Much attention has been paid to the photosynthetic bacteria (PSB) due to its unique physiology property and the ability to degrade many kinds of organic contaminant.
光合细菌(PSB)以其特有的生理特性和降解多种有机污染物的能力，日益受到了人们的重视。
Photo degradation of organic contaminant perhaps is the most prospective environmental purification technology due to its low cost, without secondary pollution and ease of processing.
光催化降解有机污染物工艺简单，成本较低，无二次污染，是最有希望的环境友好新技术。
Using soluble glucose and particulate starch as organic matters in the feeding water, the contaminant removal efficiency was investigated in jar test and the fluidized pellet bed reactor.
分别采用溶解性葡萄糖和颗粒性淀粉作为配水中的有机物，考察了混凝(烧杯试验)及造粒流化床对有机物的去除特性。
Using soluble glucose and particulate starch as organic matters in the feeding water, the contaminant removal efficiency was investigated in jar test and the fluidized pellet bed reactor.
分别采用溶解性葡萄糖和颗粒性淀粉作为配水中的有机物，考察了混凝(烧杯试验)及造粒流化床对有机物的去除特性。
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