Welcome to Gaztron Engineering Private Limited, where we pride ourselves on providing an extensive selection of high-quality VPSA Based Oxygen Gas Generating Systems. Our cost-effective and dependable systems are designed to supply oxygen gas at standard models with a capacity ranging from 10 to 60 Nm3/hr, ensuring a steady flow of oxygen with a purity level of 90% to 96%.
At Gaztron Engineering Private Limited, we prioritize user convenience, which is why our systems are operation-friendly and maintenance-free. With low capital costs, our systems offer a cost-effective solution for your oxygen gas needs. They are specifically designed to run continuously, 24 hours a day, 7 days a week, ensuring uninterrupted oxygen supply for your healthcare or industrial requirements.
As the leading manufacturer of VPSA Oxygen Generators in India, Gaztron Engineering Private Limited takes pride in delivering top-notch products for both healthcare and industrial purposes. Our commitment to quality and reliability sets us apart from the competition.
Elevate your oxygen supply capabilities with Gaztron Engineering Private Limited. Contact us today and discover how our range of cost-effective, operation-friendly systems can revolutionize your oxygen supply needs with unparalleled efficiency
Major Applications
Health Care Industries
Fish Farming Industry
Glass Industry
Brazing Industry
Metallurgical Industry
Pharmaceutical Industry
Water Treatment Industry
Chemical Industry
Metal Welding and Cutting
Technical Specifications
- Impressive Capacity: Boasting a remarkable capacity of 10-60 Nm3/hr, Gaztron’s VPSA Oxygen Generator stands as a reliable and efficient solution for oxygen gas generation.
- Optimal Purity Range: This cutting-edge oxygen generator ensures the delivery of oxygen gas with a purity range between 90% and 96%. With such high levels of purity, it meets stringent industry standards and ensures the availability of premium-quality oxygen for various applications.
- Versatile Discharge Pressure: Gaztron’s VPSA Oxygen Generator offers the flexibility to cater to a wide range of requirements by accommodating discharge pressures ranging from 4 kg/cm2 to an astounding 140 kg/cm2. This broad pressure range allows for seamless integration with diverse systems and enables the generator to adapt to different operational environments.
By combining exceptional capacity, a wide purity range, and versatile discharge pressure options, Gaztron’s VPSA Oxygen Generator with a capacity of 10-60 Nm3/hr showcases its prowess as a reliable and technologically advanced solution for oxygen gas generation. Whether for medical, industrial, or other applications, this generator guarantees the provision of high-purity oxygen gas, meeting the demands of even the most critical operations.
Primary equipment utilized
- Air Compressor
- After Cooler
- Moisture Separator
- Air Dryer
- Air Receiver
- Three Stage Air Filtration System
- Twin Tower PSA System with Automatic Valve
- Gas Mixture System
- Twin Tower Copper Filled – Copper Unit
- Gas Dryer
- Gas Storage tank
- Ammonia Cracker or Gas Cylinder Unit
- All accessories with Analyser, Auto Drain Valve, Safety Valve, PRV etc.
Operational principle
The Gaztron VPSA Oxygen Generator (10-60 NM3) operates based on a sophisticated process utilizing pressure swing adsorption (VPSA) technology. This advanced system allows for the production of oxygen-enriched air by selectively adsorbing nitrogen from a gas mixture, such as air, through the utilization of a zeolite adsorbent bed.
In this process, the gas mixture, under pressure, is introduced into a vessel containing the zeolite adsorbent bed. Zeolite is a material with a high affinity for nitrogen compared to oxygen. As the gas mixture flows through the bed, the zeolite adsorbent preferentially attracts and retains the nitrogen molecules, allowing oxygen to pass through more freely.
Consequently, the gas exiting the vessel becomes enriched in oxygen content due to the preferential retention of nitrogen by the zeolite bed. The concentration of oxygen in the outgoing gas stream is significantly increased compared to the original gas mixture.
As the zeolite bed continues to adsorb nitrogen, it eventually reaches its capacity and requires regeneration to restore its adsorption capabilities. The regeneration process involves reducing the pressure within the vessel, which facilitates the release of the adsorbed nitrogen from the zeolite bed.
Once the bed is regenerated and free from the adsorbed nitrogen, it becomes ready for another cycle of producing oxygen-enriched air. This cyclic operation ensures a continuous supply of high-purity oxygen by alternately adsorbing nitrogen and regenerating the zeolite bed.
The Gaztron VPSA Oxygen Generator (10-60 NM3) provides an efficient and reliable method for generating oxygen-enriched air by leveraging the selective adsorption properties of zeolite. This technology enables a wide range of applications where a dependable and on-site oxygen supply is essential, such as medical facilities, industrial processes, and other critical sectors.
Advantages
- VPSA systems demonstrate their advantageous nature on-site, ensuring the convenient availability of Oxygen.
- It offers a more cost-effective method compared to alternative cryogenic procedures.
- It guarantees reduced financial losses during shutdowns in comparison to cryogenic methods.
- The unit is readily accessible, facilitating swift delivery and purchase.
Capacity of Oxygen Generator (10-60 NM3)
| Models | Capacity (NM3/HR) | Capacity (Liter/Min) | Equivalent Cylinder per day | Number of Beds Oxygen Plant can cater (3LPM) |
|---|---|---|---|---|
| GAZ-GOX-5 | 5 NM3/HR | 83 | 17 | 28 |
| GAZ-GOX-6 | 6 NM3/HR | 100 | 25 | 42 |
| GAZ-GOX-10 | 10 NM3/HR | 167 | 34 | 56 |
| GAZ-GOX-15 | 15 NM3/HR | 250 | 51 | 83 |
| GAZ-GOX-20 | 20 NM3/HR | 333 | 69 | 111 |
| GAZ-GOX-30 | 30 NM3/HR | 500 | 103 | 167 |
| GAZ-GOX-40 | 40 NM3/HR | 667 | 137 | 222 |
| GAZ-GOX-50 | 50 NM3/HR | 833 | 171 | 278 |
| GAZ-GOX-55 | 55 NM3/HR | 910 | 189 | 289 |
| GAZ-GOX-60 | 60 NM3/HR | 1000 | 206 | 333 |
Scope of Services & Engineering
- Fundamental analysis of customer’s system
- Gathering data on the installed system
- Developing comprehensive details of the civil, electrical, and instrumentation systems based on the design
- Overseeing the installation of the system
Delivery Period
- 45 days
3D Reference Technical Drawing
