Stations and air quality measurement methods registered in IIS-Air Quality Information System

in the year: 2002

CZLTCMDOK

Station :  80. Doksany
Klasifikace: B/R/NA
Ústecký
Type of station : manual
pollutant method interval unit
SO2 sulphur dioxide WGAE West-Gaeke spectrophotometry 24 h ug/m^3
NOx nitrogen oxides(oxides of nitrogen) GUAJA guajacol (modif. Jakobs-Hochheiser) - spectrophotometry 24 h ug/m^3
SPM suspended particulate matter GRV gravimetry 24 h ug/m^3

CZLTCMLIM

Station : 1025. Litomerice-Mlekojedy
Klasifikace: B/S/RA
Ústecký
Type of station : AMS-SRS
pollutant method interval unit
SO2 sulphur dioxide UVFL UV-fluorescence 30 min ug/m^3
NO nitrogen monoxide CHLM chemiluminescence 30 min ug/m^3
NO2 nitrogen dioxide CHLM chemiluminescence 30 min ug/m^3
CO carbon monoxide IRABS IR corel. absorption spectrometry 30 min ug/m^3
NOx nitrogen oxides(oxides of nitrogen) CHLM chemiluminescence 30 min ug/m^3
PM10 PM 10 particulate matter 10 RADIO radiometry - beta ray absorption 30 min ug/m^3
WV wind velocity OPEL optoelectronic method 30 min m/s
WD wind direction OPEL optoelectronic method 30 min deg
p atmospheric pressure APRESS atmospheric pressure measurement 30 min hPa
h relative air humidity (h. of air) CAP capacitance sensor 30 min %
GLRD global radiation TDM temperature difference method 30 min W/m2
T2m temperature 2m above terrain PT100 resistance method 30 min K

CZLTCMLKA

Station : 1305. Lkan
Klasifikace: B/R/NA
Ústecký
Type of station : manual
pollutant method interval unit
SO2 sulphur dioxide WGAE West-Gaeke spectrophotometry 24 h ug/m^3
NOx nitrogen oxides(oxides of nitrogen) GUAJA guajacol (modif. Jakobs-Hochheiser) - spectrophotometry 24 h ug/m^3
SPM suspended particulate matter GRV gravimetry 24 h ug/m^3

CZLTCMMAL

Station : 1278. Malesov
Klasifikace: B/R/NA
Ústecký
Type of station : manual
pollutant method interval unit
SO2 sulphur dioxide WGAE West-Gaeke spectrophotometry 24 h ug/m^3
NOx nitrogen oxides(oxides of nitrogen) GUAJA guajacol (modif. Jakobs-Hochheiser) - spectrophotometry 24 h ug/m^3
SPM suspended particulate matter GRV gravimetry 24 h ug/m^3

CZLTCMMAR

Station : 1034. Martineves
Klasifikace: B/R/A
Ústecký
Type of station : AMS-SRS
pollutant method interval unit
SO2 sulphur dioxide UVFL UV-fluorescence 30 min ug/m^3
NO nitrogen monoxide CHLM chemiluminescence 30 min ug/m^3
NO2 nitrogen dioxide CHLM chemiluminescence 30 min ug/m^3
O3 ozone UVABS UV-absorption 30 min ug/m^3
NOx nitrogen oxides(oxides of nitrogen) CHLM chemiluminescence 30 min ug/m^3
PM10 PM 10 particulate matter 10 RADIO radiometry - beta ray absorption 30 min ug/m^3
WV wind velocity OPEL optoelectronic method 30 min m/s
WD wind direction OPEL optoelectronic method 30 min deg
p atmospheric pressure APRESS atmospheric pressure measurement 30 min hPa
h relative air humidity (h. of air) CAP capacitance sensor 30 min %
GLRD global radiation TDM temperature difference method 30 min W/m2
T2m temperature 2m above terrain PT100 resistance method 30 min K

CZLTCMMIL

Station :  57. Milesovka
Klasifikace: B/R/N
Ústecký
Type of station : manual
pollutant method interval unit
SO2 sulphur dioxide WGAE West-Gaeke spectrophotometry 24 h ug/m^3
NOx nitrogen oxides(oxides of nitrogen) GUAJA guajacol (modif. Jakobs-Hochheiser) - spectrophotometry 24 h ug/m^3
SPM suspended particulate matter GRV gravimetry 24 h ug/m^3

CZLTFPSMK

Station : 1460. Steti-mestska knihovna
Klasifikace: I/U/RC
Ústecký
Type of station : cont.manu.
pollutant method interval unit
SO2 sulphur dioxide UVFL UV-fluorescence 24 h ug/m^3
H2S (sulphuretted hydrogen) hydrogen sulphide UVFL UV-fluorescence 24 h ug/m^3

CZLTHSLOH

Station :  617. Litomerice-OHS
Klasifikace: B/U/RC
Ústecký
Type of station : kont.manu.-HM
pollutant method interval unit
SO2 sulphur dioxide CLM coulometry 24 h ug/m^3
NO nitrogen monoxide CHLM chemiluminescence 24 h ug/m^3
NO2 nitrogen dioxide CHLM chemiluminescence 24 h ug/m^3
H2S (sulphuretted hydrogen) hydrogen sulphide UVFL UV-fluorescence 24 h ug/m^3
O3 ozone UVABS UV-absorption 30 min ug/m^3
NOx nitrogen oxides(oxides of nitrogen) CHLM chemiluminescence 24 h ug/m^3
SPM suspended particulate matter GRV gravimetry 14 d ug/m^3
PM10 PM 10 particulate matter 10 RADIO radiometry - beta ray absorption 24 h ug/m^3
Be beryllium ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d ng/m^3
Be beryllium ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d/1 mint ng/m^3
Al aluminium ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d/1 mint ng/m^3
Ti titanium ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d ng/m^3
V vanadium ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d ng/m^3
V vanadium ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d/1 mint ng/m^3
Cr chromium ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d ng/m^3
Cr chromium ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d/1 mint ng/m^3
Mn manganese ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d ng/m^3
Mn manganese ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d/1 mint ng/m^3
Fe iron ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d ng/m^3
Fe iron ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d/1 mint ng/m^3
Ni nickel ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d ng/m^3
Ni nickel ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d/1 mint ng/m^3
Cu copper ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d ng/m^3
Cu copper ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d/1 mint ng/m^3
Zn zinc ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d ng/m^3
Zn zinc ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d/1 mint ng/m^3
As arsenic ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d ng/m^3
As arsenic ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d/1 mint ng/m^3
Cd cadmium ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d ng/m^3
Cd cadmium ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d/1 mint ng/m^3
Pb lead ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d ng/m^3
Pb lead ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d/1 mint ng/m^3

CZLTHSLOM

Station :  637. Lovosice-MU
Klasifikace: T/U/IRC
Ústecký
Type of station : kont.manu.-HM
pollutant method interval unit
SO2 sulphur dioxide CLM coulometry 24 h ug/m^3
H2S (sulphuretted hydrogen) hydrogen sulphide SP-H2S spectrophotometry for H2S 24 h ug/m^3
NOx nitrogen oxides(oxides of nitrogen) TLAM triethanolamine spectophotometry 24 h ug/m^3
NH3 ammonia BERTH Berthelot method - spectrophotometry 24 h ug/m^3
SPM suspended particulate matter GRV gravimetry 14 d ug/m^3
SPM suspended particulate matter GRV gravimetry 24 h ug/m^3
Be beryllium ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d ng/m^3
Be beryllium ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d/1 mint ng/m^3
Al aluminium ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d/1 mint ng/m^3
Ti titanium ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d ng/m^3
V vanadium ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d ng/m^3
V vanadium ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d/1 mint ng/m^3
Cr chromium ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d ng/m^3
Cr chromium ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d/1 mint ng/m^3
Mn manganese ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d ng/m^3
Mn manganese ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d/1 mint ng/m^3
Fe iron ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d ng/m^3
Fe iron ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d/1 mint ng/m^3
Ni nickel ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d ng/m^3
Ni nickel ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d/1 mint ng/m^3
Cu copper ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d ng/m^3
Cu copper ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d/1 mint ng/m^3
Zn zinc ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d ng/m^3
Zn zinc ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d/1 mint ng/m^3
As arsenic ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d ng/m^3
As arsenic ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d/1 mint ng/m^3
Cd cadmium ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d ng/m^3
Cd cadmium ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d/1 mint ng/m^3
Pb lead ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d ng/m^3
Pb lead ICP-AES inductively coupled plasma - atomic emission spectrometry 14 d/1 mint ng/m^3

CZLTHSROU

Station : 1466. Roudnice-nemocnice
Klasifikace: B/U/R
Ústecký
Type of station : manual
pollutant method interval unit
NOx nitrogen oxides(oxides of nitrogen) TLAM triethanolamine spectophotometry 24 h ug/m^3

CZLTHSUST

Station : 1120. Ustek
Klasifikace: B/U/RC
Ústecký
Type of station : cont.manu.
pollutant method interval unit
SO2 sulphur dioxide CLM coulometry 24 h ug/m^3