1. What is a PSA Medical Oxygen Plant?
A PSA (Pressure Swing Adsorption) oxygen plant produces oxygen from atmospheric air using specialized adsorbent material. It provides an on-site oxygen source for suitably designed medical gas systems.
2. What oxygen purity does your plant provide?
Our PSA oxygen plant solutions can be designed to deliver oxygen in the 93% ± 3% range. Final specifications and suitability for medical use should be confirmed against applicable standards and project requirements.
3. What capacities are available?
We can discuss plant capacity based on your oxygen demand, peak consumption, operating hours, and site requirements. Share your required oxygen flow rate for a suitable recommendation.
4. Can you customize a plant for our hospital?
Yes. The configuration can be planned around your required oxygen flow, delivery pressure, site conditions, storage needs, and distribution system.
5. Does the plant operate 24/7?
The system can be designed for continuous operation, subject to correct sizing, utilities, maintenance, and appropriate standby arrangements.
6. Is automatic PLC control available?
Yes. PLC-based controls can be offered as an option, depending on the plant configuration and automation requirements.
7. What information is required for a quotation?
Please share your required capacity, oxygen purity, delivery pressure, installation location, intended application, and any applicable technical specifications.
8. Do you supply and install plants outside India?
Contact our team with your destination country and project requirements to discuss equipment supply, installation support, commissioning, and export arrangements.
9. How much does a PSA Medical Oxygen Plant cost?
Pricing depends on capacity, configuration, automation, accessories, installation scope, and delivery location. Contact us for a project-specific quotation.
10. How can I get a quotation?
Send us a DM with the word OXYGEN, or contact us at +91 97163 00099 / +91 97087 00099. Our team can discuss your requirements and the next steps.