Titlebook: Bioelectrochemistry Stimulated Environmental Remediation; From Bioelectrorespi Ai-Jie Wang,Bin Liang,Hao-Yi Cheng Book 2019 Springer Nature

不合

Evocative

,Kulturökonomik in Museen und Theatern,minants and low chemical diffusion efficiency. Compared to traditional methods, sediment bioelectrochemical systems (SBESs) have many advantages for sediment bioremediation such as high efficiency, low maintenance cost, non-secondary contamination, and electricity generation. Typically, SBES has an

chronicle

,Ökonomische Analyse der Kulturnachfrage,ioremediation. Especially, the reducing power provided by electro-respiration microorganisms can drive a wide range of electrochemical and biological processes from decontamination to chemical/fuel production. In the past few years, there have been considerable progresses toward a better utilization

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effrontery

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大包裹

https://doi.org/10.1007/978-981-10-8542-0Bioelectrodegradation; Bioelectrorespiration; Bioelectroremediation; Bioelectrochemical system; Extracel

培养

978-981-13-4180-9Springer Nature Singapore Pte Ltd. 2019

性别

Bioengineering of Bacterial Extracellular Electron Transfer Towards Sustainable Wastewater Treatmena that enables cells with very special character of electrode respiration. Based on bacterial electrode respiration, various bioelectrochemical systems (BES) for efficient wastewater treatment have been developed during the past decades. Besides augmentation of wastewater treatment, the BES are capa

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Bioelectrocatalysis Favorable Electrode Materials for Environmental Remediation,n the biocatalysts and the interfacial charge transfer between solid electrode and the microbial cells. Apparently, the latter step is always the controlling step for all kinds of BES devices due to the insulation cell envelope. The interfacial electron transfer determines the performances of the de

electrolyte

Electrode-Respiring Microbiomes Associated with the Enhanced Bioelectrodegradation Function,rganic contaminants in bioelectrochemical systems (BESs). The microbial ecology and physiology of the involved electrode-associated multispecies biofilms are essential for the catalytic function of BESs. In this chapter, we summarize the advances of the electrode-respiring biofilm microbiomes involv