PSA Twin Tower Oxygen Generator

Designed for medium to high oxygen needs. Ensures long-term operation at low maintenance costs.
The best option for most businesses
  • Suitable for medium and high needs
  • It uses proven PSA technology.
  • Durability and low maintenance costs
  • 90—99,5%
    Purity
  • 2,6—90 nm3 / h
    Expenditure
  • 7,5—10 bar
    Inlet pressure

FEATURES AND BENEFITS

  • Fully automatic operation
  • High stability of outlet gas purity
  • Very competitive production cost
  • A scalable concept with one or more interconnected production lines
  • Integrated PLC control system with high-definition color touch screen
  • Ergonomic design for easy and cost-effective maintenance
  • Consistent performance with a choice of reliable, proven and controlled components.
  • Low consumption - Highly efficient molecular sieve
  • Turnkey solution
  • Long service life

description

NOVAIR introduces OXYPURE®, an on-site oxygen production solution based on the PSA process, a technology proven and mastered over many years. Oxypure is capable of producing high-purity oxygen in situ with exceptional stability.

As a leader in on-site oxygen generator design and manufacturing, NOVAIR knows how to meet the industry's highest demands.
It is no longer necessary to fill oxygen tanks and store cryogenic oxygen in large quantities, which leads to high costs, significant logistical constraints and the risk of supply disruptions. Oxypure is an ideal alternative to the traditional supply of oxygen to high-pressure gas cylinders or gas-liquid cylinders.

OXYPURE is the most efficient and cost-effective solution for providing an unlimited source of oxygen in the places where it is used.
Our wide range of products allows us to meet the needs of a wide range of industries efficiently and economically.

OPTIMIZED PSA TECHNOLOGY

The Oxypure generator is designed to produce oxygen with a concentration of up to 96%. This system is based on PSA (Pressure Swing Adsorption) technology, which is the static separation of gases present in the air using a special molecular sieve that adsorbs nitrogen under pressure.

ADVANTAGES OF THE SYSTEMS

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