Psa Oxygen Gas Plant

FAQ

Q1: What is the oxygen purity standard of medical PSA oxygen plants? Do they meet medical regulatory requirements?

A1: Medical PSA plants have standard oxygen purity that meets medical regulations like YY/T 0298. Higher purity can be customized, and medical units need to pass device registration.

Q2: If oxygen purity suddenly drops during operation, what might be the causes and solutions?

A2: Common causes of reduced oxygen purity: leaks, faulty parts, molecular sieve failure, and clogged filters. Corresponding fixes: seal repairs, part replacement, sieve renewal, and filter change.

Q3: Is the operating cost of PSA oxygen plants high? What are the main cost components?

A3: PSA oxygen plants have lower operating costs than cylinders or liquid oxygen, mainly including electricity, routine maintenance, and equipment depreciation.

Q4: Will using PSA oxygen plants in high-altitude areas affect oxygen production efficiency? Are special configurations required?

A4: High-altitude environments reduce oxygen production efficiency. Special configurations like high-altitude kits can ensure stable operation; higher altitudes may require customization.

Q5: Is daily maintenance of PSA oxygen plants complicated? What maintenance plan should be formulated?

A5: Daily maintenance of PSA oxygen plants is simple, focusing on regular inspection and replacement of consumables. Enhanced maintenance kits are recommended for continuous industrial operation.

Q6: How to select a PSA oxygen plant with appropriate specifications based on actual needs? What are the core reference indicators?

A6: 4 key selection indicators: ① Parameters: Purity (medical ≥93%, industrial 90%-95%), output (1-5000Nm³/h), pressure (0.4-0.8MPa, boosters optional). ② Scenarios: Certified units for medical; oil/dust-resistant for industrial; upgraded dryers for humidity. ③ Site: Adjust for altitude, temp (4-27℃), humidity (dew point ≤4℃); reserve space. ④ Economy: Choose models by operating hours and total ownership cost.