1. UV-Based Advanced Oxidation Processes (AOPs)‌

• Ozone-free quartz tubes serve as critical reactors in UV/H₂O₂ and UV/TiO₂ systems, enabling efficient light transmission (especially at 185–300 nm wavelengths) without ozone interference
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• They facilitate rapid generation of hydroxyl radicals (*OH), which mineralize persistent contaminants like azo dyes and trace organic compounds through photochemical reactions
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‌2. Key Technical Advantages‌

• ‌Optical Clarity‌: Transmits UV-C light (e.g., 253 nm) with >90% efficiency, crucial for activating photocatalytic materials (e.g., TiO₂ nanoparticles) and oxidants (H₂O₂)
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• ‌Chemical Stability‌: Resists corrosion from acidic/alkaline wastewater and oxidative radicals, ensuring long-term durability in harsh environments
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• ‌Thermal Endurance‌: Maintains structural integrity at high temperatures (>1,000°C), suitable for plasma-assisted treatment systems
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‌3. Implementation in Treatment Systems‌

• ‌Excimer Lamp Reactors‌: Mercury-free XeI* excilamps with TiO₂-coated quartz tubes achieve 13× faster dye degradation than conventional UV/H₂O₂ methods by optimizing light intensity and catalyst dispersion
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• ‌Plasma Discharge Units‌: Integrate with atmospheric-pressure plasma reactors to generate reactive species (e.g., *OH, O₃⁻) for decomposing complex pollutants, supported by quartz’s dielectric properties
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• ‌UV Sterilization Modules‌: Deploy in closed-loop systems for pathogen inactivation without chemical residues, leveraging high UV transparency
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‌4. Performance Parameters‌

‌5. Emerging Applications‌

• ‌Solar-Driven Treatment‌: Utilize transparent quartz tubes in concentrated solar reactors for photocatalytic degradation, reducing energy consumption
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• ‌Real-Time Monitoring‌: Serve as optical windows in inline sensors to track pollutant degradation via UV-Vis spectrophotometry.

Ozone-free quartz tubes enhance treatment efficiency, safety, and sustainability in advanced wastewater purification technologies
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