–As an advanced oxygen production technology, the VPSA process is a strategic response to the needs of energy conservation and emission reduction. It merges the key advantages of traditional methods-the energy efficiency of cryogenic systems and the flexibility of PSA units-delivering a robust solution with a simple structure, scalable output, and superior cost-effectiveness for large-volume applications.

Engineered with innovative VPSA technology, this mini-plant features an advanced process flow and a high degree of automation. It delivers an oxygen output ranging from 100 to 6000 Nm3/h, catering to a wide spectrum of industrial applications. With independently controllable oxygen pressure and remarkably low energy consumption of just 0.35 kWh/m3, it offers a compelling technical and economic value proposition.

FEATURES

Highly Integrated System Design

The system incorporates core components such as blowers and vacuum pumps into a single, compact unit. Based on the low-pressure adsorption and vacuum desorption processes, it ensures a clear workflow and a reduced physical footprint, enhancing overall reliability and ease of installation.

Flexible Regulation Capability

It offers flexible adjustment of oxygen output and purity to match real-time production demands. Through an automated load-shifting program, it seamlessly adapts to the varying oxygen requirements of different process stages, ensuring optimal gas supply.

ADVANTAGES

High Efficiency & Low Consumption

The generator delivers high flow output and stable purity at significantly lower energy consumption compared to traditional oxygen production methods. This efficiency directly translates to reduced operational costs and minimized safety risks.

Intelligent O&M System

The O&M system allows remote monitoring and unattended operation, which reduces reliance on manual intervention and lowers maintenance inputs. This capability elevates the level of digital and intelligent management for the clients.