Oxygen Making Machine Suppliers
An oxygen gas plant is a dependable industrial system capable of producing 93±3% pure oxygen at pressures of up to 100 bars. The industrial facility produces oxygen, fills small cylinders, and supplies large-scale tanks for use in various industries, including hospitals, steelmaking, metals refining, fabrication processes, chemicals, pharmaceuticals, petroleum processing, and glass and ceramic manufacturing.
Oxygen is extracted from air using techniques such as pressure swing adsorption or membrane separation, which separate oxygen from other components. Advanced Automation Control Panels are used in Oxygen Gas Plants to regulate production processes and generate oxygen efficiently and accurately. These panels monitor and alter parameters to ensure peak performance and safety.
These massive cryogenic oxygen plants are straightforward, making them ideal for emergencies. They are suitable for sectors that value outstanding performance and efficiency because they require little work and maintenance.
Sanghi Oxygen is a top manufacturer of oxygen gas plants. Our business has vast experience designing and manufacturing facilities that generate pure oxygen and nitrogen. Our facility produces high-quality oxygen gas while remaining extremely efficient.
An air separation plant filters and compresses ambient air to separate gases like oxygen, nitrogen, and argon. Our oxygen and nitrogen gas plants are designed with high-quality engineering and cutting-edge cryogenic technology.
The Sanghi Oxygen Plant can produce both pure oxygen and nitrogen gas. It is equipped with an internal compression Liquid Oxygen Filling Pump that can fill up to 500 metric tons of cylinder capacity per year. However, this equipment requires time to slow down the pace of the on-site servicing operation.
Our staff adheres to the standards while meeting the client's requirements. Because of its low power consumption, the Sanghi Oxygen Plant saves significantly on manufacturing expenses.
Our high-performing and cost-effective oxygen plant reduces pressure to 32-35 kg/cm2 and can save 15% on energy consumption. Our oxygen facilities are the most sophisticated, automated, and monitored, ensuring high levels of safety and dependability.
Our team of professionals has been planning and building industrial gas plants for nearly two decades. Each oxygen-generating facility is custom-built to fulfill the needs of each client while maintaining our high-efficiency standards. These plants use less power, which saves you money on the expense of operating an oxygen plant.
We offer industrial solutions in India, such as air separation and medical oxygen plant costs. Our oxygen plant is manufactured using cutting-edge technologies from around the world.
Oxygen Manufacturing Plant
Our Automation Control Panels ensure oxygen plant production processes run smoothly and efficiently. From precise monitoring to effective control, our panels improve performance while maintaining dependability and productivity.
Our oxygen plant is cost-effective due to its advanced moisture and CO2 separation capabilities. It makes us a dependable oxygen plant manufacturer in the medical and other industries. We use cutting-edge technology to construct an oxygen-generating plant.
We created a specialized oxygen plant for hospitals that produces medical oxygen for specific consumers. Oxygen plants for medical uses may only be suitable for certain sectors.
Oxygen production plant cost
We provide many oxygen plants for industrial and medicinal uses, including oxygen generation plants. The Sanghi Oxygen manufacturing plant can fill between 10 and 500 cylinders daily. The cost of setting up an oxygen factory in India varies depending on the size of the facility and its production capacity. Clients can contact us to request an estimate for their needs.
Oxygen Gas Generator
All of our oxygen generators incorporate cutting-edge technology. It can produce 99% pure O2 using the pressure swing adsorption technique.
Process of Oxygen Gas Manufacturing Plant
Zeolite molecular sieves squeeze air and separate oxygen from other gases. Two towers are used in this process. They are filled with zeolite molecular sieves, which soak up nitrogen and release trash. The oxygen that is made is 85 to 94% clean. When one tower runs out of nitrogen, the process switches to the other tower, which keeps making oxygen.
Air from the outside is taken in by an air compressor, which then lowers its pressure. After each step, it goes through coolers and water separators. There is a molecular sieve cell that dries and cleans the air. Extra nitrogen and oxygen in an exchanger cool it down.