Hospital and Facility Model

Hospital and Facility Model

You can produce your own oxygen with OXYVITAL PSA gas generators that generate high-quality oxygen gas on site. You will not need to order, store or stock liquid oxygen tanks or cylinders when you produce oxygen gas you need on site. Our PSA generators are based on PSA (Pressure Swing Adsorption) technology that is well-known as an air separation technique allowing you to produce your own oxygen only using electricity and atmospheric air. PSA technology can be used in all industrial areas and saves you from liquid tank or cylinder procurement costs.
Tesa Medical

Full automation & stand-alone process

24/7 – 365 days operation

Full compliance with 93/42/EEC MDD (Medical Device Directive),
PED (Pressurized Equipment Directive), CE medical certification, ISO 8573-1:2010, ISO 13485:2016, ISO 9001:2016, ISO 14001:2016 standards.

Purity: 90 - 99%

Oxygen outlet: (0.60-147.79 m³/h.)

Production of gas you need at anywhere and anytime.

No lack of oxygen due to the exhaustion of gas.

Rapid ROI (Rate of Investment) (1-2 years)

No need for constant spending (refilling, delivery, and transportation costs, etc.)

No safety risk arising from the transportation of high-pressure cylinders.

Safe delivery, controlled flow, and uninterrupted gas supply.

Overall cost reduced by up to 80% as compared to cylinders.

40% less energy consumption than other available oxygen generators.

Electricity used during operations: 380 V/50 Hz- 220 V/50 Hz

Operation temperature: (0-50°C)

Low Energy Consumption ≤ (1.0 kW/m³)

Low CO2 emission

Password-controlled access and alarm management for different program levels.

Tesa Medical
Tesa Medical
Tesa Medical
Tesa Medical
Tesa Medical
Tesa Medical
Tesa Medical
Tesa Medical
Tesa Medical
Tesa Medical
Full compliance with

93/42/EEC MDD (Medical Device Directive), PED (Pressurized Equipment Directive) and CE medical certification, ISO 13485:2016, ISO 9001:2016, ISO 14001:2016 standards.

Rapid Rate of Investment (1-2 years)

Overall cost reduced by up to 80% as compared to cylinders. 40% less energy consumption than other available oxygen generators̈. ̈No constant spending (refilling, delivery, and transportation costs, etc.)

Stand Alone Process

Full automation & independenẗ process. Production of gas you need at anywhere and anytimë. No lack of oxygen due to the exhaustion of gas.

Tesa Medical

PSA OXYGEN

GENERATOR SYSTEMS

Tesa Medical

Air Compressor

It compresses air to the desired pressure level.

Air Tank

It accumulates the required volume of air for the PSA generator

Air Filter

G-General Purpose Protection Filter: Removal of particles down to 1 micron including coalesced liquid water and oil providing a maximum remaining oil aerosol content of 0.5 mg/m³. Automatic discharge unit.

Air Filter

H- High-Efficiency Oil Removal Filtration: Removal of particles down to 0.01 micron including water and oil aerosols providing a maximum remaining oil aerosol content of 0.01 mg/m³. Automatic Discharge Unit

Air Dryer

It removes moisture in the air (dehumidify) by cooling.

PSA Generator Control Screen

7” Touch Color Screen.
Control monitor, electronic control panel (Liquid and dust-proof)

PSA Oxygen Generator Zeolite

When ion exchange bed is filled with this, N2 molecules are trapped and O2 molecules continue to flow.

Oxygen Tank

It flows from PSA generator towards production tank and is ready for use.

Utilization Line Regulator

It can be adjusted between 4 and 6 bar.

Sterile Bacteria Filter

(0.001 Micron)

Active Carbon Filter

It is used to filter oil vapor and to remove hydrocarbon odor. The remaining oil amount in the filter outlet is 0.003 mg/m3 @ 21oC. (If there are G and H grade filters at the inlet)

News From Our Company

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Booth No: 736A


25.04.2024 - 27.04.2004
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