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BIODEG Printout for
Triphenyl Phosphate
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CAS #: 115-86-6 TRIPHENYL PHOSPHATE # 1
Parameter Type : Screening Test
Study Biodeg Eval: BFA
Rate : 82
Units : %CO2T
Test Method : CO2-EVOL
Oxygen Condition : AEROBIC
Analysis Method : CO2
Incub Time (days): 27
Chem Conc (ppm) : 22
Acclim Per (days): 14
Dissol Org Carbon: 50 (MG/L YEAST EXTRACT)
Inoculum : ACTIVATED SLUDGE
Remarks : 24 HR SCAS DEHP ACCLIMATED INOCULUM FURTHER ACCLIMATED TO
TPP, CONC AND INCUBATION TIME FROM SAEGER TUCKER 1976
Reference : MAYER,FL ET AL. (1981)
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CAS #: 115-86-6 TRIPHENYL PHOSPHATE # 2
Parameter Type : Screening Test
Study Biodeg Eval: BFA
Rate : 61.9; 81.8
Units : %CO2T
Oxygen Condition : AEROBIC
Analysis Method : CO2
Incub Time (days): 7; 28
Chem Conc (ppm) : 18.3
Acclim Per (days): 14
Dissol Org Carbon: 50 (MG/L YEAST EXTRACT)
Inoculum : ACTIVATED SLUDGE
Temp (deg C) : 25
Remarks : SCAS SUPERNATENT INOCULUM, 10-15% EVOLVED CO2 IN CONTROL, PH
NOT INDICATED
Reference : SAEGER,VW ET AL. (1979)
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CAS #: 115-86-6 TRIPHENYL PHOSPHATE # 3
Parameter Type : Biolog Treat Sim
Study Biodeg Eval: BF
Rate : 95
Units : % DEGRADATION
Oxygen Condition : AEROBIC
Cont or SCAS : SCAS
SCAS Time (hours): 24
Analysis Method : GC
Chem Conc (ppm) : 3-13
Feed : DOMESTIC SEWAGE
Inoculum : ACTIVATED SLUDGE
Remarks : CONC RANGE OF TPP FROM SAEGER AND TUCKER REF
Reference : MAYER,FL ET AL. (1981)
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CAS #: 115-86-6 TRIPHENYL PHOSPHATE # 4
Parameter Type : Biolog Treat Sim
Study Biodeg Eval: BFA
Rate : 96; 93
Units : % BIODEGRADATION
Oxygen Condition : AEROBIC
Cont or SCAS : SCAS
SCAS Time (hours): 24
Analysis Method : GC-FID
Chem Conc (ppm) : 3; 13
Feed : DOMESTIC SEWAGE
Inoculum : ACTIVATED SLUDGE
Remarks : 12 WEEK TEST DURATION
Reference : SAEGER,VW ET AL. (1979)
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CAS #: 115-86-6 TRIPHENYL PHOSPHATE # 5
Parameter Type : Grab Sample
Study Biodeg Eval: BFA
Rate : 100
Units : % DEGRADATION
Lag Period (days): 2
Oxygen Condition : AEROBIC
Analysis Method : GC-FID
Incub Time (days): 7-8
Envir Sample Type: FRESHWATER
Sample Source : SENECA RIVER; ONONDAGA LAKE; LAKE ONTARIO, NY
pH : 8.2; 7.8; 8.2
Remarks : HYDROLYSIS MAY BE SIGNIFICANT, DISTILLED WATER CONTROL
Reference : HOWARD,PH & DEO,PG (1979)
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CAS #: 115-86-6 TRIPHENYL PHOSPHATE # 6
Parameter Type : Grab Sample
Study Biodeg Eval: BF
Rate : 50
Units : % PRIMARY DEGRADATION
Test Method : RIVER DIE-AWAY
Oxygen Condition : AEROBIC
Analysis Method : GC-FID
Incub Time (days): 2-4
Chem Conc (ppm) : .05
Envir Sample Type: FRESHWATER
Sample Source : MISSISSIPPI RIVER, ST LOUIS, MO
Temp (deg C) : 25
Remarks : STERILE CONTROL
Reference : MAYER,FL ET AL. (1981)
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CAS #: 115-86-6 TRIPHENYL PHOSPHATE # 7
Parameter Type : Grab Sample
Study Biodeg Eval: BFA
Rate : 50
Units : % DEGRADATION OF TPP INITIALLY IN SEDIMENT
Oxygen Condition : AEROBIC
Analysis Method : TLC/HPLC
Incub Time (days): 50-60
Chem Conc (ppm) : .05
Envir Sample Type: FRESHWATER/SEDIMENT
Temp (deg C) : 25
Remarks : HYDROSOIL FROM SMALL POND, MAJOR PRODUCT IS DIPHENYL
PHOSPHATE
Reference : MUIR,DCG ET AL. (1981)
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CAS #: 115-86-6 TRIPHENYL PHOSPHATE # 8
Parameter Type : Grab Sample
Study Biodeg Eval: BF
Rate : 100
Units : % DEGRADATION
Lag Period (days): 0-1.75
Test Method : RIVER DIE-AWAY
Oxygen Condition : AEROBIC
Analysis Method : GC
Incub Time (days): 2-4
Chem Conc (ppm) : 1
Envir Sample Type: FRESHWATER
Sample Source : MISSISSIPPI RIVER, ST LOUIS, MO
Temp (deg C) : 25
Remarks : STERILE CONTROL, SAMPLES FROM 3 DIFFERENT TIMES
Reference : SAEGER,VW ET AL. (1979)
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CAS #: 115-86-6 TRIPHENYL PHOSPHATE # 9
Parameter Type : Field Test
Study Biodeg Eval: NE
Oxygen Condition : NOT STATED
Envir Sample Type: FRESHWATER
Study Location : GLENLEA RES STN, UNIV MANITOBA, CANADA
Analysis Method : 14-C
Incub Time (days): 1
Chem Conc (ppm) : .06
Dissol Org Carbon: 3.89 (MG/L DOC)
pH : 8.62
Remarks : CHEMICALS ADDED TO 2 PONDS; READILY SORBED BY SEDIMENT,
DUCKWEED, FISH; AT 24 HR, ONLY 9% OF TPP RADIOACTIVITY COULD
NOT BE ACCOUNTED FOR; TOTAL RADIOACT DETERMINED AND
THEREFORE, BIODEG RATES UNKNOWN
Reference : MUIR,DCG ET AL. (1982B)
HOWARD,PH & DEO,PG (1979)
HOWARD,P.H.; DEO,P.G.; DEGRADATION OF ARYL PHOSPHATES IN AQUATIC
ENVIRONMENTS.; BULL. ENVIRON. CONTAM. TOXICOL.; 22:337-44.; 1979
MAYER,FL ET AL. (1981)
MAYER,F.L.; ADAMS,W.J.; FINLEY,M.T.; MICHAEL,P.R.; MEHRLE,P.M.; SAEGER,V.W.;
PHOSPHATE ESTER HYDRAULIC FLUIDS: AN AQUATIC ENVIRONMENTAL ASSESSMENT OF
PYDRAULS 50E AND 115E.; IN: ASTM STP 737. AQUATIC TOXICOLOGY AND HAZARD
ASSESSMENT. 4TH CONF. BRANSON,D.R. & DICKSON,K.L. EDS. PHILADELPHIA, PA.
P.103-23.; 1981
MUIR,DCG ET AL. (1981)
MUIR,D.C.G.; YARECHEWSKI,A.; GRIFT,N.P.; DEGRADATION AND VOLATILIZATION OF
C-14-LABELLED PHOSPHATE ESTERS IN THE AQUATIC ENVIRONMENT.; ACS SYMP.
SERIES. PP. 222.; 1981
MUIR,DCG ET AL. (1982B)
MUIR,D.C.G.; GRIFT,N.P.; LOCKHART,W.L.; COMPARISON OF LABORATORY AND FIELD
RESULTS FOR PREDICTION OF THE ENVIRONMENTAL BEHAVIOR OF PHOSPHATE ESTERS.;
ENVIRON. TOXICOL. CHEM.; 1:113-9.; 1982B
SAEGER,VW ET AL. (1979)
SAEGER,V.W.; HICKS,O.; KALEY,R.G.; MICHAEL,P.R.; MIEURE,J.P.; TUCKER,S.E.;
ENVIRONMENTAL FATE OF SELECTED PHOSPHATE ESTERS.; ENVIRON. SCI. TECHNOL.;
13:840-4.; 1979
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