Email: fang@hzasligas.com Tel: 0086-18167101434

Oxygen-Nitrogen Gas Cryogenic Air Separation plant

The air is filtered and compressed, enters the pre-cooling system, adopts low-pressure molecular sieve adsorption and purification, turbo expander provides the cooling capacity required by the device, and double-column rectification can simultaneously produce high-purity oxygen and nitrogen, and can also produce certain products according to user requirements. amount of liquid product

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Technical features

high extraction rate, simultaneous output of oxygen and nitrogen. Oxygen pressure and nitrogen pressure system can be added according to the demand of gas pressure.


Working Principle

AF-Self-cleaning Air Filters ,  AC-Air Compressor;           

RU-Refrigeration dryer,       MS-Purifier; 

B-Turboexpander booster,   ET-Turboexpander expansion end; 

E1- Main heat exchanger,    E2-Superheater

C1-Lower tower            C2-Upper tower

K1-Main condenser evaporator

EH-Electric heaters

SV1-Liquid nitrogen liquid tank

SV2-Liquid oxygen separator

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Technical parameter

Model

O2 Pressure BarG

N2 Pressure BarG

Compressor   flow rate

Nm3/h

Compressor   pressure

BarG

Reading form   consumption

Kw/Nm3O2

KDON-180/200

0.025

0.015

1200

7

0.85

KDON-350/500

0.025

0.015

2400

6

0.8

KDON-550/800

0.025

0.015

3600

6

0.8

KDON-750/1000

0.025

0.015

4800

6

0.8

KDON-1000/1500

0.025

0.015

6000

5.5

0.75

KDON-1500/2000

0.025

0.015

8500

5.5

0.75

KDON-2000/3000

0.025

0.015

11000

5.5

0.7

KDON-3000/5000

0.025

0.015

17000

5

0.7

KDON-5000/8000

0.025

0.015

27000

5

0.65

KDON-8000/12000

0.025

0.015

43000

5

0.65


Note

1) The flow unit NM3/h in the table is the gaseous flow measured at 0°C and 101.325KPa

2) There are no special requirements for the product oxygen purity ≥ 99.6%, nitrogen purity ≤ 3PPm O2

3) The technical parameters in the table are only for the user's reference when selecting the model, and the specific parameters can be designed according to the user's requirements.



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