Active Member
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[China]
Address: No.592 Zhongshan North Road, Hangzhou, China
Contact name:Lou Yizhen
Hangzhou Hangyang Cryogenic Liquefaction Equipment Co., Ltd |
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Liquid oxygen plant 2500 Nm3/h ~ 3000 Nm3/h KDON-3000Y/1500/95Y Combustion Gas Hardening Gas Chemical synthesis
Specifications:
2500 Nm3/h ~ 3000 Nm3/h KDON Series Plant List
MODEL CONTENTS | KDON-2500Y/500Y/115Y | KDON-2500/2500Y/90Y | KDON-2600Y/1500/90Y | KDON-2700Y/300Y/80Y | KDON-2000Y/1000Y/160Y | |
LOX/LIN/ LAr flow | Nm3/h | 2500/500/115 | 2500/2500/90 | 2600/1500/ 90 | 2700/300/80 | 2000/1000/160 |
LOX/LIN/ LAr purity | ppm | 99.6%O2/ 5ppmO2/2ppmO2, 3ppm2N2 | 99.6%O2/ 1ppmO2/1ppmO2, 2ppmN2 | 99.6%O2/ 2ppmO2/ 2ppmO2,3ppm2N2 | 99.8%O2/2ppmO2/ 2ppmO2,3ppm2N2 | 99.6%O2/1ppmO2/ 2ppmO2,3ppm2N2 |
LOX/LIN/ LAr pressure | MPa | 0.2/0.3/016 | 2.5/0.3/0.16 | 0.15/0.2/ 0.16 | 0.14/0.16/0.12 | 0.12/0.2/0.16 |
Subcooled | ℃ | -184/-192/ -182 | -185/22/ -187 | -182/-191/-183 | -180/-192/ -183 | -183/-193/ -183 |
Typical Product: KDON-3000Y/1500/95Y Liquid oxygen plant
Output, purity and pressure
| Flow (Nm3/h) | Purity | Pressure MPa(G) | Subcooled (℃) |
LOX/LIN/ LAr | 3000Nm3/h/1500/Nm3/h/95 Nm3/h | 99.6% O2 /1ppm(O2)/ 2ppm O2,3ppm N2 | 0.2/0.45/0.16 | -181/38/ -182 |
Description:
This plant owns the advantages of normal temperature MS purifying and boosting expansion process, such as the process is simple, and the operation and maintenance is convenient. The DCS collecting-distributed system is adopted, the switchover loss is small, hydrocarbons are removed thoroughly, the operation safety of air separation plant is high, and the continuous operation period is more than two years, etc.
The pure argon is produced through
cryogenic rectification, and the crude argon column and pure argon
column are structural packing columns. In order to reduce the
height of cold box, the crude argon column is divided into two
sections in structurally, and circulating liquid argon pump is used
to supply reflux liquid for crude argon column. The technology of
complete rectification without hydrogen to produce argon is
adopted, therefore a complete set of purification facility and
hydrogen production equipment is cancelled, which simplifies the
process, saves the investment, operation cost, and energy
consumption of producing hydrogen, and improves the extraction
efficiency of argon as well.
Applications:
Fuel Gas Welding Gas Combustion Gas Hardening
Gas Balance Gas Electronic Gas Chemical synthesis
Competitive Advantage:
Professional design and manufacturing Widely sales around the world High market share Economization of energy Convenient operation and maintenance Low Working Pressure Low power consumption Engineers available to service machinery overseas
