Product parameters:

Adsorbent type: natural zeolite, molecular sieve, etc.

Number of adsorbers and connection method: four adsorbers are used in parallel.

Operating system pressure range: 1.26MPa - 6.66KPa.

Product advantages:

Process advantages: 

    Based on the principle of pressure swing adsorption, using the characteristics of the adsorbent, impurity removal and adsorbent regeneration are achieved through pressurization and decompression operations, and the process is simple.

    It is a dry process, there is no corrosion problem, and the equipment maintenance cost and loss risk are reduced.

Operation advantages:

    Low energy consumption, energy-saving modules are used in the liquid and gas phase change process to achieve energy conversion, and the energy-saving and consumption-reducing effect is significant.

    Strong adaptability, can better cope with different situations, and ensure stable operation.

    High degree of automation, data docking and remote control can be realized, which is convenient for operation and management.

Performance advantages:

    It can ensure reliable equipment operation, reduce maintenance requirements, and reduce manpower and material investment.

    It has a high recovery rate and effectively improves the recovery efficiency of CO₂ in the raw gas.

Product Introduction:

The marine PSA series CO₂ recovery device uses the basic principle of pressure swing adsorption and relies on the adsorption characteristics of natural zeolite, molecular sieve and other adsorbents for different gas components at different partial pressures. Four adsorbers are connected in parallel to ensure continuous input of raw mixed gas and continuous removal of CO₂ products and unadsorbed gas. The entire process consists of five steps: adsorption, rinsing, pressure reduction, vacuuming and pressurization. The operating pressure varies in the range of 1.26MPa - 6.66KPa. It is a dry process with no corrosion problems. The device has the characteristics of simple process, low energy consumption, strong adaptability and high degree of automation. In addition, the whole set of equipment and its parts adopt standardized modules, which can realize data docking and remote control, reliable operation, low maintenance cost, high recovery rate and significant energy saving and consumption reduction effect, which is suitable for the CO₂ recovery and utilization needs in the field of ships.