Unissi India Private Limited

Features of 3D Scheme:

• All Compressor
• Refrigeration/ Adsorption Dryer.
• Filter Package (Prefilter & Micron Filter)
• Coal Tower (Activated Carbon Tower & Dust Filter)
• Air Tank
• PSA Generator.
• Product Tank.
• Bacterial / Sterile & Active Coal Filter.
• Oxygen Pressure Reduction Box.
• Oxygen High Pressure Compressor.
• Filling Ramo (Backup).

How It Works 

We use two columns with molecular sieves to ensure continuous production. 

• Dry compressed air is blown through a valve to the vessel where the pressure is built. Nitrogen is tied to a molecular sieve during the building of pressure, and the oxygen is allowed to pass through to the accumulation tank.

• While pressure is build in on vessel, the second remains without pressure.
• A part of the produced gas is used for regeneration of the molecular sieve.
• For Oxygen, Zeolite type 13X is used. The molecular sieve is fully regenerative and has a life span on to 40.000 operation hours.

 

93% Oxygen Generator Plant - ORLANE series Oxyplus Technologies Orlane oxygen generators are an answer to today’s hospitals budget constraints, providing on-site medical grade oxygen production at 93% w3%,In full compliance with European pharmacopeia and in the best cost effective conditions.

99.5% Oxygen Generator Plant - OXYSTAR99 series

Oxyplus Technologies Oxystar99 oxygen generators represent the highest achievement of PSA technology, and the results of many years of research & development.Providing an outstanding oxygen quality of 99,5% +/- 0,5%.,Oxystar99 oxygen generators are
designed to meet the highest level of oxygen quality requirements.

Product Code:

99.5

95% Oxygen Generator Plant - PREMIUM HF series

Oxyplus Technologies Premium HF oxygen generators provide outstanding efficiency and reliability. Especially designed for hospitals with surgical activities and intensive car units, Premium HF oxygen generators produce a high and stable medical oxygen quality at 95% +/- 1%.

Product Code:

95

Oxygen exists in the atmosphere around us. It makes up approximately 21% of the air we breathe. This oxygen can be extracted from the air using Pressure Swing Adsorption technology. It is the engine that drives the separation of oxygen from air. It is a purely physical process; there are no chemical, electrical, or other reactions in our process. The process centers around a molecular sieve known as Zeolite.

Productivity of a PSA generator is dependent on the oxygen purity required. A generator can produce significantly more oxygen at 90% purity than it can at 95.4%, with a relatively small increase in feed air. By means of a PLC or some other micro processor based controller, it is practical on larger generators for the user to change the swing cycles. Purity and flow levels can be selected and optimized based on changing demand variables.