Liquid Oxygen Plant - Bhartiya Cryogas

24

Sep

Liquid Oxygen Plant - Bhartiya Cryogas

Prakshi Rawat

We are well-known for our excellent engineering expertise in the construction of cryogenic deionization oxygen liquid plant. Our industrial systems are accurate and effective, leading to limited operating costs owing to our exact design. Our liquid oxygen plant last a long time and require low maintenance since they are made with elevated materials and components. Our plants produce high-purity oxygen and are accessible in quantities ranging from 10 l / h to 5000 l / h.

A TYPE Range – 20 LITRES/HR to 60 LITRES/HR

Small Capacity Liquid Oxygen/Nitrogen Plant (with liquid production LOX and LIN)

(FOR PRODUCTION OF 100 PERCENT LIQUID FOR FILLING LIQUID TANKS OR 50 PERCENT GAS AND 50 PERCENT LIQUID) PRODUCTION OF LIQUID

OXYGEN/NITROGEN FOR TANK FILLING For top quality industrial and medical oxygen, with a leak - proof stainless column and a plate attached version.

THE ESSENTIAL PRINCIPLES

Our oxygen plant gathers oxygen and nitrogen from the air. To extract the moisture and CO2 from the process air, the supply air then passes through an adsorbent purification device. It is then liquefied employing nitrogen cooling and the most up-to-date plate and fin high-efficiency heat exchangers and expanders. In the air separation column, liquid air is separated into carbon and neutral gases. A water storage tank runs pressurized air.

Special Characteristics of liquid oxygen plants

- Use a "oil-free" rotational lock oil compressor with a pressure range of 0.6 to 1.0 MPA.

- For maximum efficiency, use metal rewelded radiators and packing columns.

- For problems operation, use turbine implants (oil or air bearing).

- Plants with a capability of further than "500" are equipped with automatic PLC control

- All of our facilities are overseen, constructed, and opened operating by trained engineers, and staff staff are trained at the customer's premises.

- The devices have a very low energy consumption, have activity demonstrated, and require no maintenance.

- For industry and hospital usage, 100% accuracy for oxygen and hydrogen quality.

- For industrial and medical applications, liquid purification is exceptionally high.

DESCRIPTION OF THE PROCESS:

- Air compressor:

Is a low pressure of 5-7 bar in such an air compressor (0.5-0.7mpa). It's done to the most up-to-date compressors

- Pre-Cooling System:

In the second phase of the way, a compressor is used to or before the processing air at about 12 ℃ before it enters the purifier.

- Purification of Air by Purifier:

The air is pulled into a purification, which is composed of two adsorbent drying that alternate their activity. Even before air enters the gas processing unit, the Atomic Separator removes the carbon dioxide and humidity from the air stream.

- Cryogenic Air Conditioning Using an Expander:

For liquefaction, the air must be cooled to micro temperatures. An extremely effective turbine expansion produces cryogenic cooling and reduction, chilling the air to degrees below -165 to-170 ° C..

Air Separation Column Separation of Liquid Air into Oxygen and Nitrogen:

The air entering the high - pressure inner portion type water heater is clear of moisture, oil, and carbon dioxide. The air transformation in the compressor cools it below sub-zero temperatures on the inside of the heat exchanger. At the heated end of the converters, we anticipate to achieve a temperature gradient as low as 2 degrees Celsius. When air enters the gas processing column, it evaporates and is divided into oxygen and hydrogen by the optimization phase.

A Liquid Storage Tank is used to store liquid oxygen:

An automatic structure is constituted by filling a liquid water tank with liquid oxygen and linking it to the liquefier. The liquid oxygen is removed by washing using a pump pipe.