With state of the art designs and
technology from Europe, established manufacturing facilities spread out in
various locations all over India & Asia and sales located in New
Corporate Region (NCR) of Delhi, the Italy based company is dedicated to
supplying the latest in Cryogenic Technology constantly striving to improve
its products through continuous research and development.
LARGE CAPACITY PLANT
||CAPACITY M3/HRF OR OXYGEN PRODUCTION
||NUMBER OF CYLINDERS PER DAY
||Purity of oxygen produced
||Pressure of oxygen in cylinders
|MEDIUM CAPACITY OXYGEN NITROGEN PLANTS
RANGE: 200 m3/hr to 1000 m3/hr
PURITY OXYGEN- 99.7% & NITROGEN PURITY- 99.99%
Technical Specifications :( Suitable for Steel Industry, Petro chemical, Copper mining, Oil & gas industry, Process & pipeline supply )
||Capacity M3/Hr For Oxygen
||Number Of Cylinders Filled Per Day
||Purity Of Oxygen Produced
||Pressure Of Oxygen In Cylinders
The air separation plant is a plant recovering oxygen and nitrogen from air
simultaeously. It advance low pressure technology process of Boschi Italy
using Rotary screw compressor (or low oil free piston compressor)and turbo
expanders. The feed air entering the Molecular Sieve purification system
employed to remove the moisture and Co2 from the process air.The air is
liquefied by cryogenic cooling using latest plate and fin high efficiency
heat exchangers and turbo expanders.The liquid air separates into oxygen
nitrogen and inert gases in the air separation column.
1. Air Compressor
Air is compressed at a low pressure of 5-7 bar (0.5-0.7mpa). Air can be
compressed at such low pressure by trouble free rotary compressor (Screw /
Centrifugal Type advanced technology is employed in lieu of old bulky piston
2. Pre Cooling System
The second stage of the process uses a low pressure refrigerant for
pre-cooling the processed air to temperature around 12 deg c before it
enters the purifier.
3. Purification of Air by Purifier
The air enters a purifier consisting of twin Molecular Sieve driers,
working alternatively. The Molecular Sieves remove the Carbon dioxide &
moisture from the process air before the air enters Air Separation Unit.
4. Cryogenic Cooling of Air by Expander
The air has to be cooled to sub zero temperatures for liquification &
the cryogenic refrigeration & the cooling is provided by highly
efficient turbo expander, which cools the air to temperature almost below
-165 to-170 deg C.
5. Separation If Liquid Air Into Oxygen and Nitrogen by Air Separation
Oil free, moisture free and Carbon Dioxide free air enters into low
pressure plate fin type Heat exchanger where the air is cooled below sub
zero temperatures by air expansion process in the turbo expander. Due to the
excellent thermal efficiency we can achieve a temperature difference delta t
as low as 2 deg c at the warm end of these exchangers.
Air gets liquefied when it enters the air separation column & gets
separated into oxygen & nitrogen by the process of rectification.
Oxygen is available at the outlet of the ASU at a purity of 99.6%.
Nitrogen is also available t the outlet as a second product at purity of
99.99% upto 3ppm simultaneously without loss of oxygen product.
6. Compression of Oxygen filling in the Cylinder
The final product in the form compressed Oxygen/Nitrogen goes to the high
pressure oxygen cylinders at 1 50 bar or upto higher as required.. Or for
pipeline supply or captive consumption | Or for liquid plants to fill in
cryogenic liquid tanks.