WELCOME TO GAZTRON Engineering Pvt Ltd A Leading Designer, Manufacturer & Exporters of PSA Nitrogen GAS Generator and Oxygen GAS Plants

GAZTRON ENGINEERING PVT LTD , (An ISO 9001-2015 Certified Co.)
INDUSTRIAL PLOT NO. - 179,UK-1st ,ECOTECH- 3rd .GREATER NOIDA -201306

+91 8447203393,+91-9667849547
info@gaztron.in

NITROGEN GAS GENERATOR CU-DX MODEL

We are manufactures and exporter of Cu-Dx Model PSA based Gas Generators & Plants, Cu DX Model Nitrogen Gas Generator produced Ultra-Pure Nitrogen gas with Purity of 99.9999 % But in this model hydrogen content is 0 %, means Nitrogen is free from Oxygen and Hydrogen which desirable Electronics parts manufacturing and some of automobile process

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CU- DX MODEL OF PSA NITROGEN GAS GENERATOR

General

We are manufactures and exporter of Cu-Dx Model PSA based Gas Generators & Plants, Cu DX Model Nitrogen Gas Generator produced Ultra-Pure Nitrogen gas with Purity of 99.9999 % But in this model hydrogen content is 0 %, means Nitrogen is free from Oxygen and Hydrogen which desirable Electronics parts manufacturing and some of automobile process  

Models and available ranges

RANGE OF PLANT CAPACITY                -              5 to 100 nm3/ Hr.

NITROGEN PURITY                                   -              99.9998%

BALANCE OXYGEN CONTENT               -              2 PPM

RANGE OF DEW POINT                           -              -40 TO -60 Deg Cent

DISCHRGE PRESSURE                              -              5 TO 25 Kg/ CM2

Some of Application of CU-DX model GAS GENERATORS  

Food Packaging industry, curing of chemicals, Brazing, Annealing and bright Annealing, Heat treatments, coal mine fire prevention, Oil Recovery and Extraction, Gas Blanketing, Heat Treatment, Plastic Molding, pharmaceuticals, Electronics industry, sintering

Working principal

The used copper catalyst is a finely dispersed activated/reduced copper oxide deposit on porous Aluminium support. It consists of approximately 30% copper on the carrier material. During circulation the inert gas flows through the reactor column where copper reacts with the oxygen to copper oxide according to equation

 (1). During regeneration, the copper oxide is reduced to copper by means of hydrogen according to equation

(2). Circulation:   2 Cu + O2= 2CuO + heat (exothermic reaction) 

  (1) Regeneration:   2 Cu O =H2O + Cu + heat (exothermic reaction)

(2) One kg of the copper catalyst can remove maximum 8-liter oxygen from the inert gas in case the whole surface of the copper catalyst reacts with oxygen. However, the reaction rate for oxygen removal decreases when the loading of the copper catalyst increases. The reaction rate is proportional to the amount of free copper. In reality, the oxygen concentration increases because the reaction is slower than the rate of oxygen intake

 

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