[논문]Effects of powdered activated carbon and calcium on trihalomethane toxicity of zebrafish embryos and larvae in hybrid membrane bioreactors

Noh, Jin Hyung; Park, Ji Won; Choi, Soohoon; Kim, Sungpyo; Maeng, Sung Kyu

doi:10.1016/j.jhazmat.2020.124530

[해외논문] Effects of powdered activated carbon and calcium on trihalomethane toxicity of zebrafish embryos and larvae in hybrid membrane bioreactors

Journal of hazardous materials, v.409, 2021년, pp.124530 -

Noh, Jin Hyung (Department of Civil and Environmental Engineering, Sejong University) , Park, Ji Won (Department of Civil and Environmental Engineering, Sejong University) , Choi, Soohoon (Department of Environmental Engineering, Chungnam University) , Kim, Sungpyo (Bio Monitoring Laboratory, Department of Environmental Engineering) , Maeng, Sung Kyu (Department of Civil and Environmental Engineering, Sejong University)

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Abstract This study investigated the effect of powdered activated carbon and calcium on trihalomethane toxicity in zebrafish embryos and larvae in hybrid membrane bioreactors. Two hybrid membrane bioreactors were configured with the addition of powdered activated carbon or calcium to reduce the trihalomethane formation potential. Trihalomethane formation decreased by approximately 37.2% and 30.3% in membrane bioreactor-powdered activated carbon and membrane bioreactor-calcium, respectively. Additionally, the toxic effect of trihalomethane formation was examined on zebrafish embryos and larvae. About 35% of the embryos exposed to trihalomethanes (800 ppb) showed signs of deformation, with the majority displaying coagulation within 24 h after exposure. Color preference tests, which were conducted to identify any abnormal activities of the embryos, showed an increase in preference from short to longer wavelengths upon exposure to high levels of trihalomethanes. This may indicate damage to the optical organs in zebrafish when exposed to trihalomethanes. Behavioral analysis showed reduced mobility of zebrafish larvae under different trihalomethane concentrations, indicating a decrease in the average activity time with an increasing trihalomethane concentration. The membrane bioreactor effluents were toxic to zebrafish embryos and larvae in the presence of high trihalomethane concentrations. To understand the mechanism behind trihalomethane toxicity, further studies are needed. Highlights Trihalomethanes were reduced in hybrid membrane bioreactors. Color preferences test showed abnormal activities of the embryos due to trihalomethanes. 800 ppb of trihalomethanes deformed the larvae by 35%. Graphical Abstract [DISPLAY OMISSION]

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