PSA Oxygen Plant

The on-site industrial oxygen supply system developed by Weituxin according to user needs has been improved from the traditional multi tower process to the dual tower process, with a new process design and optimized structure, low energy consumption, and low investment.

The system is convenient, fast, and inexpensive for on-site oxygen production, with raw materials sourced from natural air, making it a low-cost oxygen supply method today.

The unique loading and compression method of molecular sieves in oxygen concentrators results in higher density, better efficiency, and longer lifespan.

High degree of automation

The equipment is fully automated and fully unmanned.

Easy to operate, convenient to start and stop, rapid gas production, and gas purity can be adjusted according to customer needs within a certain range.

Higher reliability

The humanized design of the equipment has a reasonable overall layout, compact structure, small footprint, and simple and convenient installation.

Advanced oxygen production technology and unique airflow distributor design prevent airflow short circuiting and channel flow, making the airflow velocity in the adsorption bed more uniform, thereby improving the utilization rate of the adsorbent.

By adopting an automatic compression cylinder device and a unique intake method, the airflow direction inside the adsorber remains constant, avoiding fatigue wear of the adsorbent inside the tower and effectively ensuring its service life.

The key components are made of internationally renowned brands, and the valves have a long service life to ensure the stable operation of the oxygen production system.

Compressed air is processed by a pre-treatment system to remove solid impurities such as oil and dust, as well as the majority of gaseous water. It enters an adsorption tower equipped with zeolite molecular sieves, where nitrogen, carbon dioxide, and water vapor in the air are adsorbed by the adsorbent, while oxygen is separated through the adsorption bed. When the impurities adsorbed in the adsorption tower reach a certain level, desorption is carried out to regenerate the adsorbent. The adsorption separation system consisting of two or three towers is automatically controlled by PLC or DCS system to cycle and switch, completing continuous oxygen production. This process is called PSA (Pressure Swing Adsorption, abbreviated as PSA) pressure swing adsorption oxygen production principle.