Proof of Principle of Wastewater Treatment using Plasma Discharge to Reduce the Amount of Methylparaben

Christoph Schattschneider, Sina Piontek, Hannes Jacobs, Andrea Böhme, Concetta Sirena, Andreas Foitzik
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Abstract

Synthetic substances like many pharmaceuticals, preservatives or other chemical compounds are actually very difficult to handle in sewage treatment. These compounds are very stable in aqueous solution and their degradation reactions are insufficient. Therefore, to eliminate these substances from wastewater additional afford is necessary. Extreme conditions like pH value, redox potential, chemical or physical energy need to be present. With our study we try to show that the use of plasma discharge could be a solution to this problem. Using the example of methylparaben, a preservative, we could show, that the physical energy of plasma discharge is able to initialize the degradation reaction in aqueous environment. The concentration was reduced by up to 70 percent in our setting depending on the treatment duration. Overall, the system showed potential to optimize wastewater treatment. Further examinations are necessary for example regarding undesirable by-products. Keywords: wastewater treatment, plasma discharge, high voltage, degradation
利用等离子体放电处理废水以减少苯甲酸甲酯用量的原理验证
合成物质,如许多药物、防腐剂或其他化合物,在污水处理中实际上很难处理。这些化合物在水溶液中非常稳定,其降解反应也不充分。因此,要消除废水中的这些物质,还需要额外的成本。需要具备极端条件,如 pH 值、氧化还原电位、化学能或物理能。我们的研究试图表明,使用等离子体放电可以解决这一问题。以防腐剂苯甲酸甲酯为例,我们可以证明等离子体放电的物理能量能够启动水环境中的降解反应。根据处理时间的长短,在我们的设置中,浓度最多可降低 70%。总之,该系统显示出优化废水处理的潜力。有必要对不良副产品进行进一步研究。关键词:废水处理、等离子放电、高压、降解
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