Suzhou Sumairui Gas System Co.,Ltd. |
Verified Suppliers
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Multiple food and beverage industries oxygen generator with
certificate by pressure 7 bar & capacity 400l/min
Product Description
PSA oxygen generator principle description
1. Pressure Swing Adsorption Oxygen Generation System Pressure
Swing Adsorption (PSA) is an advanced gas separation technology,
which has an irreplaceable position in the field of gas supply in
today's world.
2. PSA technology has the following advantages:
* The purity of the product can be adjusted to a certain extent
with the change of flow;
* Work under medium and low pressure, safe and energy-saving;
* Simple equipment and easy maintenance
* Touch screen control, fully automatic unmanned operation.
3. The principle of pressure swing adsorption
In the case of adsorption equilibrium, when any kind of adsorbent
adsorbs the same gas, the higher the gas pressure, the greater the
adsorption capacity of the adsorbent. Conversely, the lower the
pressure, the smaller the adsorption capacity.
Introduction to the characteristics and functions of Oxygen
generator
1. The adsorption tower adopts advanced combined coconut pad
compaction technology. It enters the working state when the oxygen
generator starts to work. In the working state, the molecular sieve
is always pressed tightly, and the molecular sieve will not be
crushed at the same time, which avoids the high-speed airflow. The
phenomenon of molecular sieve powdering caused by impact. Compared
with spring compression, cylinder compression, and airbag
compression devices, this compression device is more reliable and
more convenient for maintenance.
2. The advanced lotus-shaped component design fully considers and
avoids the high-speed impact of the gas on the molecular sieve
during the adsorption process, avoids the pulverization of the
molecular sieve caused by the high-speed impact of the gas flow,
and avoids the powdered powder from entering the pipeline and
valve. Valve leakage, jamming, etc.
3. The professional blizzard combined filling technology makes the
molecular sieve packed more uniformly and densely, ensuring that
the molecular sieve does not produce a fluidized state during the
adsorption process, and there is no need to regularly supplement
the expensive molecular sieve.
4. The original molecular sieve composite bed structure ensures
that the water content of the air entering the molecular sieve is
low, so that the molecular sieve will not absorb excessive moisture
and affect the decrease of mechanical strength, which is beneficial
to the long-term service life of the molecular sieve.
5. Sumairui Gas adopts German imported valves, the response speed
is 0.02 seconds, and the normal state continuous switching reaches
more than 2 million times. It has the characteristics of simple
structure, reliable sealing, and fast closing speed. It is the
fundamental guarantee for oxygen purity and reliable equipment
operation.
6. The intelligent controller of the international famous Siemens
PLC programmable controller and the two-position three-way solenoid
valve imported from Germany are selected to ensure the continuous
and reliable operation of the nitrogen generator.
7. The use of stable and excellent air source purification
refrigeration dryers and other supporting equipment, including the
refrigeration dryer, the filter automatically drains, and the
filter housing has a pressure difference meter to observe the
working conditions of the filter at any time to ensure air quality
and provide a good air source ;
8. The system equipment is equipped with pressure gauges, safety
valves, matching flanges and other pipeline accessories. The
complete set of equipment is assembled with a bottom frame. The
internal pipeline valves have been connected. The site positioning
and installation are extremely convenient, and only external
pipelines need to be connected.
9. Detailed equipment operation, maintenance, and training plans
are considered for users to ensure the correct operation and
maintenance of management operators.
Model | Capacity | Purity | Outlet pressure | Inlet | Outlet | Dimensions | Weight |
OSO5 | 5 | | | DN20 | DN10 | 1350*1200*1800 | 800 |
OSO10 | 10 | DN25 | DN15 | 1800*1250*2200 | 1200 | ||
OSO15 | 15 | DN25 | DN15 | 2100*1450*2200 | 1500 | ||
OSO20 | 20 | DN40 | DN25 | 2300*1550*2450 | 1800 | ||
OSO30 | 30 | DN40 | DN25 | 2450*1650*2550 | 1950 | ||
OSO35 | 35 | DN50 | DN25 | 2650*1900*2550 | 2150 | ||
OSO40 | 40 | DN50 | DN25 | 2800*2200*2600 | 2200 | ||
OSO50 | 50 | DN50 | DN25 | 3100*2450*2700 | 2350 | ||
OSO60 | 60 | DN65 | DN40 | 3300*2600*2900 | 2550 | ||
OSO80 | 80 | DN80 | DN50 | 3500*2950*3100 | 3300 | ||
OSO100 | 100 | DN80 | DN50 | 3850*3100*3300 | 4000 | ||
OSO150 | 150 | DN100 | DN65 | 4100*3300*3450 | 5100 | ||
OSO200 | 200 | DN125 | DN80 | 4600*3550*3500 | 6200 | ||
OSO250 | 250 | DN125 | DN80 | 5500*3900*3900 | 8500 | ||
OSO300 | 300 | DN150 | DN100 | 5800*4200*3980 | 10500 |
Design reference :
Compressed air inlet pressure 7.5 bar(g)/108 psi(g)
Air quality 1.4.1 according to ISO 8573-1:2010
Oxygen outlet pressure 2-4 bar(g)/58psi(g)
Oxygen quality 1.2.1 according to ISO 8573-1:2010.
Designed working temperature max 50 ℃
Dew point at Oxygen outlet - 50 ℃
Notes:
Following request of oxygen generator will be customized :
Oxygen outlet pressure >4 bar(g)/58 psi(g)
Filling cylinders 150 bar(g)/200 bar(g)/300 bar(g)
Dew point < - 50 ℃
Movable/containerized , plug and play
Other special requirements as per site conditions