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Copper Catalyst For Nitrogen Plant

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Product Specifications

Material	Copper Catalyst
Purity	50 %
Usage/Application	For Nitrogen Plant
Packaging Type	HDPE Bag
Packaging Size	25 kg
Color	Black
Grade Standard	Technical Grade
Physical State	Granules
Country of Origin	Made in India
Recommended Order Quantity	25 Kilogram

Psg Engineering Co.

GST No - 09DFIPS9046Q1Z9 | Member since 2023

493, Davlok Colony Swarg Ashram Road, Hapur-245101, Uttar Pradesh, India

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Product Details

Product Description:

We are extremely engaged in providing Copper Catalyst for Nitrogen Deoxo. These products are recognized in the market for their top features.
Copper catalyst for PSA Nitrogen Generator Copper De-Oxo
Genuine deoxo copper catalyst for your nitrogen generator
Guaranteed performance
Irrespective of which make Nitrogen generator you have, we can supply you the correct copper catalyst

What is Copper Catalyst?

For production of high purity gases such as Nitrogen, requires use of high activity catalysts for the removal of impurities. Oxygen is a major impurity in inert or reactive gases and therefore reducing its concentration is a subject of continual interest. Chemisorption with subsequent catalytic reaction always offers an economical and effective way to purify gases. Copper catalysts are frequently used in the above described applications. The goal of using copper catalyst is the removal of oxygen from nitrogen, thereby delivering high quality inert gas with ppm levels of Oxygen remaining.

What level of Oxygen will remain after catalytic reaction?

Copper catalyst removes oxygen from gases containing a maximum of 1.0 to 1.5 vol.% O2. In this case, it is possible to achieve a purity of 1-5 ppm. For the adsorption of oxygen, room temperature is sufficient. The total amount of oxygen that is absorbed by the catalyst, however, largely depends on the temperature.

Is the catalyst supplied - ready-to-use?

Catalyst is always supplied in unreduced state.

How is the catalyst prepared for use?

The catalyst can be activated in either a tubular reactor with heat exchange or in an adiabatic-type reactor. The reduction starts in either reactor by heating the catalyst in a stream of nitrogen to a temperature of 140 to 160�C. Subsequently, hydrogen is added to the nitrogen at such a rate that a temperature of 250�C is not exceeded. The reduction should be completed at a temperature of min. 230�C with undiluted hydrogen.