Saline anode microbial fuel cell (SA-MFC) equipped with carbon felt as anode and cathode, separated by nafion membrane was used to evaluate the aquaculture wastewater treatment efficiency and energy production under saline condition (4%). Operation of SA-MFC was executed at different organic load (OL) from 0.5 gCOD/L to 1.5 gCOD/L under saline condition. TCOD (Total Chemical Oxygen Demand) removal was 75 ± 1.4%, 81 ± 0.9% and 84 ± 1.1% at 0.5, 0.75 and 1 gCOD/L OL respectively. SCOD (Soluble Chemical Oxygen Demand) removal in SA-MFC was 68 ± 1.2%, 75 ± 0.8% and 81 ± 0.5% at 0.5, 0.75 and 1 g COD/L OL. Among the OL used 1.25 gCOD/L recorded high TCOD (92 ± 1.1%), SCOD (91 ± 0.5%) and TSS (Total Suspended Solids) removal (78 ± 0.7%) with a maximum power production (369 mW/m²). Increase in OL to 1.5 gCOD/L revealed decline in TCOD (79 ± 1.3%), SCOD (74 ± 0.8%), TSS (71 ± 1.5%) removal and power production (310 mW/m²). The predominant bacterial strains responsible for aquaculture wastewater treatment and energy production was identified as Ochrobactrum (53%), Marinobacter (22%) and Rhodococcus (15%). The other strains such as Bacillus, Stenotrophomonas, Xanthobacter, Sphingomonas, Pseudomonas and Sedimentibacter also present in the SA-MFC reactor operated under saline condition.

以Nafion膜隔开的，以碳毡为阳极和阴极的盐阳极微生物燃料电池（SA-MFC），用于评估盐水条件下（4％）的水产养殖废水处理效率和能量产生。SA-MFC的操作是在盐水条件下，以0.5 gCOD / L至1.5 gCOD / L的不同有机负荷（OL）进行的。在0.5、0.75和1 gCOD / L OL下，TCOD（总化学需氧量）去除率分别为75±1.4％，81±0.9％和84±1.1％。在0.5、0.75和1 g COD / L OL下，SA-MFC中的SCOD（可溶化学需氧量）去除率为68±1.2％，75±0.8％和81±0.5％。在使用的1.25 gCOD / L的OL中，记录的高TCOD（92±1.1％），SCOD（91±0.5％）和TSS（总悬浮固体）去除率（78±0.7％）高，最大发电量（369 mW / m ^2））。OL升高至1.5 gCOD / L，表明TCOD（79±1.3％），SCOD（74±0.8％），TSS（71±1.5％）去除和发电量（310 mW / m ²）下降。确定了负责水产养殖废水处理和能源生产的主要细菌菌株为O曲菌（53％），马氏杆菌（22％）和红球菌（15％）。其它菌株如芽孢杆菌，嗜麦芽，黄色杆菌，鞘氨醇，假单胞菌和Sedimentibacter也存在于SA-MFC反应器盐水的条件下操作。