Environmental Engineering Reference
In-Depth Information
Table 1
(continued)
LOD (LOD, ng L
-1
Antifouling
Matrix
Extraction method
Recovery
GC
Ionization
Detection
Mode
Refs.
booster
(sorbent)
(%)
Capillary
mode
system
operation
in seawater and
ng g
-1
biocides
column
in sediment)
[22]
∗
seawater,
SPME (polyacrylate)
HP-1
EI
Q-MS
SIM
80
harbour
seawater
[23]
∗
SME
88
DB-5
ECD
3.0
[14]
∗
sediments
LLE (dichloro-
EI
MS
SIM
500
methane
/
acetone)
[35]
∗
sediments
sonication
/
LLE
87
DB-1
EI
Q-MS
SIM
3.0
sediments
ultrasonic
101
HP-5
EI
IT-MS
SIM
3
[34]
[26]
∗
sediments
water extraction
/
54
DB-5
EI
Q-MS
SIM
11
SPME (PDMS)
[26]
∗
/
sediments
acetone extraction
84
DB-5
EI
Q-MS
SIM
1
SPME (PDMS)
[27]
∗
Sea-nine 211
seawater
SPE (polymeric)
45
HP-5
NCI
IT-MS
MS
/
MS
0.05
[28]
∗
seawater
SPE (polymeric)
45
HP-5
NCI
Q-MS
SIM
1.5
[28]
∗
seawater
SPE (polymeric)
45
HP-5
EI
Q-MS
SIM
2.5
seawater,
SPE (C18-disks)
66
BPX5
PCI
IT-MS
MS
/
MS
5.0
[36]
harbour
seawater
[21]
∗
SPME (PDMS-DVB)
96
DB-5
ECD
2
[21]
∗
seawater
SPME (PDMS-DVB)
96
DB-1
FTD
5
∗
simultaneousdetermination:([22]:I,D;[21]:I,S;[24]:I,S;[20]:I,D;[14]:I,C,D;[35]:I,C,D;[23]:C,D,S;[27]:I,C,D,S,T;[28]:I,D,S,
T; [26]: I, C, D, S). I: Irgarol 1051, C: Chlorothalonil, D: Dichlofluanid, T: TCMTB, S: Sea-nine 211.
a
reported recovery of internal standard TPT (tripropyl tin chloride)
