In petrochemical and refinery facilities, high-purity oxygen is a critical component for many chemical reactions and processes. OXYVITAL PSA oxygen generator systems are used effectively to improve combustion efficiency, optimize chemical reactions, and accelerate gasification and oxidation processes.
How Does OXYVITAL Work in This Field?
Why Should You Use an Oxygen Generator in Petrochemical and Refinery Operations?
Oxygen consumption in petrochemical and refinery processes is continuous. PSA generators produce the gas on-site, providing a steady, stable supply.
Removes the need for cylinder or liquid oxygen logistics. This eliminates supply delays and inventory management risks.
Oxygen-enriched combustion support enables higher temperatures and more efficient energy use in furnaces and boilers.
In chemical processes, oxygen stabilizes reaction kinetics, allowing production processes to proceed in a more controlled manner.
Formation of CO₂, NOₓ, and other harmful gases is reduced. This eases compliance with environmental standards and supports sustainable production.
Benefits of an Oxygen Generator in Petrochemical and Refinery Operations

CE Certificate
ISO 9001
ISO 13485
ISO 14001
ISO 45001
2017/745 MDR
PED 2014/68/EUHigh Efficiency in Petrochemical and Refinery Operations with OXYVITAL Oxygen Generators
OXYVITAL PSA oxygen generators are designed to adapt to the varying process requirements of petrochemical and refinery facilities. They deliver a stable oxygen supply across a wide range of applications, from combustion systems to gasification lines. With these advantages, production processes gain energy efficiency while emission control becomes more effective.
OXYVITAL PSA oxygen generators deliver sustainable, economical, and high-performance oxygen production in petrochemical and refinery facilities, making production processes more efficient.
Frequently Asked Questions
It's used to improve combustion efficiency, accelerate chemical reactions, and reduce emissions.
Oxyvital generators provide continuous, high-purity oxygen production, eliminate the need for external supply, and improve process stability.
It enables the conversion of raw materials in gasification processes and is one of the core inputs for hydrogen and chemical production.