In order to ascertain the effects of different carbon sources (methanol, glucose, starch and NaHCO(3)) on denitrification in BESs, the experiment was conducted in a constant current, 3.5 of chemical oxygen demand to nitrate ratio in a greenhouse. Among the four carbon sources investigated in BESs, NaHCO(3) showed the highest nitrite accumulation and the ratio of soluble microbial products to soluble chemical oxygen demand (SMP/SCOD) with a value of 3.68 ± 0.68 mg/L and 94%, respectively. And the addition of organic substrates could reduce SMP production and enhance the denitrification process. In the constant voltage experiment, it was observed that the organics could be used by microbes to generate electrons at the anode. And a maximal current value of 11.0 mA in the BESs fed with starch indicated that the complex carbon source was easier to be used by microorganisms to generate electricity than the simple carbon source.

译文

为了确定不同碳源 (甲醇,葡萄糖,淀粉和NaHCO(3)) 对BESs反硝化的影响,该实验在恒定电流下进行,3.5温室中的化学需氧量与硝酸盐的比率。在BESs调查的四种碳源中,NaHCO(3) 显示出最高的亚硝酸盐积累和可溶性微生物产物与可溶性化学需氧量 (SMP/SCOD) 的比率,分别为3.68 ± 0.68 mg/L和94%。有机底物的添加可以减少SMP的产生并增强反硝化过程。在恒压实验中,观察到有机物可以被微生物用来在阳极产生电子。用淀粉喂养的贝斯中11.0 mA的最大电流值表明,复杂的碳源比简单的碳源更容易被微生物用来发电。

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