Medical PSA oxygen generator project for a private hospital （South America）

Introduction

Medical gas systems, also known as life support systems, play a critical role in the healthcare industry.

In recent years, a growing number of overseas medical institutions have raised their standards for medical oxygen and invested in more advanced oxygen production, storage, and delivery equipment. This ensures that the oxygen supplied meets required standards and improves overall patient satisfaction with healthcare services.

About the hospital

The PSA oxygen concentrator in this project is installed at a renowned private hospital in a South American country. The four-story hospital contains departments such as pediatrics, gynecology, internal medicine, and surgery, as well as multiple operating rooms. Prior to adopting the PSA oxygen concentrator, the hospital relied on an oxygen manifold system. However, as local oxygen prices continued to rise, the client decided to invest in an on-site oxygen generation solution.

PSA Oxygen Generator VS Oxygen Manifold

● Economical: PSA oxygen concentrators produce oxygen through physical separation from air, eliminating transportation and storage costs associated with bottled or liquid oxygen. This is especially beneficial in remote or hard-to-reach areas.

● High Efficiency: PSA oxygen concentrators offer customizable output and purity levels, ensuring a stable and long-term supply of qualified medical oxygen for patient safety. The equipment starts quickly and delivers oxygen on demand, fully meeting the hospital's requirements.

● Automation and Remote Control: Modern PSA oxygen concentrators are equipped with advanced intelligent control systems that allow automatic start-up, shutdown, and remote operation. This reduces the need for manual supervision and enhances operational stability and reliability.

● High Safety: Operating at room temperature and low pressure, PSA oxygen concentrators have a high safety factor and eliminate explosion risks. Their skid-mounted design saves space and reduces installation time, simplifying system deployment and management.

● Environmentally Friendly: PSA technology is mature, energy-efficient, and low in emissions, meeting modern energy conservation and environmental standards. It also supports the hospital's green image.

● Wide Application: As an essential medical gas, oxygen is widely used in general wards, ICUs, hyperbaric chambers, and operating rooms. Besides direct use, medical oxygen can be mixed with other gases for applications such as anesthesia, analgesia, and nebulization.

Project Introduction

After extensive business and technical discussions, CAN GAS designed and configured a CAP-O series medical molecular sieve oxygen generation system tailored to the hospital’s needs. This system is now fully operational, providing a more economical and reliable medical oxygen source. Its efficiency, safety, and stability have been recognized by the hospital’s leadership. It will also enhance the hospital's emergency oxygen response and operational maintenance management.

Photos from customer job site

User feedback

The customer highly praised the quality and service of the CanGas oxygen generator. Based on their positive experience, the hospital subsequently purchased a CanGas medical vacuum system, which has also been highly praised by the customer and hospital leadership.