Use of OXYVITAL PSA Nitrogen Generators in Solvent Recovery



Solvents are volatile organic compounds (VOCs) used across many industrial processes. Recovering solvents used in the chemical, pharmaceutical, coatings, plastics, and automotive sectors is important both for environmental sustainability and for economic reasons.

OXYVITAL PSA Nitrogen Generators create an inert atmosphere in solvent recovery processes, enabling solvents to be recovered safely and efficiently. By preventing contact with oxygen, nitrogen inhibits oxidation of solvent vapors and improves recovery efficiency.

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How Do OXYVITAL PSA Nitrogen Generators Work in Solvent Recovery?

Creating an Inert Atmosphere

Lowers the oxygen level in solvent recovery systems, minimizing the risk of a flammable environment and ensuring safe operating conditions.

Uninterrupted, Stable Nitrogen Supply

PSA technology continuously produces nitrogen at the flow rate and purity required, supporting process continuity.

High-Purity Nitrogen Production

Supplies nitrogen at a purity sufficient to prevent oxidation of solvent vapors, preserving chemical stability.

On-Site Production and Operational Convenience

Eliminates the need for cylinder or liquid nitrogen, simplifying logistics and enabling cost control.


Why Should You Use a PSA Nitrogen Generator in Solvent Recovery?

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Provides a Safe Process Environment

Cuts off the contact between flammable solvent vapors and oxygen, minimizing fire and explosion risk. The inert atmosphere improves process safety.


Delivers Uninterrupted, Controlled Production

PSA nitrogen generators supply recovery systems with continuous, constant-purity gas. This keeps the process running steadily without interruption.


Improves Recovery Efficiency

Nitrogen supports the controlled condensation of solvent vapors. This allows more solvent to be recovered and reduces chemical losses.


Preserves Chemical Stability

Prevents solvents from degrading through reaction with oxygen. This improves the quality of the recovered solvent for reuse.


Delivers Cost and Operational Advantages

Eliminates dependence on cylinder or liquid nitrogen supply. Simplifies logistics, lowers costs, and makes production planning more predictable.


Benefits of a Nitrogen Generator in Solvent Recovery

Nitrogen Generator in Solvent Recovery
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Prevents contact between flammable solvents and oxygen, ensuring a safe working environment
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Optimizes the solvent recovery process with an uninterrupted nitrogen supply
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Reduces VOC emissions, improving environmental sustainability
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Lowers chemical costs through higher recovery efficiency
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Eliminates the need to procure nitrogen cylinders or liquid nitrogen externally, reducing operating costs


CE CertificateCE Certificate
ISO 9001ISO 9001
ISO 13485ISO 13485
ISO 14001ISO 14001
ISO 45001ISO 45001
2017/745 MDR2017/745 MDR
PED 2014/68/EUPED 2014/68/EU


Safe, Continuous Production with OXYVITAL Nitrogen Generators

OXYVITAL PSA Nitrogen Generators deliver a safe, efficient, and environmentally friendly production model for solvent recovery processes. Continuous, high-purity nitrogen production ensures process safety while improving recovery performance.

With an on-site production approach, businesses can operate independently of logistics risks and manage their costs with greater control. OXYVITAL PSA Nitrogen Generators optimize production processes by delivering safe, efficient, and environmentally friendly solutions for solvent recovery.

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Frequently Asked Questions

+Why is nitrogen used in solvent recovery?

Being inert, nitrogen prevents solvent vapors from reacting with oxygen. This reduces fire risk and preserves the chemical structure of the solvents.

+How do PSA nitrogen generators improve recovery efficiency?

By supplying continuous, constant-purity nitrogen, they enable more controlled condensation of solvent vapors, resulting in a higher recovery rate.

+Does using a nitrogen generator provide a cost advantage?

Yes. It eliminates the need for cylinder or liquid nitrogen supply, and it lowers logistics and inventory costs, delivering a more predictable and economical production process over the long term.


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