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PRODUCTS

PSA Nitrogen Gas Plant

PSA Nitrogen Gas Generators

PSA Oxygen Gas Plant

PSA Oxygen Gas Generators

Medical Oxygen Gas Plant

VPSA Oxygen Gas Generator

Hydrogen Gas Plant

Ammonia Cracking Units

Endo and Exo Gas Generators

Compressed Air/Gas Dryers

Hydrogen Gas Plant

We design and build fully-automatic Hydrogen Gas Plants that are applicable in different industrial purposes. We are focused on offering best quality hydrogen gas plants with durability and productivity. Our hydrogen generators, hydrogen gas generators, industrial gas generators, are easy to operate and require less maintenance.

Few of them are listed below for your reference :

Ammonia Cracking Process

The ammonia cracker unit produces cracked ammonia gas using the ammonia in anhydrous form from the cylinders. The cracked ammonia is dry and free of oxygen and contains 75% of hydrogen and 25% of nitrogen. The production of cracked gas amounts to 2.63 nm3/kg of ammonia feed stock. The residual ammonia contents are less than 20 ppm and dew points are up to (-) 50oC. As certain application require the need of gas having very low residual ammonia contents and low gas dew point. In the Pressure Swing Adsorption System, cracked ammonia is passed through a special grade of desiccant in twin tower. It has the properties of adsorption of nitrogen molecules at much faster rate than hydrogen molecules. After this purification process, the residual ammonia contains generally fall below 3 ppm and dew point of gas shows considerable improvement up to (-) 80.

Ammonia Cracking Process
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Technical Specification :
Plant Capacity 1-500 nm3/hr
Product Specification Hydrogen: 99.5%
Nitrogen: up to .5%
Oxygen: Nil
Dew Point: (-)70
Pressure: 3.5 to 25 bar

Application :
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Water Electrolysis Process

During Water Electrolysis Process of obtaining the hydrogen, the electrolyzer avoids the shortage of voltage. The improved sealing washer isolates hydrogen from oxygen that is used for many purposes. In this way, the separator, synthesizer, filter, cooler, cycling pump, tubes and valves are mounted on a skid for easy installation and transportation for smooth process. This technique generates hydrogen gas through electrolysis along with gas boosters and de-oxo units. When water is charged with electrical current, the electrolysis dissociates the elements of water (oxygen and hydrogen). In this connection, the amount of power consumed by these plants is 4.5 KW (per cubic meter of hydrogen). Finally, the hydrogen obtained is collected in a hydrogen gas holder that is kept for further processing. Though hydrogen obtained through electrolysis is 99.8% pure, yet the use of de-oxo units helps in purifying it further (up to 99.999%). This method is used by different industrial plants.

Water Electrolysis Process
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Industry applications of hydrogen gas generators :
Chemical Industry : Hydrogenation process & animation synthesis
Oil & Gas Industry : Hydrogenation of edible oil & fatty acids.
Heat Treatment Industry : Reducing protective atmosphere.
Glass Industry : Protective atmosphere for casting float glass on molten metal bath.
Electric Industry : Protective atmosphere for manufacture of electronics component.

SAM Gas Product Attributes :
Flow rate 1 to 50 Nm3 / hr.
H2 purity 2 PPM
Pressure as required
Dew point up to (-60)oC

Application of Hydrogen Gas Plant :
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