are economical, reliable, durable and user friendly.

Features:

• High utility
• Supreme functionality
• Greater output
• Cost efficient

We are having a wide range of Nitrogen Plants. Nitrogen Plants uses Carbon Molecular Sieves (CMS) as an adsorption agent. PSA technique is a simple & reliable process of separation of nitrogen from compressed atmospheric air by adsorption of oxygen over a bed of Carbon Molecular Sieves (CMS). The PSA Nitrogen Gas Generation Plants are economical, reliable, durable and user friendly.

Features:

• High utility
• Supreme functionality
• Greater output
• Cost efficient

Additional Information:

• Production Capacity: 10
• Delivery Time: 4-5 WEEKS

We are among the trusted manufacturer of finest quality Ultra Pure Nitrogen Generator. Our ultra pure nitrogen generators are highly effective in providing pure nitrogen gas ideal for various industrial applications such as preserving freshness of packed foods, helps in manufacturing electronic gadgets, filling tires of various types of automobiles etc. These ultra pure nitrogen generators are equipped with latest technology which efficiently separates nitrogen from oxygen. Our nitrogen generators are fitted with heavy duty air compressor, safety alarms, shut off buttons and controls for easy use.

Features:

• Provides pure quality nitrogen gas
• Easy to install
• Low maintenance
• Robust construction

We are having a wide range of PSA Nitrogen Gas Generator. PSA Nitrogen Gas Generator System uses Carbon Molecular Sieves (CMS) as an adsorption agent. PSA technique is a simple & reliable process of separation of nitrogen from compressed atmospheric air by adsorption of oxygen over a bed of Carbon Molecular Sieves (CMS). The PSA Nitrogen Gas Generation Plants are economical, reliable, durable and user friendly.

Features:

• High utility
• Supreme functionality
• Greater output
• Cost efficient

Additional Information:

• Production Capacity: 10
• Delivery Time: 12 WEEKS

Palladium De-Oxo Unit:

In this unit the residual oxygen in Nitrogen From PSA Unit is mixed with Hydrogen and the mixture is passed over Palladium Catalyst where Hydrogen reacts with Oxygen and makes water. The reaction is exothermic and the outlet gas is cooled down in After-Cooler where moisture vapour condences and it is separated and drained out in moisture separator.

This nitrogen still contains moisture in vapour form which is removed in Gas Dryer and the outlet Nitrogen is at (-) 60 Deg C Dew Point (Atm).

The final product Nitrogen composition is

Oxygen 3 ppm

Hydrogen 0.2% (Adjustable)

Dew Point (-) 60 Deg C

Nitrogen Balance

Additional Information:

• Production Capacity: 5
• Delivery Time: 4-5 WEEKS

We are having a wide range of PSA Generator. PSA Generator System uses Carbon Molecular Sieves (CMS) as an adsorption agent. PSA technique is a simple & reliable process of separation of nitrogen from compressed atmospheric air by adsorption of oxygen over a bed of Carbon Molecular Sieves (CMS). The PSA Nitrogen Gas Generation Plants are economical, reliable, durable and user friendly.

Capacity: 1 -750 nm3,3~3000 Nm3/h

Features:

• High utility
• Supreme functionality
• Greater output
• Cost efficient
  
  

• 1 -750 nm3,3~3000 Nm3/h