The Oxygen Generation Plant for Hospital is a critical infrastructure that serves the primary purpose of producing medical-grade oxygen for healthcare facilities. Its primary function is to generate a continuous and reliable supply of oxygen, meeting the demanding requirements of hospitals and ensuring the availability of this life-saving gas for patient care.
✅ High purity, reliable output
✅ Plug-and-play containerized design
✅ Certified for international medical standards
✅ Perfect for hospitals, clinics & emergency care
Send Inquiry
Description
Technical Parameters
Oxygen Solutions for Hospitals
Medical oxygen generation plants are specially designed to provide a reliable and continuous supply of high-purity oxygen for healthcare facilities. They are widely used in hospitals, clinics, and emergency centers to ensure oxygen availability for patients in intensive care units, operation theaters, neonatal wards, and for ventilator support. Compared with traditional oxygen cylinder supply, on-site oxygen generation offers higher safety, cost efficiency, and uninterrupted oxygen availability.
Psa Oxygen Plants For Medical Use
Hospitals and Clinics – Supplying oxygen to operation theaters, intensive care units (ICUs), and general wards.
Emergency and Trauma Centers – Ensuring an uninterrupted supply during critical surgeries and life support.
Ventilator Support – Providing high-purity oxygen for patients on ventilators and respiratory therapy.
Neonatal and Pediatric Care – Guaranteeing safe oxygen delivery for sensitive patients.
Rural and Remote Healthcare Facilities – Offering independence from cylinder logistics and ensuring 24/7 oxygen availability.
On-site Medical Oxygen Generators Advantage
High Purity: Delivers oxygen with a stable purity of 93% ±3%, compliant with WHO standards.
Cost Efficiency: Reduces expenses compared to cylinder refilling and bulk liquid oxygen.
Safety: Eliminates risks related to oxygen transport and storage.
Uninterrupted Supply: Provides 24/7 oxygen generation with automatic backup options.
Scalability: Configurations available for small clinics to large multi-specialty hospitals.
NTK Series PSA Oxygen Plant Model Selection
Models
Capacity (Nm3/hr)
Purity
Power consumption of 1Nm3 oxygen produced (kw/h)
Number of bottles filled in 12 hours (pcs)
Operator needed
NTK95-5P
5
95%+-1%
3.54
10
2
NTK95-10P
10
95%+-1%
2.52
20
2
NTK95-15P
15
95%+-1%
2.31
30
2
NTK95-20P
20
95%+-1%
2.13
40
2
NTK95-25P
25
95%+-1%
2.01
50
2
NTK95-30P
30
95%+-1%
2.09
60
2
NTK95-40P
40
95%+-1%
1.81
80
2
NTK95-50P
50
95%+-1%
1.94
100
2
NTK95-60P
60
95%+-1%
1.62
120
2
NTK95-80P
80
95%+-1%
1.92
160
2
NTK95-100P
100
95%+-1%
1.83
200
2
High-end medical oxygen production equipment
Key Features
Containerized Design
Fully built inside a standard 20ft or 40ft container, ensuring easy transport, quick installation, and plug-and-play operation.
Modular Scalability
Multiple container units can be connected to meet growing oxygen demands, from small clinics to large hospitals.
All-in-One Solution
Equipped with oxygen generator, air compressor, air dryer, storage tank, and PLC control system-no additional infrastructure required.
Modular Design
The modular structure improves equipment stability and continuous operation.
High-efficiency molecular sieve technology
Utilizing advanced separation technology, high oxygen purity is achieved (typically reaching 93 ± 3%).
Why Choose NEWTEK Containerized Oxygen Plant?
Modular Design – Flexible expansion to meet different capacity needs.
Plug-and-Play – Quick deployment, ideal for emergency or temporary sites.
High-Purity Oxygen – PSA technology delivers oxygen purity up to 99%.
Fully Automated Control – Intelligent monitoring with remote management.
Energy Efficient – Low operating costs and reduced energy consumption.
Durable & Robust – Containerized structure suitable for harsh environments.
Buyers' Questions And Answers About Hospital Oxygen Generation Equipment
Q: Which hospital areas are suitable for this oxygen equipment? A: It is suitable for emergency rooms, ICUs, operating theaters, respiratory departments, and other areas requiring continuous oxygen supply.
Q: What is the oxygen purity output of the equipment? A: Modern hospital oxygen plants using PSA technology can deliver stable oxygen purity of 93–99%.
Q: How to choose the appropriate oxygen production capacity? A: Select the model based on the number of hospital beds, patient oxygen demand, and peak usage periods.
Q: Is installation complicated? A: Containerized or modular designs are plug-and-play, requiring only power and gas connections for operation.
Q: Is the equipment safe to operate? A: Equipped with automatic control systems, it monitors oxygen purity, pressure, flow, and temperature, with alarms to ensure safe operation.
Q: Is energy consumption and operating cost high? A: Modern PSA oxygen plants are energy-efficient, with lower operating costs compared to cylinder oxygen supply.
Q: How often does the equipment require maintenance? A: With full automation, routine maintenance is simple, mainly periodic checks of compressors and adsorption towers, typically every few months.