How much does it cost to manufacture oxygen?

The total cost of the project is estimated at Rs. 44.83 Crores and term loan of Rs. 29.00 Crores, at a debt : equity of 1.83 : 1.

Is oxygen manufacturing profitable?

There is huge demand for oxygen in various industries and hospitals. If you are thinking of going into oxygen gas business, it must be understood that it is capital-intensive but lucrative. There is huge scope of profitability in this business. Our manufacturing is reputed for making high quality oxygen plants.

Can you make liquid oxygen?

As oxygen boils at 90 K /-183 °C and liquid nitrogen boils at 77 K /-196 °C we can use liquid nitrogen to liquify oxygen. The usual way to do this is to pass oxygen gas from a compressed gas cylinder through a coil of hollow copper pipe which is submerged in liquid nitrogen.

How liquid oxygen is produced?

Liquid oxygen is produced in large quantities at air separation plants which liquefy and distil air into oxygen, nitrogen and argon. It is delivered to customers by cryogenic tankers into onsite vacuum-insulated storage vessels which typically, with associated vaporisation equipment, provide several days’ supply.

How is liquid oxygen manufactured?

Oxygen is produced by an air separation unit (ASU) through liquefaction of atmospheric air and separation of the oxygen by continuous cryogenic distil- lation. The oxygen is then removed and stored as a cryogenic liquid. The air then passes through heat exchangers where it is cooled to cryogenic temperature.

How do you make an oxygen cylinder in a factory?

The Manufacturing Process

1. 1 Oxygen tanks are manufactured from a single sheet of 6061 aluminum.
2. 2 The cast billet is placed on a conveyor belt and cut to the desired size by an automated saw.
3. 3 The slug is then placed inside a die in a backward extrusion press.
4. 4 The shell is then inspected for defects and gauged.

How do hospitals make oxygen cylinders?

Formation of the cylinder

1. 1 Oxygen tanks are manufactured from a single sheet of 6061 aluminum.
2. 2 The cast billet is placed on a conveyor belt and cut to the desired size by an automated saw.
3. 3 The slug is then placed inside a die in a backward extrusion press.
4. 4 The shell is then inspected for defects and gauged.