The amount of treated Activated Red X-3B wastewater by the system was determined through dynamic test and the adsorption - catalytic oxidation mechanism was discussed.
本研究还通过动态实验考察了活性炭催化氧化体系对活性红x—3 B废水的处理量，并初步探讨了反应中吸附—催化氧化机理。
Consequently, a new mechanism is proposed ior the catalytic oxidation process, and according to this mechanism satisfactory experimental results have been obtained.
并提出了催化氧化法处理含氰废水的机理，在此基础上进行实验，取得了较好的效果。
Technologies of biological denitrification and wet catalytic oxidation were studied in terms of reaction mechanism, process improvement, techno economic analysis and application result.
针对存在问题，进行了生物脱氮及湿式催化氧化技术的研究，涉及反应机理、工艺路线的改进、技术经济分析及处理效果。
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