Product Description

Core Parameter

psa oxygen plant working Principle and Aquaculture-Oriented Optimization

1. Air purification: Ambient air is filtered through a three-stage system (dust removal, dehumidification, oil removal) to remove impurities harmful to molecular sieves—critical for humid aquaculture environments.
2. Pressure adsorption: Purified air enters dual adsorption towers at 0.6MPa; molecular sieves selectively adsorb nitrogen, leaving 95% pure oxygen stored in a buffer tank.
3. Oxygen supply: Oxygen is pressurized to 0.3MPa and delivered to aeration devices, converting into micro-nano bubbles for efficient dissolution.
4. Regeneration: Saturated molecular sieves are depressurized to release nitrogen, regenerating for reuse—no chemical waste, ensuring aquaculture water safety.

psa oxygen generator vs. vsa oxygen generator: Which Is Better for Aquaculture?

• psa oxygen generator: Advantages include compact size, fast start-up, and low maintenance—ideal for medium-scale farms (50-100 acres) with fluctuating oxygen demand. The 70Nm³/h model’s frequency conversion design reduces energy use during low-demand periods (e.g., daytime with high photosynthesis).
• vsa oxygen generator (Vacuum Swing Adsorption): Uses vacuum regeneration for lower energy consumption (≤0.4kWh/Nm³ O₂) but has larger size, higher initial investment ($35,000-$45,000), and longer start-up time (≥10 minutes). It suits super-large farms (≥200 acres) with stable, high oxygen demand—overkill for most medium-scale operations.
• Key tradeoff: For 80% of aquaculture scenarios, the PSA plant’s balance of cost, flexibility, and efficiency makes it more practical than VSA.

Environmental and Policy Advantages of pressure swing adsorption oxygen plant in Aquaculture

• Energy efficiency: The 70Nm³/h PSA plant reduces carbon emissions by ~20 tons/year vs. traditional aerators, complying with low-carbon aquaculture policies.
• Water quality protection: High oxygen transfer efficiency reduces organic matter accumulation in pond bottoms, lowering ammonia and nitrite levels—avoiding water pollution and reducing the need for chemical water conditioners.
• Policy support: In many regions, aquaculture projects using energy-efficient oxygenation equipment qualify for subsidies (e.g., 10%-15% of equipment cost), further reducing enterprise burdens.

Conclusion

As a professional pressure vessel enterprise,Henan Gnee New Materials Co., Ltd. has been involved in the pressure vessel industry since 2012. Our company can provide products such as large cryogenic storage tanks and LPG series containers. At the beginning of the company's establishment, it purchased the most advanced equipment and recruited a group of skilled front-line workers. We are committed to providing the best products to our international customers. The company covers an area of 68,000 square meters and has 100 front-line workers, 12 technicians and 6 quality inspectors. The integration of production and sales, the company consists of five main departments: production department, technical department, sales department, general accounting department, and human resources department. Also, each department can be divided into many smaller departments. All departments cooperate with each other to bring the best for our company. In order to bring the most qualified products to the market, our quality control department implements strict quality inspection process from raw material procurement to finished product testing, to ensure that only the best products leave the factory for customers.

The group adheres to the tenet of “intentional management, customer priority, coordinated development and dedication to society” and abides by the business philosophy of “technology first, quality as priority, striving for excellence, integrity for future”, which continuously satisfy different needs of customer around the world in the steel supply chain area. Professional sales team, providing customers with first-class services; strict purchasing and quality inspection team, carefully selecting high-quality raw materials; advanced scientific and technical team to improve production and reduce costs for customers; excellent design and processing team, carefully crafted and refined; intimate shipping logistics team protecting product transportation.