Product Description
Medical Oxygen Plant
Medical Oxygen Plant we deal in is used to generate the oxygen. It is used for Small Hospitals, Clinics, Ambulance, Fire Departments, Animal Hospitals, Dental labs, Nursing Homes, Veterinary & and SCUBA applications. It makes use of the Pressure Swing Adsorption (PSA) technology and can be operated as well as maintained without widespread technical knowledge. Medical Oxygen Plant enables the calibration and maintenance of the whole system. The plant can be dealt well with the routine maintenance. It just asks for intermittent cleaning as well as simple replacement of filter elements.
Product de5tails
| Design | Customized |
| Technology Used | PSA(Pressure Swing Adsorption) |
| Purity Of Oxygen | 93+-3% |
| Flow Rate(LPM)/(Nm3/hr) | 83 LPM / 5 Nm3/Hr |
| Country Origin | Made In India |
| Application | Medical |
| Air Compressor (kW) | 11 KW |
| Brand | AIRNGAS |
| Automation Grade | Fully-Automatic |
Advanced Oxygen GenerationUtilizing cryogenic distillation, our medical oxygen plant efficiently produces high-purity oxygen required for medical applications. The plant's advanced design enables continuous production, meeting the demands of healthcare facilities while maintaining safety and stringent quality controls.
Automated and User-Friendly OperationEquipped with a PLC-based control system, the oxygen plant offers fully automated operation, reducing manual intervention and enhancing user safety. The automation streamlines processes, minimizes error, and allows for precise monitoring, making it ideal for busy medical environments.
Reliable and Customizable SolutionsWith various production capacities and options for skid-mounted or stationary setups, our plant can be tailored to suit the needs of different hospitals and medical centers. Its water-cooled and oil-free design ensures dependable performance over extended operation.
FAQ's of Medical Oxygen Plant:
Q: How does the medical oxygen plant produce high-purity oxygen?
A: The plant employs cryogenic distillation technology, which cools air to extremely low temperatures (-180C to -196C), separating oxygen from other gases and achieving a purity of 99.7% or higher.
Q: What benefits does a fully automatic, PLC-based system offer for hospitals?
A: Automation via a PLC-based system ensures consistent output, minimizes human error, enhances operational safety, and allows for real-time monitoring and control, improving overall reliability and ease of use.
Q: When should a hospital choose a skid-mounted versus a stationary plant setup?
A: A skid-mounted plant provides mobility and easier installation, making it suitable for facilities requiring flexible deployment or future relocation. Stationary setups are preferred for permanent installations with high or consistent oxygen demands.
Q: Where is the oxygen plant typically installed in a medical facility?
A: The oxygen plant is usually installed in a dedicated technical area with adequate ventilation, proximity to the hospital's oxygen supply network, and access to water cooling and electrical connections.
Q: What is the process for commissioning and starting the oxygen plant?
A: After installation, the plant undergoes testing and calibration of the PLC control system, then is commissioned by qualified technicians who ensure all parameters are set, and both performance and safety checks are completed before operation.
Q: How is the oxygen produced used within medical centers?
A: The oxygen generated is distributed directly to patient care areas, intensive care units, surgery rooms, or stored in high-pressure cylinders, supporting critical medical treatments and emergency care needs.
Q: What are the main advantages of using a cryogenic distillation system for oxygen production?
A: Cryogenic distillation achieves higher purity and larger volumes of oxygen compared to other technologies. It is best suited for hospitals requiring reliable, medical-grade oxygen with low moisture content and consistent flow rates.