微波强化内电解降解活性艳红X-3B协同作用分析

研究了微波强化内电解降解活性艳红X-3B的协同作用。分析了微波诱导铁、炭等离子体的产生,评价了微波等离子体对活性艳红X-3B的降解能力及降解产物的紫外光谱,比较了常规内电解和微波强化内电解降解产物的红外光谱特征,并对微波强化反应前后的铁屑和活性炭进行扫描电镜检测,结果表明:微波强化内电解的降解作用主要来源于微波等离子体的直接氧化及其协同对铁、炭填料的高效再生。

Effect of Microwave Cooperating with Internal Electrolysis Treating Reactive Brilliant Red

Internal electrolysis cooperated with microwave degrading reactive brilliant X-3B in water was studied to investigate plasma generation on microwave induced Fe-C and evaluate its degradability and UV spectrums of degraded products. Infrared spectrometry of degraded products by general internal electrolysis was compared with by intensifying internal electrolysis, and SEM was used to characterize carbon and iron before and after microwave plasma treatment. Results indicated that the effect of microwave plasma on internal electrolysis attributed to the microwave plasma's direct oxidation to organic pollutant and its efficient regeneration of the mixture of carbon and iron.