The Oxidant reactor employs a Dielectric Barrier Discharge (DBD) to generate plasma using air as the carrier gas. Prior to treatment, the carrier gas is combined with the sample liquid and then nebulized. The resulting reaction products, including ozone, are utilized for treating raw water, such as river water, enabling its subsequent use as industrial coolant. The reactor has also demonstrated successful treatment of cyanotoxins.
Auflistung Beschreibung
Angebot Details
Spezifikationen und Deliverables:
• Voltage: 10-20 kV
• Frequency: 1-5 kHz
• Carrier Gas: Air
• Technology Readiness Level: TRL 4
Nutzenversprechen:
• Effective decontamination of raw water, facilitating its use as industrial coolant.
• Successful degradation of cyanotoxins, enhancing water safety.
• Cost-effective operation using air as the carrier gas.
• Non-thermal plasma technology preserves the integrity of treated liquids.
Eingabe vom Kunden erforderlich:
• Sample liquid requiring decontamination.
• Details of contaminants present in the sample.
• Desired throughput and treatment capacity.
• Operational parameters such as available voltage and frequency.
Patent-/Veröffentlichungsnummer
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