GAZTRON engineering private limited is one leading manufacturers and exporters of PSA based medical oxygen gas generation plant. Our PSA based medical oxygen gas generation plants are available with 93% Purity with 4 Kg / cm2, Gaztron Gases has developed a commercial line of on-site oxygen generators.

Our product line provides a multitude of oxygen generation applications, especially in support of the critical needs of medical and healthcare providers around the world. In addition to health and wellness, other sectors benefiting from our portable oxygen generators include water and environment and energy and Industrial. We offer the complete package – oxygen generation, oxygen storage, and oxygen distribution.

How do you choose the right oxygen generating system? Many factors play a part in your decision-making:

• Reliability
• Redundancy
• Durability
• Flexibility
• Maintenance cost
• Downtime

Let our technical experts assist you in determining the optimal supply solution for your oxygen needs.

On-Site Oxygen Generation for Hospitals

Gaztron offers the complete package when it comes to oxygen generation, storage, and distribution to support medical professionals and the respiratory needs and situations of their patients.

Major applications of PSA based medical oxygen gas generation plant

1. Hospital
2. Health Care
3. Medical Institute
4. Research Projects based on medical
5. Multi-specialty health  care unit

Models and available of PSA based medical oxygen gas generation plant

Major Equipment’s of PSA based medical oxygen gas generation plant

1. Air Compressor
2. After Cooler
3. Moisture Separator
4. Refrigerated Air Dryer
5. Air Receiver
6. Three Stage Air Filtration System
7. Twin Tower PSA System with Automatic Valve
8. Gas Storage tank
9. All accessories with Analyzer, Auto Drain Valve, Safety Valve, PRV etc.

Working Principal of PSA based medical oxygen gas generation plant

If a gas mixture such as air, for example, is passed under pressure through a vessel containing an adsorbent bed of zeolite that attracts nitrogen more strongly than it does oxygen, part or all of the nitrogen will stay in the bed, and the gas coming out of the vessel will be enriched in oxygen. When the bed reaches the end of its capacity to adsorb nitrogen, it can be regenerated by reducing the pressure, thereby releasing the adsorbed nitrogen. It is then ready for another cycle of producing oxygen enriched air.

Advantage:

• Lowest operating cost in its class
• Most reliable technology
• Extremely low power consumption
• Very few components- low maintenance cost
• PSA units prove itself beneficial in on-site which makes the Oxygen readily available.
• It is a more economical process than the other cryogenic processes.
• It promises the less money lost during the shutdown as compared to the cryogenic process.
• The unit is easily available and thus can be delivered and purchased quickly.