Скачать или смотреть Determining the Effect of Afterglows in N2 Gas Mixtures for Sterilization

Determining the Effect of Afterglows in N2 Gas Mixtures for Sterilization

Plasma Sterilization: A Game-Changer for Sensitive Materials

Cold plasma technology is revolutionizing sterilization, especially for heat-sensitive materials like medical devices. This study compiles key findings on how nitrogen (N₂) plasma afterglows effectively kill bacteria, making it a promising alternative to traditional methods.

🔬 Key Discoveries:
✔ Effective Sterilization: E. coli bacteria were eliminated in 40 minutes using N₂ microwave afterglows at 60°C, while an industrial reactor (Plasmalyse) sterilized B. Stearo spores in just 30 minutes at 80°C.
✔ Sterilizing Medical Instruments: Plasma-treated nitrogen atoms successfully traveled through hollow tubes, showing potential for sterilizing complex devices like endoscopes.
✔ Industrial-Scale Success: A 100-liter reactor was developed to bring this technology to real-world applications.
✔ Packaging for Sterilization: Testing different membrane materials helped improve sterilization pouches, ensuring safer medical storage.

These findings pave the way for safer, more efficient, and chemical-free sterilization, with potential applications in healthcare, pharmaceuticals, and beyond!

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