We are manufacturer of the compact Endo gas generator which is based on single catalytic cracking of LPG or natural gas with very small amount of air at such a rate that the product gas after cracking contains only CO, H2, N2 and traces of CO2 and moisture Such generator are very useful in the heat treatment of the carbon steels. Our NE-EXG model of generator is like the same as the NE-EDG MODEL except the more perfect combustion which produces the gas rich in H2 and CO. These generators are generally used in the metal industry.

The hydrogen gas plant based on ammonia cracking process consist of a ammonia cracker unit and PSA unit. In the ammonia cracker unit anhydrous ammonia is cracked at 8000c to 8500c to produce craced ammonia. The cracked ammonia contains 75% of hydrogen and 25% of nitrogen. In the PSA unit, cracked ammonia is passed through a desiccant in twin tower where the hydrogen gas is separated from the nitrogen gas.

In the ammonia cracker unit anhydrous ammonia is cracked at 8000c to 8500c to produce cracked ammonia. The cracked ammonia contains 75% of hydrogen and 25% of nitrogen. Our special design of heater and retort reduces the power consumption to about half in comparison to the normal ammonia cracker. This certainly reduces the the cost of the product of our clients thereby providing an edge to them over their competitor.

In the PSA BASED Oxygen Gas Generation Process, the compressed air is fed to the twin towers filled with zeolite molecular sieves which separate oxygen from rest of the constituent of air. The oxygen generated is 95% pure. When oxygen saturates from one tower, this process changes over to the other tower, thus helping in the process of continuous oxygen generation. . Such kind of the plant is generally installed in the Copper smelting, Sewage treatment Industry and paper industry etc.

Compressed AirGas Dryers are mainly used in industries for various applications in pneumatic tools, pneumatic instruments, pneumatic machines and in a variety of production processes. The consequences of using wet air are rust and scale deposits in steel pipes, increased resistance in flow, malfunctioning of process control instruments, corrosion and damage to electromagnetic valves and pneumatic system, peeling and blistering effect on spray painted surface etc. Thus it will affect the quality of product and lead to excessive maintenance cost. Ideal compressed Air System: Air from the compressor has excessive moisture and contaminants. The sketch below shows a typical Compressed air system to remove these damaging impurities and get Clean and Dry air.

Nitrogen PlantGenerator operating on PSA technology, consists of twin tower system filled with special grade of imported carbon molecular sieves (C.M.S.) at a time, one tower keeps in production cycle and other in regeneration cycle. When compressed air passed through C.M.S. bed, the molecules of oxygen, moisture & other unwanted gases are adsorbed on surface of C.M.S. And the nitrogen which is not adsorbed by C.M.S comes out of adsorption tower and is collected in a surge vessel. Two adsorption towers are provided which are interconnected with auto change over valves controlled by a sequence programmer(PLC). When one tower saturates with oxygen the process automatically changes over to another tower.This ensures the continuous production of the Nitrogen gas.

We are manufacturer of the compact Endo gas generator which is based on single catalytic cracking of LPG or natural gas with very small amount of air at such a rate that the product gas after cracking contains only CO, H2, N2 and traces of CO2 and moisture Such generator are very useful in the heat treatment of the carbon steels. Our NE-EXG model of generator is like the same as the NE-EDG MODEL except the more perfect combustion which produces the gas rich in H2 and CO. These generators are generally used in the metal industry.

The hydrogen gas plant based on ammonia cracking process consist of a ammonia cracker unit and PSA unit. In the ammonia cracker unit anhydrous ammonia is cracked at 8000c to 8500c to produce craced ammonia. The cracked ammonia contains 75% of hydrogen and 25% of nitrogen. In the PSA unit, cracked ammonia is passed through a desiccant in twin tower where the hydrogen gas is separated from the nitrogen gas.

In the ammonia cracker unit anhydrous ammonia is cracked at 8000c to 8500c to produce cracked ammonia. The cracked ammonia contains 75% of hydrogen and 25% of nitrogen. Our special design of heater and retort reduces the power consumption to about half in comparison to the normal ammonia cracker. This certainly reduces the the cost of the product of our clients thereby providing an edge to them over their competitor.

In the PSA BASED Oxygen Gas Generation Process, the compressed air is fed to the twin towers filled with zeolite molecular sieves which separate oxygen from rest of the constituent of air. The oxygen generated is 95% pure. When oxygen saturates from one tower, this process changes over to the other tower, thus helping in the process of continuous oxygen generation. . Such kind of the plant is generally installed in the Copper smelting, Sewage treatment Industry and paper industry etc.

Compressed AirGas Dryers are mainly used in industries for various applications in pneumatic tools, pneumatic instruments, pneumatic machines and in a variety of production processes. The consequences of using wet air are rust and scale deposits in steel pipes, increased resistance in flow, malfunctioning of process control instruments, corrosion and damage to electromagnetic valves and pneumatic system, peeling and blistering effect on spray painted surface etc. Thus it will affect the quality of product and lead to excessive maintenance cost. Ideal compressed Air System: Air from the compressor has excessive moisture and contaminants. The sketch below shows a typical Compressed air system to remove these damaging impurities and get Clean and Dry air.

Nitrogen PlantGenerator operating on PSA technology, consists of twin tower system filled with special grade of imported carbon molecular sieves (C.M.S.) at a time, one tower keeps in production cycle and other in regeneration cycle. When compressed air passed through C.M.S. bed, the molecules of oxygen, moisture & other unwanted gases are adsorbed on surface of C.M.S. And the nitrogen which is not adsorbed by C.M.S comes out of adsorption tower and is collected in a surge vessel. Two adsorption towers are provided which are interconnected with auto change over valves controlled by a sequence programmer(PLC). When one tower saturates with oxygen the process automatically changes over to another tower.This ensures the continuous production of the Nitrogen gas.