The information available on the microbial communities responsible for pollutant degradation is increasingly accessible. Its use to optimize process design and operation is an important challenge in the field of effluent treatment research. Therefore, a prototype of a moving bed biotrickling filter (MBBTF) reactor was designed and, for the first time, operated at full-scale for the removal of sulfides desorbing from tannery industrial wastewater. The bacterial community operating in this innovative reactor was studied, and its composition and response to different operating conditions were characterized.
The microbial community in a moving bed biotrickling filter operated to remove hydrogen sulfide from gas streams / Giordano, Cesira; Spennati, Francesco; Mori, Gualtiero; Munz, Giulio; Vannini, Claudia*. - In: SYSTEMATIC AND APPLIED MICROBIOLOGY. - ISSN 0723-2020. - STAMPA. - 41:(2018), pp. 399-407. [10.1016/j.syapm.2018.04.001]
The microbial community in a moving bed biotrickling filter operated to remove hydrogen sulfide from gas streams
Spennati, Francesco;Munz, Giulio;
2018
Abstract
The information available on the microbial communities responsible for pollutant degradation is increasingly accessible. Its use to optimize process design and operation is an important challenge in the field of effluent treatment research. Therefore, a prototype of a moving bed biotrickling filter (MBBTF) reactor was designed and, for the first time, operated at full-scale for the removal of sulfides desorbing from tannery industrial wastewater. The bacterial community operating in this innovative reactor was studied, and its composition and response to different operating conditions were characterized.| File | Dimensione | Formato | |
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