We are offering psa oxygen generators.The psa oxygen generation system produces oxygen suitable for many applications such as brazingsoldering, ozone generation, chemical oxidation, fermentation, waste water & sewage treatment, healthcare, glass & neon manufacture, pulp & paper, furnace air enrichment, preheating of metals, battery manufacture, metal smelting , etc .

We offer psa nitrogen generators. Nitrogen is presently being used in a broad spectrum of industries, laboratories, tank farms, mines, etc. In most applications, the n2 pressure required is less than 6 bar. Despite this, high pressure n2 cylinders are commonly used as source of n2, whose handling is quite hazardous & risky. A better option would be to produce your own low pressure n2 by installing our nitrogen generator.

Nitrogenis presently being used in a broad spectrum of industries, laboratories, tank farms, mines, etc. In most applications, the N2 pressure required is less than 6 bar. Despite this, high pressure N2 cylinders are commonly used as source of N2, whose handling is quite hazardous & risky. A better option would be to produce your own low pressure N2 by installing ourNitrogen Generator.

What are the benefits of producing your own N2 ?
(a) You save money N2 from Generator costs 30% to 50% of N2 from cylinder. Payback periods are generally less than one year, which can reduce further if you have compressed air already available in your mfg facility. (b) It gives N2 of better and consistent purity than that available from cylinders where O2 content can vary from 0.5% to 4% (based on actual measurements taken by us). In our Generator, continuous online O2 measurement is available. (c) Elimination of risk of accidents which may take place due to handling of N2 cylinders as well as due to excess O2 in cylinders.

The PSA Oxygen Generation System produces oxygen suitable for many applications such as brazing/soldering, ozone generation, chemical oxidation, fermentation, waste water & sewage treatment, healthcare, glass & neon manufacture, pulp & paper, furnace air enrichment, preheating of metals, battery manufacture, metal smelting , etc .

The PSA Oxygen Generation System consists of two parts Dry Air System where dry & oil-free compressed air is produced by filters & Dryer and the other is the PSA System where O2 is produced and stored. In the PSA System, dry & oil-free compressed air is passed through a bed of Zeolite Molecular Sieves (ZMS) which has a property of very high degree of affinity to nitrogen, which it retains & releases oxygen as product gas. There are two adsorbers filled with ZMS with one in production cycle while the other is regenerated by depressurization. The two adsorbers are switched from adsorption to desorption automatically. For large capacity systems, a VPSA System is used, where adsorption is done at low pressure and the regeneration is done by vacuum. This helps in reducing power consumption substantially.

Nitrogen as an inert gas is a very valued lab gas and is used for a number of lab applications.

Application:

Nitrogen finds its application in labs in Auto samplers, GCs, LC/MS, Spectrometer, Nuclear Magnetic resonance (NMR), Protein analyzer, Solvent evaporators, Thermal galvanic Analyzer(TGA), Total Organic Carbon Analyzer etc.

For Gas chromatography (GC)

Nitrogen is widely used in Gas chromatography because Most gas chromatography column stationary phases are based on modified polysiloxane or polyethylene glycol materials. These materials oxidize in the presence of oxygen at elevated temperatures. This behavior, known in part as bleed, will very quickly degrade the performance of the column.

We are offering vpsa oxygen generators.Oxygen is conventionally produced from air by cryogenic separation process. This is a power intensive & high pressure process which requires power of approx. 1.2 kwhnm3 of oxygen. The vpsa process separates oxygen from air at a low pressure

Compressed air, nitrogen & oxygen are important Utility gases in all types of industries. The Compressed air system is installed in virtually all facilities, while the other gases are purchased.

Recently developed processes have led to dramatically increased use of oxygen, nitrogen & ozone to improve economics & efficiency as well as satisfy environment concerns. Because of increased usage, it became more economical to produce nitrogen & oxygen rather than purchasing them. This can be done by installing our PSA Nitrogen & Oxygen Generators which produce nitrogen & oxygen from compressed air onsite, thereby reducing their costs. This cost reduction has made it possible to use oxygen and nitrogen in applications where it was earlier not economically viable.

We are offering psa oxygen generators.The psa oxygen generation system produces oxygen suitable for many applications such as brazingsoldering, ozone generation, chemical oxidation, fermentation, waste water & sewage treatment, healthcare, glass & neon manufacture, pulp & paper, furnace air enrichment, preheating of metals, battery manufacture, metal smelting , etc .

We offer psa nitrogen generators. Nitrogen is presently being used in a broad spectrum of industries, laboratories, tank farms, mines, etc. In most applications, the n2 pressure required is less than 6 bar. Despite this, high pressure n2 cylinders are commonly used as source of n2, whose handling is quite hazardous & risky. A better option would be to produce your own low pressure n2 by installing our nitrogen generator.

Nitrogenis presently being used in a broad spectrum of industries, laboratories, tank farms, mines, etc. In most applications, the N2 pressure required is less than 6 bar. Despite this, high pressure N2 cylinders are commonly used as source of N2, whose handling is quite hazardous & risky. A better option would be to produce your own low pressure N2 by installing ourNitrogen Generator.

What are the benefits of producing your own N2 ?
(a) You save money N2 from Generator costs 30% to 50% of N2 from cylinder. Payback periods are generally less than one year, which can reduce further if you have compressed air already available in your mfg facility. (b) It gives N2 of better and consistent purity than that available from cylinders where O2 content can vary from 0.5% to 4% (based on actual measurements taken by us). In our Generator, continuous online O2 measurement is available. (c) Elimination of risk of accidents which may take place due to handling of N2 cylinders as well as due to excess O2 in cylinders.

The PSA Oxygen Generation System produces oxygen suitable for many applications such as brazing/soldering, ozone generation, chemical oxidation, fermentation, waste water & sewage treatment, healthcare, glass & neon manufacture, pulp & paper, furnace air enrichment, preheating of metals, battery manufacture, metal smelting , etc .

The PSA Oxygen Generation System consists of two parts Dry Air System where dry & oil-free compressed air is produced by filters & Dryer and the other is the PSA System where O2 is produced and stored. In the PSA System, dry & oil-free compressed air is passed through a bed of Zeolite Molecular Sieves (ZMS) which has a property of very high degree of affinity to nitrogen, which it retains & releases oxygen as product gas. There are two adsorbers filled with ZMS with one in production cycle while the other is regenerated by depressurization. The two adsorbers are switched from adsorption to desorption automatically. For large capacity systems, a VPSA System is used, where adsorption is done at low pressure and the regeneration is done by vacuum. This helps in reducing power consumption substantially.

Nitrogen as an inert gas is a very valued lab gas and is used for a number of lab applications.

Application:

Nitrogen finds its application in labs in Auto samplers, GCs, LC/MS, Spectrometer, Nuclear Magnetic resonance (NMR), Protein analyzer, Solvent evaporators, Thermal galvanic Analyzer(TGA), Total Organic Carbon Analyzer etc.

For Gas chromatography (GC)

Nitrogen is widely used in Gas chromatography because Most gas chromatography column stationary phases are based on modified polysiloxane or polyethylene glycol materials. These materials oxidize in the presence of oxygen at elevated temperatures. This behavior, known in part as bleed, will very quickly degrade the performance of the column.

We are offering vpsa oxygen generators.Oxygen is conventionally produced from air by cryogenic separation process. This is a power intensive & high pressure process which requires power of approx. 1.2 kwhnm3 of oxygen. The vpsa process separates oxygen from air at a low pressure

Compressed air, nitrogen & oxygen are important Utility gases in all types of industries. The Compressed air system is installed in virtually all facilities, while the other gases are purchased.

Recently developed processes have led to dramatically increased use of oxygen, nitrogen & ozone to improve economics & efficiency as well as satisfy environment concerns. Because of increased usage, it became more economical to produce nitrogen & oxygen rather than purchasing them. This can be done by installing our PSA Nitrogen & Oxygen Generators which produce nitrogen & oxygen from compressed air onsite, thereby reducing their costs. This cost reduction has made it possible to use oxygen and nitrogen in applications where it was earlier not economically viable.