About Our Company

Oxygen & Nitrogen Plants

We manufacture oxygen and nitrogen plants with the cutting-edge cryogenic technology for reliable and durable performance. Fabrication is completed with high quality materials and components. For sturdy performance and durability only the ASME quality materials are used. The materials must be able to withstand extreme temperature and pressure. Customization of the plant machinery is also undertaken as per the specifications of clients. Air separation column being the most important part of plants it is fabricated with high grade stainless steel with argon welding. We are the foremost oxygen plant manufacturers supplying oxygen production plants in Abuja, Lagos Nigeria and whole of Africa including South America and Middle East.

Our Main Products

Oxygen Nitrogen Plants

Oxygen Nitrogen Gas Plant

It can generate with purity up to 99.9% and with pressure up to 200 bars for cylinder filling.

Liquid Oxygen Plant

The plant can generate both gases in liquid form stored in cryogenic tanks for supply.

Acetylene Gas Plants

The plants are fully automated with proper safety measures for acetylene production and cylinder filling.

Oxygen Plant Company in Nigeria

We manufacture nitrogen and oxygen gas plants with the cutting-edge low pressure with state-of-the-art air compressors. The plants can generate nitrogen with purity up to 99.9% and oxygen with purity up to 99.7%, which is adequate for both industrial and medical applications. We have one of the largest manufacturing and testing centres in the Delhi NCR region staffed by engineers having world-class expertise in designing, quality assurance and fabrication.

Liquid Oxygen Generation Plant Set up at Abuja Air Force Station Nigeria. The plant is meant for supplying oxygen to military hospitals. Our engineers study the market trends, technologies and designs currently popular with the customers. Accordingly, designing and manufacturing of our plant is upgraded as per the current trend. After manufacturing, the plants are run through robust testing before being ticked off for supply to customers. It is crucial for every O2 and N2 gas plant to satisfy our high quality standards. Each and every part of the machinery is tested to ensure there is flaw.

Industries

Industrial and Medical Applications

O2 and N2 have wide range of applications in industrial and medical applications. O2 is a highly reactive gas and supports combustion. It has numerous applications in manufacturing sector due to its combustive properties. N2 is an inert gas that finds extensive applications in various industries for displacing oxygen.

Food Packaging

It is used in the food packaging industry for protecting food from degradation due to oxidation, moisture and germs, also used in the packaging for displacing oxygen to preserve freshness, integrity and taste. It also provides cushioning for food during transportation.

Protection in Volatile Environments

Nitrogen being a non-reactive gas it is used in wide range of industrial environments for protection from fires and explosions by displacing oxygen.

Chemical Analysis and Chemical Industry

It is used in chemical analysis for making samples. Nitrogen is aids in concentrating and decreasing the volume of liquid samples. Use of the non-reactive gas cannot be overemphasised in the chemical industry. It is used for making nitric acid, ammonia, fertilizers, explosives, nylon and dyes.

Stainless Steel Manufacturing

N2 is also used in making steel in melting, casting operations and ladle processing. The non-reactive gas has effects on various factors affecting steel production such as strain ageing, formability, etc.

Light Bulbs Industry

Widely used in making bulbs since hot tungsten wire will catch fire in the presence of oxygen. Even creating vacuum is not possible since the external pressure will break the glass. It is the reason it is filled with a non-reactive gas like n2.

Medical Industry

O2 is an essential drug in hospitals since it is used for providing life support for during surgery and for patients who have difficulty in breathing adequate level of oxygen. It is also used for treatment of diseases like hypoxia and hypoxemia.

Steel, Welding & Metal Fabrication, Mining

Steel industry is the largest consumer of industrial produced o2. It is used for heating, burning and cutting. The industry uses high purity oxygen for sustaining burning processes in the production of steel. This gas is a must in welding and metal fabrication for maintaining high flame temperature.

Pharmaceutical & Biotechnology

The industry requires use of o2 on a regular basis. It is essential for producing fermentation and bio-reactions. These gases must be maintained in sufficient quantities for efficient working of the processes.

After the testing centre clears the plant machinery free of any defects it is readied for shipping. Then, the plants are sent for completing packaging and shipping. After the plant reaches the destination specified by the client, our engineers and technicians reach the client’s site for commissioning, installation and starting the process of oxygen or nitrogen generation. We will also train the operator to run the machinery as also doing the maintenance work.

For clients wanting to install oxygen gas plant in Nigeria or any part of Africa including Middle East, we have a dedicated desk for answering their queries of cost of setting up O2 gas plant. We provide the complete solution from election, commissioning to the installation and start-up. Our company plants are running in all parts of the globe including Africa, Middle East, and South America. Being a leading air separation manufacturer, we have also got an extensive supply chain for providing spare parts needed in the maintenance from time to time. Our company representatives are present in all major cities across the world. What catch the attention of customers about our air separation plants is the quality of manufacturing and the use of the latest and best cryogenic distillation technology available at the moment. Process of air separation using cryogenic technology is considered the most efficient for high purity production of both gases.

There are other processes for extracting both gases from the atmospheric air such as pressure swing adsorption (PSA) and membrane separation. PSA plants are suitable only for applications needing low purity gas. Within a year of use, the purity of PSA plants declines quickly. For large scale gas generation cryogenic oxygen nitrogen gas plants present the best choice. And, we offer the best quotes for setting up at the client sites.

Skid Mounted
Oxygen Plant

Liquid Oxygen
Nitrogen Plant

Oxygen & Nitrogen Plants