阴离子表面活性剂 您现在所在的位置 > 阴离子表面活性剂

C12-烷基苯磺酸/盐生物降解数据:

化学品

降解度

试验方法

时  间

分析方法

参考文献

1ΦC12

13; 44

Wa; BOD

6h; 5d

O2

Bogan 1955; Sawyer 1956

 

95

BAS

1d

SO4

Ryckman 1956,1957

 

38; 60

Wa

6h; 8d

O2

 

 

43; 62

BOD

5; 14d

O2

 

 

98; 70

RTF; RW

1; 10d

MB; O2

Burnop 1960

 

100; 85

Wa

28h

MB; COD

Nelson 1961

 

45

Wa

28h

O2

 

 

100; 71

BOD

6; 20d

MB; O2

Hammerton 1961

 

100

RW

6d

MB

Swisher 1963b

 

98

In

7d

MB

Crauland 1964

 

100; 42

In

7; 8d

MB; O2

Kolbel 1964

 

98

RW

5d

MB

Setzkon 1964

 

100; 27

CAS

6h

RA; RS

Sweeney 1964a

  1-9M Wa 4h O2 Heyman 1967

 

100; 52

In

9; 27d

MB; O2

Kolbel 1967

 

100; 76

In

7; 14d

MB; O2

 

  High In 30d UV  

 

100

BAS

1d

MB; UV

Swisher 1967b

 

98

In

10d

MB

Eden 1968

 

100; 0

In

5d

MB; SO4

Cain 1971; Brid 1972b

 

100

In

4d

MB

Lundahl 1974

 

96

SF

3d

MB

Rogers 1974

 

95; 50

In

16; 24h

MB; UV

Willetts 1974b

 

90; 73

In

30h

MB; UV

Willetts 1976

 

>99

In

3d

MB; DGC

Kubodera 1978

1ΦC12ortho

100

RW

13d

MB

Swisher 1963b

2ΦC12

96; 25

RTF; RW

1; 10d

MB; O2

Burnop 1960

 

100; 85

Wa

28h

MB; COD

Nelson 1961

  45 Wa 28h O2  

 

100; 66

BOD

7; 20d

MB; O2

Hammerton 1962

 

100; 1.9G

In

6; 14d

MB; O2

LGC1962, p42

 

100; 80

In

10; 21d

MB; COD

Konecky 1963

 

100; 70

In

6; 30d

MB; O2

Ruschenberg 1963a,b

 

100

RW

6d

MB

Swisher 1963b

  Rate RW - DGC  

 

100; 70

In

10; 21d

MB; COD

McAteer 1964

 

98

RW

5d

MB

Setzkon 1964

 

100; 50

CAS

6h

RA; RS

Sweeney 1964a

 

100

RW

5d

MB

Sweeney 1964b

 

100

BAS; RW

1; 26d

MB

Cohen 1965

 

70-80

In

21d

COD

Kelly 1965

 

100; 77

In

8; 21d

MB; COD

Livingston 1965

  89 Wa 30h O2 Brink 1966
  80† RW 3d MB Smith 1966

 

100; 90

In

6; 18d

MB; COD

Cordon 1968a

  30 In 4h O2  

 

100; 89

In

9; 20d

MB; C

Cordon 1970

 

84

In

20d

SO4

 

 

100; 100±3

BAS

1d

MB; UV

Swisher 1972a

 

100; 94-100

SF

3; 14d

MB; UV

 

 

91

SF

2d

MB

Rogers 1974

 

93

In

23d

C

Divo 1980a

 

100

In

7d

MB

Pecenik 1984

 

92; 90

In

7d

UV; C

 

3ΦC12

99; 64

BOD

6; 20D

MB; O2

Hammerton 1962

 

100; 63

In

8; 20D

MB; O2

Ruschenberg 1963b

 

98

RW

5D

MB

Setzkon 1964

 

77

Wa

1D

O2

Brink 1966

 

100

CAS; BAS

6h; 1D

MB

Swisher 1967b

 

90-94

CAS; BAS

6h; 1D

UV

 

 

100; 95

RW

7; 10D

MB; UV

Swisher 1967c

 

98

In

6D

MB

Eden 1968

 

100; 95

SF

3; 14D

MB; UV

Swisher 1968a

 

100; 97-100

SF

3; 14D

MB; UV

Swisher 1972a

 

≈100

SF

14D

SO4

 

 

100

In

2D

MB

Treccani 1973

 

94

In

34D

C

Divo 1980a

4ΦC12

100; 48

In

6; 20D

MB; O2

Ruschenberg 1963b

 

100

RW

9D

MB

Swisher 1963b

 

98

RW

7D

MB

Setzkon 1964

  19        

 

100; 74±10

BAS

1D

MB; UV

Swisher 1972a

 

93±9

BAS

3D

UV

 

 

100

SF

4D

MB

 

 

0; 0

SF

14D

UV; SO4

 

5ΦC12

100

SF

7D

MB

Huddleston 1963

 

100

RW

9D

MB

Swisher 1963b

 

98

RW

7D

MB

Setzkon 1964

 

98; 16

CAS

6h

RA; RS

Sweeney 1964a

 

100; 96±4

BAS

1D

MB; UV

Swisher 1972a

 

100; 55

SF

5; 14D

MB; UV

 

6ΦC12

98; 43

BOD

15D

MB; O2

Hammerton 1962

 

100; 42

In

21; 30D

MB; O2

Ruschenberg 1963a,b

 

100

RW

13D

MB

Swisher 1963b

 

98

RW

10D

MB

Setzkon 1964

 

90

RW

12D

MB

Sweeney 1964b

 

100

CAS; BAS

6h; 1D

MB

Sweeney 1967b

 

85-95

CAS; BAS

6h; 1D

UV

 

 

100; 80

RW

14; 44D

MB; UV

Swisher 1967c

 

98

In

13D

MB

Eden 1968

 

100; 90

SF

4; 21D

MB; UV

Swisher 1968a

 

100; 96±2

BAS

1D

MB; UV

Swisher 1972a

 

100; 94-97

SF

4; 14D

MB; UV

 

 

100

In

3D

MB

Pecenik 1984

 

95; 87

In

23D

UV; C

 

C12LAB isomers

Rates

SF

 

DGC

Huddleston 1963a

 

Rates

RW

 

DGC

Swisher 1963b,c; 1964b

 

Rates

CAS

3h

DGC

Wickbold 1964,1974; Bock 1966a

 

Rates

CAS

3h

DGC

Divo 1976

1Φ10MeC11

97

RW

6d

MB

Swisher 1963b

2Φ2MeC11

86; 29

RTF; RW

1; 10D

MB; O2

Burnop 1960

 

100; 85

Wa

28h

MB; COD

Nelson 1961

 

100; 59

BOD

6; 16D

MB; O2

Hammerton 1962

 

100; 70

CAS

6h

RA; RS

Sweeney 1964a

 

83

Wa

26h

O2

Brink 1966

 

100; 30

In

16; 27D

MB; O2

Kolbel 1967

 

100; 90

In

9; 14d

MB; O2

 

 

100; 90

BAS

1D

MB; UV

Swisher 1969a

5Φ5MeC11

50

SF

7D

MB

Huddleston 1963b

1Φ2,2Me2C10

100; 80

BAS

1D

MB; UV

Swisher 1969a

1Φ3,3Me2C10

100; 94

BAS

1D

MB; UV

 

1Φ4,4Me2C10

98; 33

CAS

6h

RA; RS

Sweeney 1964a

1Φ9,9Me2C10

95

RW

50D

MB

Swisher 1963b

2Φ5,9Me2C10

92; 95

BAS; RW

1; 26D

MB

Cohen 1965

1Φ6,8,8Me3C9

30; 35

Wa

28h

MB; COD

Nelson 1961

3Φ6,8,8Me3C9

66; 0

RTF; RW

1; 10d

MB; O2

Burnop 1960

4Φ2,2,3Me3C9

98

RW

13D

MB

Swisher 1963b

1Φ5,5,7,7Me4C8

85

RTF

1D

MB

Burnop 1960

 

55; 65

Wa

28h

MB; COD

Nelson 1961

 

93

RTF

1D

MB

Cohen 1963

1Φ2AmC7

97; 52

In

36D

MB; O2

Kolbel 1964

1Φ6Cy6C6

100

RW; COD

15D

MB; O2

Huyser 1960

1Φ3(3,3,5M3Cy6)C3

30; 10

Wa

28h

MB; COD

Nelson 1961

1Φ2(2iPr5MeCy6)C2

50; 65

Wa

28h

MB; COD