Oxygen Gas Plant

Oxygen Gas Plant
Looking For Oxygen Gas Plant ?

The MOS Techno Engineers offer a sturdy Oxygen Gas Plant, which is highly reliable for producing and can endure pressures up to 100 bars. As a result, the plants are perfect in industries that require high performance and efficiency. These large cryogenic plants are perfect during emergencies because they need little effort to operate and simultaneously service many sites. However, it takes time for these machines to cool down, making servicing slower than other types of equipment on site.

The MOS Oxygen Plant is capable of simultaneously producing high purity oxygen and nitrogen gas. The plant also has an internal compression Liquid Oxygen Pump to fill cylinders with a capacity of up to 500 metric tons per year.

For almost two decades, our team of professionals has been developing and installing industrial gas plants. We specialize in customizing every oxygen generation system to meet client-specific requirements while maintaining rigorous efficiency standards that significantly minimize power usage – saving you money on production costs.

The Oxygen Plant is a high-performing and costs adequate production facility that reduces operating pressures, notably too low 32-35 kg/cm2. It also can reduce energy consumption by up 15%. In addition, our Oxygen plants are the most advanced, fully automated, and monitored remotely. As a result, they offer a high degree of safety and reliability.

Our expert engineers have developed robust oxygen plant designs for heavy duty users such as glass, nonferrous metals/steel, cement, etc. We also offer other industrial solutions like power generation plants with state of the art onsite production systems established worldwide.

Oxygen production plant

The oxygen plant is efficient, cutting costs with a money-saving machine that separates moisture and carbon dioxide. As a result, we offer our customers the most reliable and competitive oxygen Plant for medical, industrial applications.

Utilizing plant technology from some of today’s newest plants gives us an edge over other companies in this industry. All our systems and plants are adapted to your individual needs because MOS Process Engineering develops tailored solutions. For example, we have created an Oxygen Plant with automated systems adopted to generate Oxygen for Industrial and Medical purposes.

Oxygen Gas Generator

All our oxygen generators utilize modern and superior cutting-edge technology. They produce a 99% pure O2 using only atmospheric air, with the pressure swing adsorption method being one of them. 

Technical Specification

Plant capacity: The plant is versatile and can be set for cycle to produce any following alternatives.

Oxygen Production Nitrogen Production
AlternativeGas QuantityGas PurityProduct Pr.Gas QuantityGas PurityProduct Pr.
1MOS 4040 cu.m/hr0.995150 kg/cm2* 210 cu.m/hr0.960.1 kg/cm2
2MOS 8080 cu.m/hr0.995150 kg/cm2* 400 cu.m/hr0.960.1 kg/cm2
2AMOS 8070 cu.m/hr0.996150 kg/cm2* 80 cu.m/hr0.9950.1 kg/cm2
2MOS 100100 cu.m/hr0.995150 kg/cm2* 500 cu.m/hr0.960.1 kg/cm2
3AMOS 10090 cu.m/hr0.996150 kg/cm2* 100 cu.m/hr0.9950.1 kg/cm2
4MOS 150150 cu.m/hr0.995150 kg/cm2* 700 cu.m/hr0.960.1 kg/cm2
4AMOS 150135 cu.m/hr0.996150 kg/cm2* 150 cu.m/hr0.9950.1 kg/cm2

Note: Above 50,100,200 and 300 cu.m/hr of Nitrogen will be used for regeneration of driers respectively for 40,80,100 and 150 cu.m/hr Plants.

Oxygen Production Nitrogen Production
AlternativeGas QuantityGas PurityProduct Pr.Gas QuantityGas PurityProduct Pr.
1MOS 200200 cu.m/hr0.995150 kg/cm2* 700 cu.m/hr0.980.1 kg/cm2
1AMOS 200180 cu.m/hr0.996150 kg/cm2* 400 cu.m/hr0.99990.1 kg/cm2
2MOS 300300 cu.m/hr0.995150 kg/cm2* 1300 cu.m/hr0.980.1 kg/cm2
2AMOS 300270 cu.m/hr0.996150 kg/cm2* 700 cu.m/hr0.99990.1 kg/cm2
2MOS 400400 cu.m/hr0.995150 kg/cm2* 1600 cu.m/hr0.980.1 kg/cm2
3AMOS 400360 cu.m/hr0.996150 kg/cm2* 900 cu.m/hr0.99990.1 kg/cm2
4MOS 600600 cu.m/hr0.995150 kg/cm2* 2940 cu.m/hr0.980.1 kg/cm2
4AMOS 600540 cu.m/hr0.996150 kg/cm2* 1400 cu.m/hr0.99990.1 kg/cm2
5MOS 10001000 cu.m/hr0.99540 kg/cm2* 4500 cu.m/hr0.980.1 kg/cm2
5AMOS 1000900 cu.m/hr0.99640 kg/cm2* 2000 cu.m/hr0.99990.1 kg/cm2

Note: Above 200, 300, 400, 600 and 1000 cu.m/hr of Nitrogen will be used for regeneration of driers respectively for 200, 300, 400, 600 and 1000 cu.m/hr Plants.

The above plant capacities are based on ambient conditions of 27o deg temperature 760 mm of Hg pressure and 70% relative humidity and 300 ppm (0.03%) of Carbon Dioxide is allowed as an impurity. 

Plant Specification

Minimum Order Quantity1 Set
Automatic GradeAutomatic
DesignStandard
Capacity50- 1000 m3/hr
Purity Oxygen99.70%
Purity Nitrogen99.99%
ApplicationsMedical & Industrial
CertificationISO 9001:2008
LifeLong Life
UsageOxygen Production

Medical oxygen gas plant

MOS Techno Engineers provided Medical Oxygen Plant, a dependable source for continuous medical grade oxygen generation. We are servicing clients across the globe as the top oxygen plant manufacturer in India, providing our clients with the Oxygen manufacturing plant for various industries.

Our PSA Oxygen generators have verified themselves as the primary source of Oxygen in hospitals. They provide continuous oxygen delivery and cheaper operating costs than other systems on the market today due to their fewer maintenance requirements. All of our PSA Oxygen Plant function more quietly and efficiently.

Cryogenic Oxygen Plant

Cryogenic technology is extensively practiced by oxygen plant suppliers worldwide. And, we practice the most advanced cutting-edge technology in fabricating and manufacturing oxygen plants. As a result, the plants manufactured by our engineers are known for their sturdiness and trustworthiness production capabilities.

The design of our oxygen plant operates with top quality elements. The advanced cryogenic technology makes it possible to build efficient, high-quality, clean, and safe enough to use in hospitals. With the oxygen tank filling, transfer produced utilizing advanced cryogenic technology to gas cylinders.

Our company offers a wide range of oxygen gas plants to the market. We use pressure swing adsorption technology which ensures continuous supply with guaranteed purity for various industries.

Our Cryogenic plants are built to supply Oxygen or Nitrogen primarily, with some plant designs also producing argon. We offer a full range of options for applications in robust gas use industries such as steel and glass, among others.

Air separation plant produce one or both of the most common atmospheric industrial gases (Nitrogen and Oxygen) as gas molecules. 

Our technologically advanced plants generate up to 99.7% high purity oxygen gas and up to 99%. We offer various capabilities from 50 m3/hr down into 5000 meters per hour – perfect for any size industrial enterprise looking clean and efficient in their business practices with zero-waste output. 

Working Process of MOS Oxygen Plant

A multi-stage air compressor absorbed the available atmospheric air through a filter and reduced it to the working pressure. After each stage, coolers and water separators are provided. The compressed air then passes through the pre-cooler and then to the molecular sieve battery, where the moisture and carbon dioxide are removed from the process air. It then passes through the exchanger, cooled by the outgoing excess nitrogen and outcome oxygen.

An expansion engine and heat exchange system cool the warm air that enters it. The cold side splits off into two streams: one is cooled by an additional refrigeration unit. At the same time, another passes onto a lower pressure column where streams of air then unite in the further downward pressure column where it partially liquefies.

The liquid air then passes through an expansion valve to the upper column at a lower pressure than in its counterpart. Similarly, Nitrogen moves from a low level. Gases flow upward into heat exchangers where the condenser cools these wastes before being released as a waste gas and washing past both sides to ground level again.

Before air separation, it passes through the pressure column. Oxygen and Nitrogen are then liquefied into pure form in the condenser/reboiler against boiling Oxygen in the sump of the low-pressure column. Liquefied Oxygen provides the reflux for the pressure column and (after sub-cooling) for the low-pressure column.