PHARMACEUTIQUE

1. Fabrication pharmaceutique:

Inertage et couverture: L’azote est utilisé dans la fabrication pharmaceutique pour créer des atmosphères inertes dans les réacteurs et les cuves de stockage. Cela aide à prévenir l’oxydation, la dégradation et les réactions indésirables des composés pharmaceutiques sensibles. Les générateurs d’azote PSA fournissent un flux d’azote continu et contrôlé pour ces applications.

Purge et séchage: L’azote est utilisé pour purger et sécher les équipements et les pipelines au cours des processus de fabrication. Les générateurs d’azote PSA fournissent l’azote nécessaire pour une purge et un séchage efficaces, garantissant l’élimination de l’humidité et de l’oxygène résiduels.

2.Active Pharmaceutical Ingredient (API) Synthesis:

Reaction Inerting: Nitrogen is used to create inert atmospheres during the synthesis of active pharmaceutical ingredients to control reaction conditions and prevent undesired side reactions. PSA nitrogen generators contribute to maintaining the desired inert atmosphere in API synthesis processes.

Catalyst Protection: Nitrogen is employed to protect catalysts used in pharmaceutical synthesis from oxidation and deactivation. PSA nitrogen generators assist in creating inert environments during catalyst handling processes.

3.Pharmaceutical Packaging:

Inerting during Packaging: Nitrogen is used in the packaging of pharmaceutical products to displace air and prevent oxidation or degradation. PSA nitrogen generators contribute to creating controlled atmospheres for purging and blanketing in pharmaceutical packaging, preserving the quality of the products.

Blanketing of Storage Areas: Nitrogen is employed for blanketing storage areas where pharmaceutical products are stored to protect them from exposure to air and moisture. PSA nitrogen generators support the creation of controlled atmospheres for the safe storage of pharmaceuticals.

4.Quality Control and Analytical Instrumentation:

Gas Chromatography (GC) and Mass Spectrometry (MS): Nitrogen is commonly used as a carrier gas in gas chromatography and mass spectrometry for the analysis of pharmaceutical compounds. PSA nitrogen generators provide a consistent and high-purity nitrogen supply for analytical instruments in pharmaceutical laboratories.

Sample Blanketing: Nitrogen is used to create inert atmospheres for blanketing samples during analysis, preventing oxidation or contamination. PSA nitrogen generators contribute to maintaining the integrity of samples in analytical processes.

5.Lyophilization (Freeze-Drying):

Inerting During Freeze-Drying: Nitrogen is used to create inert atmospheres during lyophilization processes, preventing oxidation and ensuring the stability of pharmaceutical products. PSA nitrogen generators provide a controlled nitrogen supply for maintaining inert conditions during freeze-drying.

6.Cleanroom Environments:

Controlled Atmosphere: Nitrogen is employed to maintain controlled atmospheres in cleanrooms, where pharmaceutical products are manufactured and handled. PSA nitrogen generators contribute to creating and sustaining the required inert environments for cleanroom operations.

7.Storage of Pharmaceuticals:

Preservation and Shelf Life Extension: Nitrogen is used for blanketing and inerting storage areas to prevent oxidation and extend the shelf life of pharmaceutical products. PSA nitrogen generators support the creation of controlled atmospheres in pharmaceutical storage facilities.

8.Formulation and Compounding:

Inerting During Formulation: Nitrogen is used in the formulation and compounding of pharmaceutical products to create inert environments, preventing reactions that could affect product quality. PSA nitrogen generators provide the necessary nitrogen for inerting processes in formulation and compounding.