This paper introduces an application of "Aeration biological fluid tank" technology (ABFT) for the treatment of waste water containing NH + 4 N and high concentrated organic chemicals. Highlights were focuse...This paper introduces an application of "Aeration biological fluid tank" technology (ABFT) for the treatment of waste water containing NH + 4 N and high concentrated organic chemicals. Highlights were focused on the effects of dissolved oxygen, pH, temperature and retention time on waste water biological treatment in order to find out a new approach in treatment of waste water containing high concentrated NH + 4 N.展开更多
采用 Sol- gel法在玻璃板表面制得均匀的 Ti O2 薄膜 ,并利用光催化还原法镀银得到掺银Ti O2 薄膜。用掺银的 Ti O2 薄膜和未掺银的 Ti O2 薄膜在高压汞灯和太阳光的照射下 ,对有机物苯酚水溶液进行催化光解研究。结果表明掺银 Ti O2 ...采用 Sol- gel法在玻璃板表面制得均匀的 Ti O2 薄膜 ,并利用光催化还原法镀银得到掺银Ti O2 薄膜。用掺银的 Ti O2 薄膜和未掺银的 Ti O2 薄膜在高压汞灯和太阳光的照射下 ,对有机物苯酚水溶液进行催化光解研究。结果表明掺银 Ti O2 薄膜的光催化活性明显大于未掺银 Ti O2 薄膜 ,这是提高 Ti O2展开更多
文摘This paper introduces an application of "Aeration biological fluid tank" technology (ABFT) for the treatment of waste water containing NH + 4 N and high concentrated organic chemicals. Highlights were focused on the effects of dissolved oxygen, pH, temperature and retention time on waste water biological treatment in order to find out a new approach in treatment of waste water containing high concentrated NH + 4 N.
文摘采用 Sol- gel法在玻璃板表面制得均匀的 Ti O2 薄膜 ,并利用光催化还原法镀银得到掺银Ti O2 薄膜。用掺银的 Ti O2 薄膜和未掺银的 Ti O2 薄膜在高压汞灯和太阳光的照射下 ,对有机物苯酚水溶液进行催化光解研究。结果表明掺银 Ti O2 薄膜的光催化活性明显大于未掺银 Ti O2 薄膜 ,这是提高 Ti O2