Identification

Numero CAS

115-86-6

Nom scientifique (FR)

Phosphate de triphényle

Nom scientifique (EN)

triphenyl phosphate

Autres dénominations scientifiques (Autre langues)

Phosphoric acid, triphenyl ester ; Phenyl phosphate ; Triphenoxyphosphine oxide ; Trifenylfosfat ; Triphenoxyphosphine oxide ; Triphenyl phosphate

Code EC

204-112-2

Code SANDRE

2787

Number CIPAC

-

Formule chimique brute

\(\ce{ C18H15O4P }\)

Code InChlKey

XZZNDPSIHUTMOC-UHFFFAOYSA-N

Code SMILES

O=P(Oc(cccc1)c1)(Oc(cccc2)c2)Oc(cccc3)c3

Regulations

Generalities

Poids moléculaire

326.00 g/mol

Parameters table

Parameters table
Value name Value Temperature Pressure Granulometry Humidity Guideline ineris method Commentary Source
Hydrosolubilité 1.9 mg.L-1
à 20°C
UNEP (2006) p.151
Densité 1.2055 - UNEP (2006) p.151
Pression de vapeur 0.000835 Pa UNEP (2006) p.151
Point de fusion 49 °C UNEP (2006) p.151
Coefficient de partage octanol/eau (Log Kow) 4.59 - Expérimentation EPA
Coefficient de partage octanol/eau (Log Kow) 4.6 -
mesuré
UNEP (2006) p.151
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Matrixes

Terrestrial environment

Parameters table
Value name Value Temperature Pressure Granulometry Humidity Guideline ineris method Commentary Source
Coefficient de partage carbone organique/Eau (Koc) 10740 L.kg-1 Calcul EPA
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Persistence

Biodegradability

Parameters table
Value name Value Temperature Pressure Granulometry Humidity Guideline ineris method Commentary Source
Biodégradabilité facilement biodégradable -
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Abiotic degradability

Parameters table
Value name Value Temperature Pressure Granulometry Humidity Guideline ineris method Commentary Source
Hydrolyse 1.3 jour
pH = 9.5, 21°C
UNEP (2006) p.151
Hydrolyse 19 jour
pH = 7, 25°C
UNEP (2006) p.151
Hydrolyse 28 jour
valeur minimale (pH = 5, 25°C)
UNEP (2006) p.151
Hydrolyse 7.5 jour
pH = 8.2, 21°C
UNEP (2006) p.151
Photolyse 0.5 jour UNEP (2006) p.151
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Terrestrial environment

Parameters table
Value name Value Temperature Pressure Granulometry Humidity Guideline ineris method Commentary Source
Temps de demie vie terrestre 37 jour UNEP (2006) p.151
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Bioaccumulation

Aquatic organisms

Organismes aquatiques
ineris name Specie Value Trofic level Taxon Matrix Life stage Effect Detailed effect Duration of exposure ineris method Guideline Commentary Source
Bioaccumulation BCF 144 -
Oryzias latipes, 18 jours, 0.01 mg/l
UNEP (2006) p.151
Bioaccumulation BCF 190.9853259 - Expérimentation EPA
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Accidental values

Other accidental thresholds

Other accidental thresholds
ineris name Duration Value Source Status state Commentary
IDLH 30 min 1000 mg.m-3 NIOSH (1994) Final
PAC-1 60 min 9 mg.m-3 EHSS (2018) Final
TLV-TWA x 3, TEEL-3/6, rat oral LD50
PAC-2 60 min 360 mg.m-3 EHSS (2018) Final
TLV-TWA x 3, TEEL-3/6, rat oral LD50
PAC-3 60 min 2100 mg.m-3 EHSS (2018) Final
TLV-TWA x 3, TEEL-3/6, rat oral LD50
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Regulatory values

Valeurs réglementaires
ineris name Value Source Commentary Critical effect retained Status state Duration of exposure Environment Exposure source Factor Management context Age-Dependent Adjustments Factors ADAF - Age range ADAF - Value ADAF - URL
VLEP 8h 3 mg.m-3 INRS (2024)
Valeur limite admise (circulaire)
Final Air Lieux de travail
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Hazards

Hazard values

Valeurs de danger
ineris name Specie Value Trofic level Taxon Matrix Life stage Effect Detailed effect Duration of exposure ineris method Guideline Commentary Source
CL/CE50 1 mg.L-1 Invertebré UNEP (2006) p.151
CL/CE50 0.4 mg.L-1 Poisson UNEP (2006) p.151
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Ecotoxicological values

Guide values

Valeurs guides
ineris name Value Matrix Target Critical effect retained Duration of exposure Factor Commentary Status state Value retained by INERIS Year Source
PNEC chronique / AA-QSwater_eco 0.00074 mg.L-1 Eau douce 50
extrapolation
Yes UNEP (2006) p.151
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