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机译:全尺寸高速率甲烷生物过滤器(HMBF)系统和流通式实验室柱性能的比较评价
Department of Civil Engineering and Centre for Environmental Engineering Research and Education (CEERE) Schulich School of Engineering University of Calgary;
Department of Civil Engineering and Centre for Environmental Engineering Research and Education (CEERE) Schulich School of Engineering University of Calgary;
Department of Civil Engineering and Centre for Environmental Engineering Research and Education (CEERE) Schulich School of Engineering University of Calgary;
Department of Civil Engineering and Centre for Environmental Engineering Research and Education (CEERE) Schulich School of Engineering University of Calgary;
Department of Civil Engineering and Centre for Environmental Engineering Research and Education (CEERE) Schulich School of Engineering University of Calgary;
High-rate methane biofiltration; Greenhouse gas; Methanotrophy; Methane oxidation; Methanotrophic bacteria; Active aeration; Solution gas;
机译:全尺寸高速率甲烷生物过滤器(HMBF)系统和流通式实验室柱性能的比较评价
机译:高效处理真实的纺织废水:活性污泥和生物滤池系统的性能,以高效率的滤池作为预处理过程
机译:曝气生物滤池系统对劣质垃圾填埋气中微生物甲烷氧化的评估
机译:增强曝气曝气液体过滤器甲烷氧化能力 - 实验室研究
机译:使用建模方法和荧光原位杂交技术分析大规模的高速率活性污泥系统和第二阶段硝化生物曝气滤池。
机译:使用混合鼓泡塔/生物滤池生物反应器去除废气流中的二氯甲烷
机译:对甲烷减排进行真菌 - 细菌和真菌生物过滤器性能的比较评价