Part 3

Page 41 of 149
Wednesday, January 17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methodsof analysis
GERMANY, ODER, HOHENWUTZEN
1
TCETHl12
TCETY
1
l
l
I
I
l
Page 42 of 149
Wednesday, January 17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methodsof analysis
GERMANY, ODER, HOHENWUTZEN(continued)
Variable
Method
Detection
Maximum Minimum
limit
Frequency
range
TCM
TEMP
TOC
TURBIDITY
ZN-DIS
GERMANY, RHEIN, KLEVE-BIMMEN
CLT
365
26 CONDUCT
12
CR-DIS
CS137
CU-DIS
DCETHl2
DDD24
DDD44
DDE44
DDT24
DDT44
DICHLORVOS
l
12
12
12
12
12
12
12
12
I
I
I
I
I
~
1
~~~~
l
Page 43 of 149
Wednesday, January 17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methods of analysis
GERMANY, RHEIN, KLEVE-BIMMEN (continued)
Variable
I
ETAZIN
FE-DIS
FENTHION
FLU
HCBU
HEDIS
il23CDP
ISOPROTU
K-TOT .
MEAZIN
MG-DIS
MN-DIS
Maximum
Frequency Minimum
range
Detection
limit
Method
12
12
12
12
12
.
26
I
365
12
12
12
12
N-TOT
I
1
1
1
1
1
1
26
l
1
1
NITROBENZ
N03-N
12
I
12
12
12
~~
~~
~~
ss
T4CETHY
TCBl35
TCETHl11
TCEN
TCM
TEMP
TOC
ZN-DIS
1
1
1
PARATHION-E
PARATHION-M
PB-DIS
PCBll8
PCB138
PCB153
PCBl80
PC828
PCB52
PCP
PH
SlMAZlNE
S04
SR-90-DIS
I
~
12
12
12
12
12
12
12
26
12
12
12
12
12
12
12
12
26
26
12
1
Page 44 of 149
Wednesday, January 17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methods of analysis
GERMANY, RUR (EIFEL), RUR END- STEINKIRCHEN
ethod
Detection
Maximum
Minimum
Frequency
Variable
range
CA-DIS
CD-DlS
CL
I
I
I
13
13
limit
I
l
N03-N
S04
GERMANY, SAAR, GUDINGEN
I
I
I
I
I
I
I
l
I
Page 45 of 149
Wednesday, January 17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methods of analysis
GERMANY, SAAR, GUDINGEN (continued)
. ,
GERMANY, SALZACH, LAUFEN
3H
ALPHA-TOT
AS-DIS
BETA-REST
BETA-TOT
BOD5
CD-DIS
l
CL
1.
Frequency Minimum
ranae
4
4
26
4
4
26
26
26
Maximum
Detection
limit
Method
Page 46 of 149
Wednesday, January 17.1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits andmethods of analysis
GERMANY, SALZACH, LAUFEN (continued)
GERMANY, VECHTE, LAAR
Maximum
Method
Detection
limit
I
I-
I
I
I
I-
I
nuary
Wednesday,
Page 47 of 149
17,1996
Table 5. Monitoring.,stations, variables, concentration ranges,
detection limits and methodsof analysis
GREAT BRITAIN, COR RIVER, CALEDON BRIDGE
Variable
Frequency
range
-
ALK-TOT
BOD5
CONDUCT
CU-DIS
HARD-TOT
NH4N
N02-N
NOSN
02
02%
P-DIS
PH
ss
.
TEMP
ZN-TOT
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
74.oooo
.oooo
CL
1o.oo00
235.oooo
0
104.m
0.04oO
0.0200
0.5OOO
5.9O00
51.m
2.oooo
3 . m
0.0060
Method
Detection
Maximum Minimum
limit
233.oooo
1.m DOE SCA METHOD
1.m 5 day 20 C ATU
5 . m colorimetry
1o.oo00
DOE SCA METHOD
5
6
5
m
.
0.0240 0.001 0.0010 electrothermal AAS
270.oooO
1.oooo DOE SCA METHOD
0.6200
0.0400 colorimetry
0.0900
0.0200 colorimetry
colorimetry
0.0500 4.7000
0.1 000 DOE SCA METHOD
15.1 000
153.oooOmethodlcalculation
1.oooo Wrinkler
colorimetry
on filtered sample
0.0500 0.2600
0.0500
DOE SCA METHOD
8.6600 7.4400
306.ooOo
2.oooo DOE SCA METHOD
mercum
21thermometer
.m
0.0060 flame AAS
0.04oO
I
7.4000 1
26.oooo
I
I
I
GREAT BRITAIN, COUNTY RIVER, COUNTY BRIDGE
Minimum Maximum
144.0000
1.ooOO
1.oooO
4 . m
29.oooO 8.oooO 5.oooo
99.oooo
329.oooO
1o.oo00
0.001 0
o.ma
0.0010
20.m
168.oooO
1.oooo
0.04oO
1.0800
0.0200
0.0300
0.0200
0.0500
0.4OOO
0.0500
8.oooO
14.oooO
0.1 ooo
1.oooo
74.0000
105.m
500
0.0500
0.0500 0.1
7.2000 8.51W
2 . m
220.0000
2.0000
1.m
17.oooO
o.ma
o.0060
ALK-TOT
BOD5
CL
CONDUCT
CU-DIS
HARD-TOT
NHCN
N02-N
N03-N
12.m
1.oooo
DOE SCA METHOD
5 day 20 C ATU
colorimetry
DOE SCA METHOD
electrothermal AAS
DOE SCA METHOD
~~~
02
02%
P-DIS
PH
Detection Method
limit
I
ZN-TOT
colorimetrv
colorirnetry
DOE SCA METHOD
Winkler method/calculation
colorimetry on filtered sample
DOE SCA METHOD
DOE SCA METHOD
mercury thermometer
flame AAS
GREAT BRITAIN, CULLY WATER, SILVER BRIDGE
'
N02-N
N03-N
02
12
12
12
0.0200 0.4800
0.0200
colorimetry
2.6000 0.27000.0500 colorimetry
0.1000 12.7000
DOE SCA
5.2000
METHOD
I
I
y
Wednesday,
Page 48 of 149
17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methods of analysis
GREAT BRITAIN, CULLYWATER, SILVER BRIDGE (continued)
range
1.m Winkler methodlcalculation
0.0500 colorimetry on fikered sample
DOE SCA METHOD
DOE SCA METHOD
2 . m
mercury thermometer
0.mo flame AAS
l 0 1.oooo
P-DIS
7.2400
2.oooo
ss
TEMP
ZN-TOT
,
I
12
I
o.OO60
Method
Detection
limit
Maximum
Variable
Frequency
Minimum
~
I
0.0710
GREAT BRITAIN, ERNE (INFLOW TO NI), DERRYVORE
Variable
Frequency
Minimum
I
range
-
I
24
24
24
24
24
24
ALK-TOT
B005
CL
CONDUCT
CU-DIS
HARD-TOT
N02-N
--
24
-
02%
P-DIS
P-TOT
PH
24
24
24
24
24
24
24
ss
TEMP
ZN-TOT
35.m
1.oooo
lo.oo00
197.oooO
0.001 0
82.oooO
0.0300
0.0200
0.0500
6.4000
49.m
0.0500
0.0500
7.4100
2.oooO
l.oooo
110.0000
6.4000
27.oooO
301 .W00
0.0480
15o.oooO
0.9500
0.2oOo
4.1 OOO
21.9000
21 7.oooO
0.3800
0.2000
9.0900
78.0000
21 .m
0.0300
I
I
0.0060
Method
Detection
limit
Maximum
DOE SCA METHOD
5 day 20 C ATU
l.OOOO
1 .0000
5.oooO
colorimetry
DOE SCA METHOD
electrothermal AAS
DOE SCA METHOD
1O.oooO.
0.0010
l.oooO
0.0400 colorimetry
0.0200
0.0500
0.1000
l.ooOO
0.0500
0.0500
colorimetry
colorimetry
DOE SCA METHOD
Winkler methodlcalculation
colorimetry on filtered sample
digestion with ammonium persulphatdcolorimetry
DOE SCA METHOD
DOE SCA METHOD
mercury thermometer
flame AAS
2.0000
0.0060
GREAT BRITAIN, ERNE (OUTFLOW FROM NI), BELLECK BRIDGE
Variable
Minimum
Maximum
Frequency
ranae
Detection Method
limit
~~~
~
~
24
24
24
24
24
24
24
24
24
I
N03-N
..
24
I
02
02%
P-DIS
P-TOT
PH
24
24
24
24
24
24
24
ALK-TOT
BOD5
CL
CONDUCT
CU-DIS
HARD-TOT
KJD-N
NH4-N
N02-N
ss
TEMP
ZN-TOT
I
~
24
1.oo00
1o.m
211.oooo
0.001 0
84.oooo
1.oooO
0.O400
I
0.0200
0.1ooo I
8.oooO
79.m
0.0500
0.0500
2.oooo
3.oooo
88.oooO 65.oooO1.ooOo
5.1 000
l.moo
5.oooO
42.oooO
10 . m
4
o
o
m
.
0.001 0 .
O.Oo40
129.m
1.oooo
1.oooo
6.oooO
0.31 00
0.0400
0.0200
0.0700
3.4000
0.0500
15.oooO
146.0000
0.7900
0.1o
o
l
8.6000 7.2600
14.oooO
18.oooO
0.0060
0.0060
DOE SCA METHOD
5 day 20 C ATU
colorimetry
acid digestionldeterrnination of ammonia
1
~
colorimetry
colorimetrv
mercury thermometer
flame AAS
uary
Wednesday,
Page 49 of 149
17,1995
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methods of analysis
GREAT BRITAIN, FINN (ERNE CATCHMENT), WATTLE BRIDGE
Variable
Frequency
Minimum
limit
I
range
I
I
Maximum
I
Detection
I
Method
I
GREAT BRITAIN, FINN (FOYLE CATCHMENT), CLADY BRIDGE
Method
Variable Detection
Maximum Minimum
Frequency
range
limit
DOE SCA METHOD
5 day 20 C ATU
colorimetrv
- ,
~~
~
DOE SCA METHOD
electrothermal AAS
DOE SCA METHOD
acid digestionldeterminationof ammonia
colorimetry
colorimetry
colorimetry
DOE SCA METHOD
Winkler methodkalculation
colorimetry on fiitered sample
digestion with ammonium persulphite/colorimetry
DOE SCA METHOD
DOE SCA METHOD
mercury thermometer
flame AAS
GREAT BRITAIN, FORKILL RIVER, LOWER BRIDGE
Variable
ALK-TOT 24.oooO
BOD5
CL
CONDUCT
CU-DIS
HARD-TOT
NH4N
Frequency
range
12
12
12
12
12
12
12
Minimum
Maximum
I
Method
DeE;on
DOE SCA METHOD
1.oooo
14.oooO
130.oooO
0.0010
42.oooO
0.04oO
7.3000
colorimetry
210.oooO
0.01 10
10.0000
0.0010
7
. o . mI
0.0400
colorimetry
l
Page 50 of
Wednesday, January 17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limitsand methods of analysis
GREAT BRITAIN, FORKILL RIVER, LOWER BRIDGE(continued)
Method
Detection
Maximum
Minimum
Frequency
Variable
range
.limit
GREAT BRITAIN, RIVER DERG, AGHYARAN BRIDGE
Variable
Minimum
Frequency
.ranae
_..
Method Detection
Maximum
limit
S -
ALK-TOT
BOD5
--
Cl
--..---.
CtJ-nIs
--
CONDlICT
HARD-TOT
i
lI
Il
I
12
12
12
12
12
12
~
I
I
I
I
3.oooo
83.oooo
l.oooo
6.5000
7.m
62.oooO
0.0010
l
l
1I
I
I
1.0000
l. O w O
5.oooO
lO.oo00
0.0010
1.0000
38.oooo
309.ooOoI
0.04oO I
l o4.oooo I
DOE SCA METHOD
5 day 20 C ATU
colorimetry
I DOE SCA METHOD
Ielectrothermal
AAS
I DOE SCA METHOD
GREAT BRITAIN, RIVER MOURNE BEG, MOURNE BRIDGE
Frequency
Minimum
Method
range
ALK-TOT
BOD5
CL
CONDUCT
CU-DIS
HARD-TOT
12
12
12
.-
12
12
12
1
Maximum
+Eyg
54.oooo
0.001 0
12.oooo
369.oooO
0.0200
206.m
Detection
limit
1.OOOO
1.CO00
5.oooO
1O.oooO
0.0100
1.oooO
DOE SCA METHOD
5 day 20 C ATU
colonmetry
DOE SCA METHOD
electrothermalAAS
DOE SCA METHOD
149
Page 51 of 149
Wednesday, January 17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methodsof analysis
GREAT BRITAIN, ROOGAGH RIVER, GARRISON BRIDGE
Method
limit
Variable
Frequency
Minimum
Maximum
Detection
range
DOE SCA METHOD
5 day 20 C ATU
colorimetry
DOE SCA METHOD
electrothermal AAS
DOE SCA METHOD
colorimetrv
colorimetry
colorimetry
DOE SCA METHOD
methcd/calculation Winkler
colorimetry onfiltered sample
DOE SCA METHOD
DOE SCA METHOD
thermometer
mercury
flame AAS
I
I
I
GREAT BRITAIN, SWANLINBAR RIVER, THOMPSONS BRIDGE
TEMP
ZN-TOT
I
I
l
0.0060
I
I
20.oooo
0.04oO I
I
l
[ colorimetry
l
thermometer
mercury
I flame AAS
0.0060
GREAT BRITAIN, UPPER LOUGH MACNEAN, BELCOD BRIDGE
I
I
NHCN
N02-N
I
24
24
I
I
I
0.0400
0.0200
1
I
0.2300
I
0.0400I
0.0400
0.020"
I colorimetry
Page 52 of 149
Wednesday, January 17,1996
Table 5. Monitoring stations, variables,concentration ranges,
detection limits and methods of analysis
GREAT BRITAIN, UPPER LOUGH MACNEAN, BELCOD BRIDGE (continued)
GREAT BRITAIN, WOODFORD RIVER, AGHALANE BRIDGE
HUNGARY, BERETWO, POCSAJ
Frequency
Variable
Minimum
Maximum
range
1.3OOo
1so00
9.5000
10.oooO
100.2ooo
0.5oOo
16.3000
1o.oo00
165.9OOO
82.oooO
983.oooO
0.7000 26.9000
70.5000
11.oooo
1.l
000
Method
Detection
limit
65.5000
1.6400
27.0000 2.oooo
MSZ 12750-4
MSZ 12750-52
MSZ 12752-1 1
MSZ 12750-22
MSZ 448-42
MSZ 448-3
MSZ 12750-7
MSZ 448-15
MSZ 12750-21
MSZ 448-32
MSZ 260-32
MS2 12750-10
MSZ 12750-34
MSZ 12750-12
MSZ 448-1 0
Page 53 of
Wednesday, January 17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methods of analysis
HUNGARY, BERETTYO, POCSAJ (continued)
Variable
IFrequency]
PB-TOT
PH
PHENOL-SUM
S04
.
ss
SYNDETS
TEMP
TOC
ZN-TOT
I
I
,
52
52
6.8000
52
1.m
52
52
52
52
52
I
I Maximum I
Minimum
52
I
I
1
5.oooO
1o.ooO0
23.oooO
~~~
HUNGARY, BODROG, FELSOBERECKI
I
4.3000
8.6000
20.0000
264.2000
1269.0000
180.ooO0
24.oooO
I
9o.ooooI
I
Detection
Method
MSZ 448-3
MSZ 12750-5
MSZ 448-10
MSZ IS0 7150-1
MSZ 260-34
MSZ 448-12
MSZ 12750-18
MSZ IS0 5813
MSZ 12750-23
MSZ 12750-17
MSZ 260-20
MSZ 448-45
MSZ 12750-33
MSZ 448-22
MSZ 1484-1
MS2
.
..- - 448-1
. .. .3
MSZ IS0 7079
MSZ 12750-24
MSZ 448-2
I
MSZ 12750-8
149
Wednesday, January 17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methods of analysis
HUNGARY, BODROG, FELSOBERECKI (continued)
HUNGARY, BODVA, HIDVEGARDO
Page 54 of 149
Wednesday, January 17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methods of analysis
HUNGARY, DRAVA, DRAVASZABOLCS
HUNGARY, DUNA, MEDVE
Page 55 of 149
Page 56 of 149
We#wsday, Janwry 17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methodsof analysis
HUNGARY, DUNA, MEDVE (continued)
I
TOC
26 ZN-TOT
2 6 1
I
I
I
I
78.oooO I
IMSZ 12750-8
9.9OOO
22.9Ooo
6.5000
0.0300
1.6000
0.8200
MS2 448-3
MSZ 12750-5
m52 448-10
MS2 IS0 7150-1
MSZ 260-34
6.0000
i
HUNGARY, DUNA, MOHACS
KJD-N
MGTOT
MN-TOT
NA-TOT
NH4N
NI-TOT
.
52
52
52
52
28.0000
52
19.0000
52
Page 57 of 149
Wednesday, January 17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methods of analysis
HUNGARY, DUNA, MOHACS (continued)
PH
PHENOL-SUM
S04
ss
SYNDETS
TEMP
__
TOC
.
.
I
ZN-TOT
52
52
52
52
52
52
52
._
52 2.oooo
9.oooO
8.oooO
61.9000 19.7000
7.7000
8.oooO
5.oooo
MSZ 448-22
MSZ 1484-1
MSZ 448-13
MSZ IS0 7079 136.oooo
MSZ 12750-24
oooo
12.1
I
IMSZ 448-2
25.5000
Il
I1
I
J
166.oooO
1
MSZ 12750-8
HUNGARY, FEHER-KOROS, GYUIA
I
I
Variable
I Frequency1
Minimum
range
I Maximum I
Detection
limit
I
Method
1
Page 58 of 149
Wednesday. January 17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methods of analysis
HUNGARY, FEHER-KOROS, GYULA(continued)
IiUNGARY, FEKETE-KOROS, SARKAD
MSZ 12752-11
CA-TOT
Page 59 of
Wednesday, January 17,1996
149
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methods of analysis
HUNGARY, FERTO-TO, FERTORAKOS
S04
354.5000
26
26
26
ss
SYNDETS
TEMP
TOC
ZN-TOT
MSZ 448-13
MSZ IS0 7079
MSZ 12750-24
MSZ 448-2
1259.3000
346.0000 8.0000
210.0000
26.oo00
1o.oo00
26
26
MSZ 12750-8
26
HUNGARY, HERNAD, HIDASNEMETI
Variable
1I
Minimum
Frequency
ranae
ABSORBANCE
AL-TOT
AS-TOT
BOD5
C-HCH
.
CA-TOT
CD-TOT
CL
COD
CONDUCT
CR-TOT
CU-TOT
FE-TOT
52
52
52
52
52
52
52
52
52
52
52
52
52
~~
1
Maximum
Detection
limit
v
2 . m
36.oooo
45.5000
904
.OOO
l.8ooo
79.oooo14.2000
11.m
315.oooO
1.oooo
4 . m
128.oooO
870.oooO
18.oooO
25.7000
I
Method
MSZ 12750-4
MSZ 12750-52
MSZ 12752-1 1
I
MSZ 12750-22
I .MSZ 448-42
MSZ 448-3
MSZ 12750-7
MSZ 448-15
MSZ 12750-21
MSZ 448-32
MSZ 260-32
MSZ 12750-10
MSZ 12750-34
1
~
~
I
Page 60 of
Wednesday, January 17,1996
149
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methods of analysis
HUNGARY, HERNAD, HIDASNEMETI (continued)
Variable
Frequency Minimum
range
FLOW
HGTOT
K-TOT
KJ D-N
MG-TOT
MN-TOT
NA-TOT
NH4-N
.. . . ..
NI-TOT
N02-N
N03-N
02
OIL
P-DIS
P-TOT
PAH-SUM
PB-TOT
PH
PHENOL-SUM
S04
.
ss
SYNDETS
TEMP
TOC
ZN-TOT
I
52
52
52
52
52
52
52
52
52
52
52
52
52
52
52
52
52
52
52
52
52
52
52
52
52
8.oooO
139.oooo
0.6700
1l2
.OOO
1.1m
11.3Ooo
32.4000
194O.ooOO
0.8OoO
0.0300
1.7600
3.3000
35.oooo
l. o m
~
0.2400
0.4100
7.2000
27.2000
8.2000
6.oooO
48.oooo
4.Mxx)
I
I
I
3
4
.
mI
123.9000
3644.0000
185.0000
24.1OOO
178.oooO
MSZ 12750-1 2
MSZ 448-10
MSZ 448-3
MSZ 12750-5
MSZ 448-10
MSZ IS0 7150-1
MSZ 260-34
MSZ 448-12
MSZ 12750-18
MSZ I S 0 5813
MSZ 12750-23
MSZ 12750-17
MSZ 260-20
MSZ 448-45
MSZ 12750-33
MSZ 448-22
.MSZ
..- - 1484-1
. ... .
MSZ 448-1 3
MSZ IS0 7079
MSZ 12750-24
MSZ 448-2
6.4500
6.1200
12.6000
0.4700
2.6000
0.7500
Method
Detection
limit
Maximum
I
I
MSZ 12750-8
HUNGARY, IPOLY, NOGRADSZAKAL
Variable
Frequency Minimum
ranae
Method
limit
Detection
Maximum
Page 61 of 149
Wednesday, January 17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methods of analysis
HUNGARY, IPOLY, NOGRADSZAKAL(continued)
1
Variable
~
~
~
~
~
~
26
26
26
26
26
26
02
OIL
P-DIS
P-TOT
PAH-SUM
PB-TOT
PH
26
5.5000
0.0100
0.0200
0.09oO
3.1OM
l
7.4000
26
PHENOL-SUM
S04
26
ss
26
41.3000
3.oooo
SYNDETS
TEMP
TOC
ZN-TOT
26
lo.m
26
26
26
.
1.m
HUNGARY, KRASZNA, MERK-AGERDOMAJOR
26.oooO
I
I
I MS2 12750-8
Page 62 of 149
Wednesday, January 17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methods of analysis
HUNGARY, KRASZNA, MERK-AGERDOMAJOR (continued)
I
Variable
I
TEMP
TOC
ZN-TOT
52
52
52
Method
Maximum Minimum
limit
Frequency
ranae
23.oooo
25.6000
MSZ 448-2
6o.oooo
MSZ 12750-8
I
HUNGARY, MAROS, MAKO
Method
HUNGARY, MURA, LETENYE
Variable
ABSORBANCE
Frequency Minimum
range
52
Detection Maximum
limit
MSZ 12750-4
Detection
Method
Page 63 of 149
Wednesday, January 17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methodsof analysis
HUNGARY, MURA, LETENYE(continued)
Variable
Minimum
Method
Detection
Maximum
Frequency
range
52
52
52
52
52
52
AL-TOT
AS-TOT
BOD5
C-HCH
CA-TOT
CD-TOT
TEMP
TOC
ZN-TOT
I
I
52
52
52
limit
MSZ 12750-52
MSZ 12752-1l
MSZ 12750-22 11.9ooo
MSZ 448-42
MSZ 448-3 61.1000 27.1000
MSZ 12750-7 3.5000
0.9OOo
1
I
1
24.6000 1
4.oooo
I
I
99.0000 I
1
IMSZ 448-2
I
IMSZ 12750-8
HUNGARY, RABA, SZENTGOlTHARD
Variable
Frequency
Minimum
range
ABSORBANCE
Maximum
52
I
15.3000
78.0000
10.2000
92.9000
72.oooO
733.oooo
21 .oooo
22.oooo
I
Method
Detection limit
MSZ 12750-4
MSZ 12750-52
MSZ 12752-11
MSZ 12750-22
MSZ 448-42
MSZ 448-3
MSZ 12750-7
MS2 448-1 5
MS2 12750-21
MSZ 448-32
MSZ 260-32
MSZ 12750-10
Page 64 of 149
Wednesday, January 17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methods of analysis
HUNGARY, RABA, SZENTGOlTHARD (continued)
TOC
ZN-TOT
I
52
52
I
I
I
5.oooo
I
I
I
73.oooO
I
I
12750-8
MSZ
HUNGARY, REPCE, REPCEVIS
Minimum
Variable
Frequency
Maximum
Detection
Method
limit
ranae
~~
67.9000
17.9000
27.6000
AL-TOT
AS-TOT
BOD5
C-HCH
CA-TOT26.9000
CD-TOT
CL
COD
CONDUCT
CR-TOT
CU-TOT
FE-TOT
FLOW
HG-TOT
K-TOT
KJD-N
MG-TOT4.6000
MN-TOT
NA-TOT6.2000
NHCN
NI-TOT
N02-N
26
26
26
26
26
1.oooo
13.7000
9.6OOO
8.oooo
212 . m
2.oooo
43.9Ooo
6.oooO
26
26
26
26
27.900026
78.oooO
532.oooO
13.2000
26
26
26
I
26
26
0.5OOO
I
I
3.oooo
MSZ
MSZ
MSZ
MSZ
MSZ
MSZ
MSZ
MSZ
MSZ
MSZ
MSZ
MSZ
MSZ
12750-4
12750-52
12752-1 1
12750-22
448-42
448-3
12750-7
448-15
12750-21
448-32
260-32
12750-1
0
12750-34
20.2000
I
I
I
10.7000 I
MSZ 12750-12
MSZ 448-10
26
26
26
26
26
26
26
350.oooO
0.0300
1.8600
11.m
0.2300
MSZ 448-3
MSZ 12750-5
MSZ 448-10
MSZ,ISO 7150-1
MSZ 260-34
MSZ 448-1 2
Page 65 of 149
Wednesday, January 17,1996
Table 5. Monitoring-stations,variables, concentration ranges,
detection limits and methodsof analysis
HUNGARY, REPCE, REPCEVIS (continued)
Variable
I
26
26
26
26
26
26
26
26
26
26
26
N03-N
02
OIL
P-DLS
P-TOT
PAH-SUM
PS-TOT
PH
. ..
PHENOL-SUM
~~
S04
ss
SYNDETS
TEMP
TOC
ZN-TOT
I
Detection
limit
Frequency Minimum
Maximum
7.3000
0.0800
0.2300
6.7000
0.6300
72.oooC
8.4000
3o.oooc
4.3000
1 .oooo
26
-
4.75N 0.3200
14.5OOC
1 .oooc
l .72OC
26
26
26
HUNGARY, SEBES-KOROS, KOROSSZAKAL
61 .oooC
8oo.oooc
250.oooC
. 23.9OOC
102.oooc 25.oooO
Method
MSZ 12750-18
MSZ IS0 5813
MSZ 12750-23
MSZ 12750-17
MSZ 260-20
MSZ 448-45
MSZ 12750-33
MSZ 448-22
MSZ 1484-1
MSZ 448-1 3
MSZ IS0 7079
MSZ 12750-24
MSZ 448-2
I MSZ 12750-8
y
Wednesday,
Page 66 of 149
17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methodsof analysis
HUNGARY, SEBES-KOROS, KOROSSZAKAL (continued)
Variable
limit
52
52
52
52
SYNDETS
TEMP
TOC
ZN-TOT
Method Detection
Maximum Minimum
Frequency
range
150.oooO
25.oooO
MSZ 12750-24
MSZ 448-2
103.oooO
MSZ 12750-8
HUNGARY, SLANA, SAJOPUSPOKI
I
Variable
SYNDETS
IFrequency1
Minimum
I
I
I
TEMP
TOC
ZN-TOT
i
52
I
52
1
52
I
25.oooO
I
Maximum
I
Detection
12750-24
25.oooO 448-2
I
300.0000 1
I
I MSZ
I MSZ
1
12750-8
MSZ
Method
I
I
Page 67 of 149
Wednesday, January 17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methodsof analysis
HUNGARY, SZAMOS, CSENGER
HUNGARY, TISZA, SZEGED
Maximum
Variable
Frequency
Minimum
ranae
1
Detection
limit
I
Method
MSZ 12750-4
28.oooO
74.1OOO
3.5000
114.5000
92.0000
71 5.0000
41.oooO
44.oooO
MSZ 12750-52
MSZ 12752-1 1
MS2 12750-22 24.8000
MS2 448-42
MSZ 448-3
MSZ 12750-7
MSZ 448-15
MSZ 12750-21
M S 2 448-32
MSZ 260-32
MS2 12750-10
Page 68 of 149
Wednesday, January 17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methodsof analysis
HUNGARY, TISZA, SZEGED (continued)
c
OIL
IP-DIS
IP-TOT
I
I
I
PAH-SUM
PB-TOT
PH
PHENOL-SUM
S04
ss
SYNDETS
TEMP
TOC
ZN-TOT MSZ 12750-8
52
52
52
52
52
52
52
52
52
52
52
52
52
I
I
I
0.0300
0.1100
I
1
I
0.9OOo I
l.llool
68.oooO
12.oooo
3 . m
l10.5OOO
419.oooO
I MSZ
50-23
MSZ 12750-17
MSZ 260-20
MSZ 448-45
MSZ 12750-33
MSZ 448-22 8.7000 7.1
MSZ 1484-1 20.oooo
MSZ 448-13
MSZ IS0 7079
MSZ 12750-24
MSZ 448-2
I
0.5300
0.5000
OOO
127:
198.m
26.9ooo
6.oooO
134.ooOo
HUNGARY, TISZA, TISZABECS
Variable
Frequency
Minimum
Maximum
Detection
range
ABSORBANCE
AL-TOT
I
I
52
52
Method
limit
1
I
I
i
I
I
MSZ
MSZ
MS2
MSZ
MSZ
MSZ
MSZ
MSZ
MS2
MSZ
MSZ
MSZ
, MSZ
~
1
HG-TOT
i K-TOT
KJD-N
'
MG-TOT
MN-TOT
NA-TOT
NH4-N
NI-TOT
N02-N
I
I
52
52
52
52
52
52
900
52
52
52
I
I
0.3oOo
l.oooo
4.4000
I
i
I
MSZ 12750-12
0
MSZ
1 9 448-1
. mI
25.4000
1790.0000
51.W00
2.1
12750-4
12750-52
12752-1 1
12750-22
448-42
448-3
12750-7
448-15
12750-21
448-32
260-32
12750-10
12750-34
1
M S 2 448-3
2oo.oooo
0.0500
448-1
MSZ
2
I
I
l
f
1
Page 69 of 149
Wednesday, January 17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methodsof analysis
HUNGARY, TISZA, TISZABECS (continued)
Variable
~
~
N03-N
02
OIL
P-DIS
-~
P-TOT
PAH-SUM
PB-TOT
PH
PHENOL-SUM
S04
I
I
52
52
52
52
._
~
ss
SYNDETS
TEMP
TOC
ZN-TOT
Frequency Minimum
range
I
52
52
52
52
52
52
52
52
52
52
52
Maximum
Detection
limit
I
I
Method
5.oooo
I
I
6.9000
l.oooo
2.oooo
I
I
27.oooO
I
I
12750-8
MSZ
HUNGARY, TUR, GARBOLC
Method
Minimum
Maximum
Detection
limit
~
0.7000
l
I
13.8000
1 .oooo
74.4000
7.1 000
3.oooo
5.oooO
11
0.4oOo
46.m
542.m
0.8000
1o.oo00
2000.oooo
.
MSZ 127504
MSZ 12750-52
MSZ 12752-1 1
MSZ 12750-22
MSZ 44842
MSZ 448-3
MSZ 12750-7
MSZ 448-15
MSZ 12750-21
MSZ 448-32
MSZ 260-32
MSZ 12750-10
MSZ 12750-34
79.3000
MSZ 12750-12
MSZ 448-10
Page 70 of 149
Wednesday, January 17.1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limitsand methods of analysis
HUNGARY, TUR, GARBOLC (continued)
Variable
SYNDETS
TEMP
TOC
ZN-TOT
Detection
limit
Frequency Minimum
range
26
26
26
26
4
8
m
.
Maximum
143.ooOo
24.3000
MSZ 12750-24
MSZ 448-2
310.ooOo
MSZ 12750-8
Method
KAZAKHSTAN, ILI, KAIERGAN
~~
~~
KAZAKHSTAN, URAL, ILEK
Variable
Frequency Minimum Maximum
range
4o.oooo
120.oooo
Detection
limit
Method
170.oooO 30.oooO
120.m
1O.oo00
5.oooo
1o.oo00
330.oooo
150.000C
30.oooo
15o.oooo
P-TOT
I
SI-DIS
2
0
m
. I
S04
l
150.000(1
LATVlq DAUGAVA, DAUGAVA-PIEDRUJA
Variable
Method
Detection
Maximum
Minimum
Frequency
range
A-HCH
12
BOD5
12
C-HCH
12
limit
l
Page 71 of
Wednesday, January 17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methodsof analysis
IAlVlq DAUGAVA, DAUGAVA-PIEDRUJA(continued)
Variable
CO3
--_
12
~-
COD
COLOURNUM
CU-TOT
DDD-SUM
12
12
12
12
FE-TOT
FLOW
HARD-TOT
K-TOT
MD-N
MG-TOT
NA-TOT
NH4-N
N02-N
N03-N
12
12
12
S04
SS
TEMP
TURBIDITY
ZN-TOT
Detection
Maximum Minimum
limit
Method
Frequency
range
I
I
1 .
I
I
12
12 I
12
1 2 1
12
12
12
12
f2
12
12
12
I A l V l A , MEMELE, SKAISTKALNE VILLAGE
I
I
I
I
I
weight method
149
Wednesday,
Page 72 of 149
17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methods of analysis
lAlVl/+MEMELE, SKAISTKALNE VILLAGE (continued)
Method
Maximum
Frequency Minimum
range
Variable
limit
NH4-N
N02-N
N03-N
0-PO4-P
12
12
12
12
0.0200
n3
17
OIL
12
12
12
12
0.0500
0.0200
P-TOT
PB-TOT
PH
SI-DIS
Sod
ss
ZN-TOT
I
I
12
I
12
1
12
I
12
1
100.ooOO
AAS graphite furnace
glass electrode
spectro
tirom.
weight
- method
200.oooO
AAS graphite furnace
I
l
I
I
I
I
spectro+hypochloryte,phenol
spectro, Griess method
spectro, Griessmethod
spectro.+ascorbic acid
tirom. Vincler method
IR
spectro.+K-peroxodisulphate di
LATV
A
l , MUSA, BOUNDARY
PH
6
glas electrode
SI-DIS
S04
6
spectro.+methol.sodium
titrorn.
weight method
ss
ZN-TOT
6
6
6
200.0000
AAS graphite furnace
Detection
Page 73 of
Wednesday, January 17,1996
149
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methodsof analysis
LA’NlA, VENTA, VENTA-NIGRANDE
Variable
Minimum
Method
Detection
Maximum
Frequency
range
limit
0.5000
BODX
NA-TOT
NH4-N
N02-N
N03-N
0-P04-P
02
OIL
P-TOT
PB-TOT
6
6
6
.
6
6
I
I
PH
SI-DIS
S04
~~~~
ss
ZN-TOT
~
_
_
_
~
_
~
6standard
flame emission spectrom.
spectro hypochloryte+phenol
Griess method
Griessmethod 6
spectro with ascorbic acid 6
0.0500 6titrometricallv. Vincler
0.0200 IR
spectro+KperoxPdisuIph. diges
100.0000 I AAS -qraphite
furnace
.
0.0200
0.0100
i
6
6
6
6
6
1
1
~
~
I
I
.
I
I
I
electrode
glass
Ispectrom.
200.0000
~
~
Ititrorn.
Iweight method
IAAS graphitefurnace
1
MOLDAVA, DNESTR, OLENESHT
I
I
BODS
C-HCH
CL
COD
COLOURNUM
DDT-SUM
HARD-TOT
L
.
HGWJ
12
02
12
12
12
12
12
12
OIL
P-TOT
PH
PHENOL
RESIDUE
‘RESIN 12
S04
l
l
l ss
l
i TEMP
SURFACT
TRIAZINES
TURBIDITY
ZN-DIS
I
1.8000
12
12
12
12
12
12
12
12
12
12 .
1
Detection
limit
I
Method
8.9000
62.oooO 27.oooO
27.oooO 9.6000
18.oooO 16.oooO
12.9000
5.5000
I
0.0070
7.6000
I
410.oooO
76.oooO
12.7000
0.3OoO
8.2000
I
7 3 5 . mI
2
2
o
m
.
252.oooO
26.oooO
12
12
12
12
Maximum
0.5000
13.oooO
I
1
Page 74 of 149
Wednesday, January 17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits andmethods of analysis
MOLDAVA, PRUT, BRANESHT
Frequency Minimum
range
Variable
'
l
BOD5
~
C-HCH
CL
COD
1 COLOURNUM
DDT-SUM
HARD-TOT
HC03
I0
- _2
1 P-TOT
~
I
I
, OIL,
PH
PHENOL
RESIDUE
RESIN
S04
, ss
I SURFACT
1 TEMP
TRlAZlNES
TURBIDITY
ZN-DIS
12
12
12
12
12
12
12
12
12
12
12
12
12
Maximum
1
Detection
limit
I
Method
l.8OOo
27.oooO
9.6OOO
16.oooO
I
27.oooO
18.oooO
5.5000
I
0.0070
7.6000
0.3000
8.2000
410.0000 12
12
12
12
12
12
76.oooO
12.7000
26.m
12 .
12 13.oooO 0.5000
12
MOLDAVA, PRUT, DZHURDZHULESHT
Variable
BOD5
C-HCH
CL
COD
COLOURNUM
DDT-SUM
HARD-TOT
HC03
02
Frequency
range
12
12
12
12
12
12
12
12
12
Minimum
l.8OOo
27.oooO
9.6000
16.0000
Maximum
Detection
limit
Method
8 . m
I
I
27.oooO i
l
5.5000
26.oooO
13.0000
1
Page 75 of 149
Wednesday, January 17,1996
Table 5. Monitoring stations, variablesi concentration ranges,
detection limits and methodsof analysis
MOLDAVA PRUT, KAKHUL
MOLDAVA, PRUT, KORPACH
Variable
IC-HCH
l02
Detection
limit
I
I
COLOURNUM
DDT-SUM
Maximum
Minimum
Frequency
range
12
12
I
16.oooO
I
Q
Q
18.oooO
l
I
I
i
12.9000
L
TRlAZlNES
TURBIDITY
ZN-DIS
12
12
12
0.5000
.13.oooO
Method
Page 76 of 149
Wednesday, January 17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methods of analysis
MOLDAVA, PRUT, KOSTESH
MOLDAVA, PRUT, LEOVO
t02
I
PHENOL
RESIDUE
RESIN
S04
12
12
12
12
12
12
ss
12
P-TOT
i PH
1
12
TRlAZiNES
TURBIDIW
I
12
12
I
5.5000
I
7.6000
735.oooo
41O.oo00
'
12.7OOO
1
I
0.5000
I
0.3000
8.2000
0.0070
76.oooO
12.9000 I
1
I
22o.oooo
252.oooO'
I
13.oooO I
I
l
Page 77 of 149
Wednesday, January 17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methodsof analysis
MOLDAVA, PRUT, LEUSHEN
Variable
Minimum
Frequency
range
PHENOL
RESIDUE
RESIN
S04
12
12
12
12
12
12
12
.
ss
SURFACT
TEMP
TRlAZlNES
TURBlDliY
l
1
.
1
Maximum
410.oooO
735.oooo
76.oooO
12.7000
22O.oooO
252.oooO
Detection
limit
Method
26.O0OQ I
I
12
2 1
0.5oOo
I
I
I
MOLDAVA, PRUT, SHIREUZ
Maximum
8.9000
1I
Detection
limit
II
Method
I
62.oooO
27.oooO
18.oooO
I
12.9000 I
0.3000
8.2000
735.oooO
22O.oooO
252.oooO
I
l
Page 78 of 149
Wednesday, January 17,1995
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methods of analysis
MOLDAVA, PRUT, UNGEN
SURFACT
~
12
12
12
12
TEMP
TRlAZlNES
TURBIDITY
ZN-DIS
~~
~~
26.oooO
0.5000
13.oooO
~~
MOLDAVA, PRUT, VALlA MARE
I
I
I
Frequency
Minimum
range
Maximum
8.9000
18.oooO
I
I
I
I
I
Detection
limit
1
I
lI
I
I
I
I
Method
12.9000I
I
I
l
1
I
I
l
l
l
Page 79 of 149
Wednesday, January 17,1996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methods of analysis
NETHERLANDS, M S , EIJSDEN
MN-54-R
I
-52
I
I
l
I
Page 80 of 149
wedmy. 3amaTY 4 7 , q 996
Table 5. Monitoring stations, variables, concentration ranges,
detection limits and methods of analysis
NETHERLANDS, MAAS, EIJSDEN (continued)
NETHERLANDS, RIJN, LOBITH
Variable
Frequency
Minimum
Maximum
range
Method
Detection
limit
1.oooo
999999.oooo
0.2000
W 4.302ICP-AES
1 .oooo
0.5000
1 .m00
NEN 6432 AAS-hydr