Application unknown; as compared to the homologue N,N-dibutylformamide Dibutylformacetamide present in low quantities; the compound (I) w50 is probably an impurity of synthesized N,N-dibutylformamide Porofor 57, Polymerization initiator N w51 Putridity indicators, presence of indole Indole N w52, s42 and skatol indicate anoxic conditions in Dsikowitzky et the water column al. 2016 Skatol, 3-Methylindole N w53, s43 Degradation product of methylindole; Formamidoacetophenone e.g. Evans 1977 N s44 Also used as educt for industrial syntheses Monçalves et al. Educt for industrial syntheses, e.g. for the Octyldiphenylamine 2014 (I) s40 production of dyes; Kupareva et al. Antioxidant, e.g. in engine oils 2012 High-temperature antioxidant additive in Bis(4-octylphenyl)amine (I) s41 lubricants Phosphorus containing compounds Tributylphosphate Solvent, plasticizer, flame retardant N w54 Trioctylphosphate Plasticizer, flame retardant N w55 TCEP, Plasticizer, retardant N w56 TBEP, Plasticizer N w57 Byproduct of the Wittig-synthesis which is carried out in petrochemical industrial facilities for the industrial production of alkenes; also byproduct of further TPPO, Triphenylphosphinoxide I w58 industrial syntheses Knepper and Used for the industrial production of Karrenbrock vitamin A 2006 Sulphur containing compounds NBBS, w59 Plasticizer N NMBS, Vinggaard et al. Plasticizer, was detected in paper N w60 2000 Constituent of mushrooms and plants; Botalova et al. w61 Hexathiepane hexathiepane was previously identified in N 2011 industrial effluents Educt for the synthesis of e.g. pharmaceuticals, dyes, polymers and UV Schwarzbauer Diphenylsulfone N w62 adsorbers; was detected in leakage et al. 2002 water of a waste deposit
w50 Dibutylformacetamide Application unknown; as compared to the homologue N,N-dibutylformamide present in low quantities; the compound is probably an impurity of synthesized N,N-dibutylformamide (I) w51 Porofor 57, Polymerization initiator N w52, s42 Indole Putridity indicators, presence of indole and skatol indicate anoxic conditions in the water column Dsikowitzky et al. 2016 N w53, s43 Skatol, 3-Methylindole N s44 Formamidoacetophenone Degradation product of methylindole; Also used as educt for industrial syntheses e.g. Evans 1977 N s40 Octyldiphenylamine Educt for industrial syntheses, e.g. for the production of dyes; Antioxidant, e.g. in engine oils Monçalves et al. 2014 Kupareva et al. 2012 (I) s41 Bis(4-octylphenyl)amine High-temperature antioxidant additive in lubricants (I) Phosphorus containing compounds w54 Tributylphosphate Solvent, plasticizer, flame retardant N w55 Trioctylphosphate Plasticizer, flame retardant N w56 TCEP, Plasticizer, retardant N w57 TBEP, Plasticizer N w58 TPPO, Triphenylphosphinoxide Byproduct of the Wittig-synthesis which is carried out in petrochemical industrial facilities for the industrial production of alkenes; also byproduct of further industrial syntheses Used for the industrial production of vitamin A Knepper and Karrenbrock 2006 I Sulphur containing compounds w59 NBBS, Plasticizer N w60 NMBS, Plasticizer, was detected in paper Vinggaard et al. 2000 N w61 Hexathiepane Constituent of mushrooms and plants; hexathiepane was previously identified in industrial effluents Botalova et al. 2011 N w62 Diphenylsulfone Educt for the synthesis of e.g. pharmaceuticals, dyes, polymers and UV adsorbers; was detected in leakage water of a waste deposit Schwarzbauer et al. 2002 N
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