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. Author manuscript; available in PMC: 2021 Jan 21.
Published in final edited form as: Environ Sci Technol. 2020 Jan 6;54(2):826–834. doi: 10.1021/acs.est.9b04926

Table 1.

Formation of C4-dicarbonyl compounds during chlorination of various substituted phenols and non-phenolic aromatic compounds.

C4-dialdehyde catechol guaiacol o-cresol m-cresol p-cresol 2,3-CH3-phenol p-OH-benzoic acid
graphic file with name nihms-1643504-t0006.jpg graphic file with name nihms-1643504-t0007.jpg graphic file with name nihms-1643504-t0008.jpg graphic file with name nihms-1643504-t0009.jpg graphic file with name nihms-1643504-t0010.jpg graphic file with name nihms-1643504-t0011.jpg graphic file with name nihms-1643504-t0012.jpg
BDA graphic file with name nihms-1643504-t0013.jpg
Cl-BDA graphic file with name nihms-1643504-t0014.jpg
methyl-BDA graphic file with name nihms-1643504-t0015.jpg
dimethyl-BDA graphic file with name nihms-1643504-t0016.jpg
methyl-Cl-BDA graphic file with name nihms-1643504-t0017.jpg

Monoaromatic and phenolic compounds for which no C4- or methyl-C4-dicarbonyl formation was observed:
benzene toluene Cl-benzene p-CH3-anisole 2,6-CH3-phenol 2,4,6-CH3-phenol resorcinol hydroquinone
graphic file with name nihms-1643504-t0018.jpg graphic file with name nihms-1643504-t0019.jpg graphic file with name nihms-1643504-t0020.jpg graphic file with name nihms-1643504-t0021.jpg graphic file with name nihms-1643504-t0022.jpg graphic file with name nihms-1643504-t0023.jpg graphic file with name nihms-1643504-t0024.jpg graphic file with name nihms-1643504-t0025.jpg