1. Full Automation
All systems are designed for un-attended operation and automatic
Oxygen demand adjustment.
2. Lower Space Requirement
The design and Instrumentation makes the plant size very compact,
assembly on skids, prefabricated and supplied from factory.
3. Fast Start-up
Start-up time is about 30 minutes to get desired Oxygen purity. So
these units can be switched ON & OFF as per Oxygen demand
4. High Reliability
It’s very reliable for continuous and steady operation with
constant Oxygen purity. Plant availability time is better than 93%
1. Liquid Oxygen Plant - Air Separation Plant Process:
An Liquid Oxygen Plant air separation plant separates atmospheric air into its primary components, typically nitrogen and oxygen, and sometimes also argon and other rare inert gases.
a. Purifying air by molecular sieve adsorption makes the process
simple, start-up and operation easy and safe, switch-over loss
small and rectifying condition stable.
b. By using the pre-cooling system to cool the air with normal temp.
Thus it makes the molecular sieve adsorbent in good condition.
c. For the use of the automatically controlled filter, the air
bearings turbo-expander and the aluminum
plate-fin heat exchanger, the stability, safety and reliability of
the whole plant are improved greatly.
d. By using a new construction of the evaporator-condenser to avoid
the accumulation of C-H chemical compounds.
2. Liquid Oxygen Plant - Air Separation Plant Model Selection:
|Model||O2 Capacity (Nm3/hr)|
|O2 Purity||N2 Capacity (Nm3/hr)||N2 Purity|
|KDO(N) - 50||50||200||99.7%||50||99.99%|
|KDO(N) - 100||100||400||99.7%||100||99.99%|
|KDO(N) - 200||200||800||99.7%||200||99.99%|
|KDO(N) - 250||250||1000||99.7%||250||99.99%|
|KDO(N) - 300||300||1200||99.7%||300||99.99%|
|KDO(N) - 400||400||1600||99.7%||400||99.99%|
|KDO(N) - 500||500||2000||99.7%||500||99.99%|
|KDO(N) - 600||600||2400||99.7%||600||99.99%|
|KDO(N) - 800||800||3200||99.7%||800||99.99%|
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