To evaluate the ecological risk of aniline wastewater biodegradation, the aniline wastewater
(200 mg/L) was treated in this work under the stress of Cu (II) at 3, 6 and 10 mg/L …

In order to explore the stress principle of Cr (Ⅵ) on aniline biodegradation system, a control
group and experimental groups with the concentration of Cr (Ⅵ) at 2, 5, 8 mg/L were set up …

In order to examine the impact of Cu (II)-Cr (VI) co-pollution in printing and dyeing
wastewater on the aniline biodegradation system (ABS), loading experiments were …

The presence of excessive residual Cu (II), a high-risk heavy metal with potential toxicity and
biomagnification property, substantially impede the value-added utilization of anaerobic …

Cu (II) is one of the most widely-existed heavy metal ions in industrial effluents. A high
concentration of Cu (II) leads to strong toxic effects on microorganisms and sludge for …

The humic acid (HA) function on the sludge performance, antibiotics resistance genes
(ARGs) propagation and functional genes expression during Cu (II)-containing wastewater …

Comparative evaluation of SBRs under different modes (AX/O, AN/AX/O, AN/O/AX, O/AX)
with same aniline wastewater arrangements, presenting the startup and performance …

The performance, microbial community and enzymatic activity of sequencing batch reactors
(SBRs) were investigated under 75-day exposure of different Cu (II) concentrations. Cu (II) at …

To break the contradiction between aniline and nitrogen metabolism in activated sludge
reactor by influencing microbial interspecific communication, Auto-inducer C6-HSL and 3 …

Heavy metals are released from various sources, including metal plating, potentially at a
small-scale industrial level, and from automobile service and repair workshops, paint works …