Supplementary Table I. Stoichiometric matrix for microbial reactions - Continued
Solute species
Process
18. Anoxic (NO2) growth
19. Anoxic (NO2) storage of GLY
S NH4
S NO2
S NO3
[gN m-3]
[gN m-3]
[gN m-3]
SF
Particulate species
SA
S PO4
S O2
[gCOD m-3][gCOD m-3] [gP m-3]
[gO2 m-3]
1  YPAO
1.71YPAO
PAO
1  YGLY

PAO
1.71YGLY

X AOB
X NOB
X Het
X PAO
X GAO
X PP
X PHA,P
[gCOD,X m-3] [gCOD,X m-3] [gCOD,X m-3] [gCOD,X m-3] [gCOD,X m-3] [gCOD,X m-3] [gCOD,X m-3]
1

1
YPAO

1
PAO
YGLY
X GLY, P
[gCOD,X m-3]
X PHA,G
X GLY, G
22. Lysis of PHA
1
23. Lysis of GLY
1
1- fXI
fXI
1- fXI
fXI
1
1
21. Lysis of PP
XI
1
1
20. Lysis of PAO
XS
[gCOD,X m-3] [gCOD,X m-3] [gCOD,X m-3] [gCOD,X m-3]
1
1
GAO
GAO
YS_A
24. Anaerobic storage of PHA

25. Aerobic growth

26. Aerobic storage of GLY
27. Anoxic (NO2) growth
1

1  YGAO
YGAO
1
GAO
1  YGLY
GAO
YGLY
1  YGAO
1.71YGAO
1

28. Anoxic (NO2) storage of GLY
29. Anoxic (NO3) growth

1  YGAO
2.86YGAO
30. Anoxic (NO3) storage of GLY

GAO
1  YGLY
GAO
2.86YGLY
GAO
1  YGLY
GAO
YGLY
1

1
YGAO

1
GAO
YGLY

1
YGAO

1
GAO
YGLY

1
YGAO

1
GAO
YGLY
GAO
(1  YS_A
)
1
1
1
1
31. Lysis of GAO
32. Lysis of PHA
1
33. Lysis of GLY
1
1
1
Hydrolysis
34. Aerobic hydrolysis
1
1
35. Anoxic hydrolysis
1
1
36. Anaerobic hydrolysis
1
1

Supplementary Table I. Stoichiometric matrix for microbial reactions

OCCURRENCE AND FATE OF BENZOTRIAZOLES (BTRs) DURING