Publications by authors named "Hao-Nan Shen"
Article Synopsis
- The study investigated how different salt concentrations (0%-5%) affect the degradation of aniline in a biodegradation system using six reactors, finding that only 5% salinity had significant negative effects.
- Nitrification processes were effective at low salinity (0%-1.5%) but were inhibited at higher levels, with the 1.5% salinity condition (Z4) achieving 20.5% better nitrogen removal than the 0% condition (Z1).
- High throughput sequencing indicated that certain bacteria, like Halomonas and Rhodococcus, thrived in high salinity, while key functional bacteria worked well together at lower salinity levels but struggled to maintain metabolic function above 1.5% due to
Integrated fixed-film activated sludge (IFAS) system has considerable advantages in treating aniline wastewater economically and efficiently. However, the response mechanism of IFAS to aniline needs further study. Herein, IFAS in continuous-flow (CF-IFAS) and batch mode (B-IFAS) were set up to investigate it.
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