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MVS has been manufacturing Hydrogen Gas generators
since last many years. Many of such Gas generators have been
supplied in India and Abroad for Heat treatment industries,
Chemical and process industries and for Cylinder filling .
The Company manufactures following types of Hydrogen generators. |
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| Ammonia
Cracking Hydrogen Generator |
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These are
Catalytic cracking units in which Ammonia is dissociated to
Nitrogen and Hydrogen. Commercial grade liquid ammonia from
cylinders or tank is used as feedstock. The Product gas has
75% Hydrogen and 25% Nitrogen. This gas is further purified
in a Molecular Sieves unit by removing un-cracked Ammonia
and moisture. >Purified
gas is then used in Heat treatment furnaces like Annealing,
Sintering and as Reducing
furnace atmosphere.
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It is widely
used in Stainless steel and Carbon steel Bright Annealing.
Investment in such Hydrogen gas generator is extremely low
and also cost of Hydrogen produced is very low. The cracking
furnaces are electrically heated or fuel fired type.
Standard
Sizes available -
1NM3/hr to
1000 NM3/hr
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| Water
Electrolysis Hydrogen Generator |
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MVS
manufactures very compact water electrolysis Hydrogen
plants with Low-pressure Bi-polar cells. Power consumption
is only 5 KW per cubic meter of Hydrogen. Complete gas
plants are supplied, erected and commissioned on Turnkey
basis.
From Electrolysis cells Hydrogen produced is of 99.8%
purity, saturated with moisture. It is collected in
a gasholder and then used in process by further compression.
Also Hydrogen purity of 99.9999% can be produced by
adding a Deoxo purification and Molecular Sieves dryer.
The purified gas contains maximum 1 ppm Oxygen and is
of (-) 700 C Dew point.
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For
Hydrogen cylinders filling at 150 to 200 Bar pressure we provide
Reciprocating or Diaphragm type Hydrogen compressors and Cylinders
filling manifold. |
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Our
Bi-polar cells have following advantages over conventional
open type Hydrogen cells :
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Electrolyte is in closed
cells so no fumes in the atmosphere. |
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No air pollution and no fire hazards. |
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Less space required due to compact construction
of cells. |
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20% lower power consumption. |
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No blow off gases and no spillage of
electrolyte as cell unit is fully closed and sealed. |
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5, 10, 15, 20, 25, and 30 NM3/hr. For higher
Hydrogen capacities multiple cell units are supplied, connected
in parallel upto 600 NM3/hr capacity. |
