Main References


STAND ALONE STATIONS

TYPE LOCATION PURCHASER REMARKS
MR 800 Titograd, Montenegro Aluminium factory, Titograd meteorology, ambient concentrations of HF
META 801 Ljubljana, Slovenia "M. Vidmar" Institute, Ljubljana meteorology
META 801 Sarajevo, Bosnia & Hercegovina Olimpic Comitee meteorology
META 802 Brestanica Slovenia "M. Vidmar" Institute, Ljubljana meteorology
META 802 Sisak, Croatia Metalurgical Institute, Sisak meteorology, data transmission
META 802 Ljubljana, Slovenia Heating Plant Ljubljana meteorology, data transmission
META 801 Ljubljana, Slovenia Hydrometeorological Institute of Slovenia meteorology
META 802 Novi Sad, Serbia Hydrometeorological Institute of Vojvodina agrometeorology, data transmission
META 801 Nikinci, Serbia Former Yougoslav Army basic meteorology
META 789 Rovinj, Croatia Community of Rovinj meteorology, pH of precipitation
META 801 Tirana, Albania Hydrometeorological Institute of Albania meteorology
META 802 Split, Croatia Electric Power Authorites of Dalmatia, Split meteorology
META 801 Koper, Slovenia Port of Koper meteorology, data transmission
META 801 Ljubljana, Slovenia "Jozef Stefan Institute, Mobile Laboratory radiology, meteorology
META 801 Krsko, Slovenia Krsko Nuclear Power Plant, Mobile Laboratory radiology, meteorology
EKO 789 Ljubljana, Slovenia "Milan Vidmar" Institute, mobile unit ambient concentrations of So2, NOx, O3, dust, meteorology; data transmission
META 789 Ljubljana, Slovenia Hydrometeorological Institute of Slovenia meteorology, data transmission
EKO 789 Cairo, Egipt International Agency for Atomic Energy radiology, meteorology
EKO 789 Pakistan International Agency for Atomic Energy radiology, meteorology
PMP 124A Rhodes, Greece UN Priority Programme solar radiation
PMP 124A Mexico International Agency for Atomic Energy meteorology, portable station
META 802 Zagreb, Croatia Geophysical Institute meteorology
PMP 124A Slovenia Civil Protection 12 portable stations
META 789 Ljubljana, Slovenia J. Stefan Institute Meteorological station for the experimental reactor
PMP 124A Slovenia Ministry of Defence 30 portable stations
PMP 124 Koper Coastal University, Koper  meteorology
AMS 156 Koper Coastal University, Koper  atmospheric pollution, meteorology
AMS 156  Belgrade, Serbia Vinča Nuclear Sciences Institute 3-level, high-tower (40 m) meteorological measurements, research station for the atmospheric dispersion modeling
AMS 156 IJS Reactor center, Podgorica at Ljubljana Nuclear Waste Agency of Republic of Slovenia meteorological station for the experimental reactor
AMS 156A Ljubljana City of  Ljubljana air quality monitoring station in Ljubljana center
AMS 156 Preko, Ugljan, Croatia "Valentin Klarin" Primary School measurements of wind, temperature, relative humidity, precipitation and atmospheric pressure
 

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AUTOMATIC MONITORING NETWORKS

Hydrometeorological Institute of Slovenia, Network of meteorological Stations

All stations measure: wind, air temperature on at least 2 levels, ground temperature on at least 3 dephts, relative humidity, global solar radiation, precipitation, leaf weatness. Some measure in addition: diffuse solar radiation, atmospheric pressur e, additional air temperatures. All stations are connected to the Central Computer in Ljubljana over a commutated telephone line (Kredarica by a radio link) and to the local PC of an observer over an optically isolated 20 mA current loop.

TYPE OF THE STATION LOCATION
META 789 Maribor - Tezno
META 789 Maribor - Gačnik
META 789 Murska Sobota
META 789 Bilje
META 789 Kredarica (2.514 m above sea level)
META 789 Novo Mesto
META 789/K Pokljuka
META 789 Iskrba
META 789/K Postojna
META 789/K Krvavec
META 789 Slovenj Gradec
META 789 Rogla
META 789/K Lisca
META 789 Koper

Environmental Monitoring Network of the Trbovlje Coal-fired Thermal Power Plant , Slovenia

4 stationary stations for monitoring the ambient concentrations of gass pollutants (Ravenska vas, Kovk, Dobovec, Kum)
Type of the stations: EKO 789
Measured parameters: meteorology, ambient concentrations of SO2, NOx, and O3
Data transmission: FM radio link, commutated telephone lines

2 stationary stations on the deposits of fly ash (Lakonca, Prapretno)
Type of the stations: EKO 789
Measured parameters: meteorology, ambient concentrations of particles, exposed dose of gamma radiation
Data transmission: off line with the diskettes

Emission station
Type of the station: META 802
Measured parameters: emission concentrations of SO2, NO, Nox, particles, O2, temperature of plume, produced power
Data transmission: local 300 Bd modem

In spring 2002, new emission station will be supplied by AMES.

Hydrological station: measuring of inlet and outlet temperature, pH and flow of cooling water

Central station: 2 x front-end communicator, 2 x PC, communication with the stations, data presentations and print-outs, data base, automatic control of data quality, transmission of data to the Hydrometeorological Institute and to the Electric Power Authorities.

System is in the continuous operation since spring 1992.

Environmental Monitoring Network of the Sostanj Coal-fired Thermal Power Plant , Slovenia

6 stationary stations for measuring ambient concentrations of air pollution (V. Vrh, Velenje, Sostanj, Graska gora, Zavodnje, Topolsica), 1 mobile station
Type of the stations: EKO 789
Measured parameters: meteorology, immission concentrations of SO2, NOx, and O3, exposed dose of gamma radiation, noise
Data transmission: stationary stations: leased lines, local 300 Bd modems; mobile station: wireless telephone

Emission station , mobile emission station
Type of the station: META 802.
Measured parameters: emission concentrations of SO2, NO, NOx, particles, O2, temperature of plume, produced power
Data transmission: 20 mA current loop

Hydrological station: measurements of level, temperature, pH and turbidity of cooling water

Central station: 2 x front-end communicator, line commutator, 2 x PC, communication with the stations, data presentations and print-outs, data base, automatic control of data quality, transmission of data to the Hydrometeorological Institute and to the Electric Power Authorities.

System is in the continuous operation since spring 1990.

After 1995, new emission stations were installed on all blocks, based on Intellution Mistic hardware and Fix SCADA.

Air Quality Monitoring System of Republic of Slovenia (ANAS)

(Owned by the Hydrometeorological Institute of Slovenia, Ljubljana)

11 immission stations located at the representative sites across Slovenia.
Type of the stations: EKO 810
Measured parameters: meteorology, immission concentrations of SO2, NO, NOx, CO, CH.
Data transmission: commutated telephone lines.

System operates since 1983.

Hydrological Network of the Hydrometeorological Institute of Slovenia

Measured parameters: water level and temperature (flow may be computed from the profile).

Central station: communication with the measuring stations, data presentations, transfer of data to the mainframe of the Hydrometeorological Institute.

7 stations type META 801/H, 8 stations type META 789/H, installed at different locations.

Monitoring Network of the Krsko Nuclear Power Plant, Krsko, Slovenia

3 dislocated measuring stations (Krsko, Cerklje, Brežice).
Measured parameters: meteorology, radioactivity

Measuring station "tower" (3-level meteorological measurements up to 70 m, SODAR, ambient radioactivity measurements)

Central unit: acquisition and presentations of data

In addition, 9 radiological MFM 202 monitors are installed in the Krsko field. Transmission of data from them is by radio links.

Meteorological station "Tower" was replaced by a new META 2000 station in October 1999.

Meteorological Monitoring Network of the Vojvodina Hydrometeorological Institute, Novi Sad, Serbia

project of the network

already equipped: automatic synoptic measuring station Rimski Sancevi, radio-link to the observatory Novi Sad

Climatological Network, Hydrometeorological Institute of Slovenia

11 climatological stations type META 789/K, each measuring air temperature, relative humidity, wind and precipitation; all equipped with flash EEPROM 1 Mb memory cards for mass data storage, 3 with direct data transmission to the centre. One station (Krvavec) is measuring in addition O3 ambient concentrations. Few stations are running on solar pannels.

Radiological "Early Warning" Network of Slovenia

23 computerized radiological monitors MFM 202 on different locations in Slovenia; 3 additional measuring locations with meteo stations; data transmission of radiological data to the centre.

Air Pollution Monitoring System, Town of Celje

Central station (LAN Windows Version), air pollution station "SRCE" (monitoring of SO2, NO, NOx, dust), importing selected data from Sostanj and Trbovlje systems.

Air Pollution Monitoring System MHK Zletovo, Macedonia

Cental station (LAN Windows Version), 2 air pollution stations "Bolnica" and "Vila Zora" (monitoring of SO2, NO, NOx, dust, ozone), basic meteorology, radio transmission of data.

Radiological "Early Warning" Network of Croatia

12 computerized radiological monitors MFM 202, meteorological station and central computer at "Rudjer Boskovic" Institute, Zagreb.

Radiological Early Warning Monitoring System of Algeria

25 computerized radiological monitors MFM 202A on different locations in Algeria; 2 local subsystems, 2 meteorological stations, central computers in Algiers

Microclimatic system for the Postojna Cave, Slovenia

Local system at the tourist site of Postojna Cave, Slovenia: automatic station PMP 124A (air flow, temperature, relative humidity, CO2 concentration), RS 485 data transmission, central computer, public display.

 Environmental System of Brestanica Power Plant

 Meteorological station, mobile environmental station (SO2, NOx, O3, meteorology), emission station for two blocks, central unit. Data transmission to Electric Power Authorities in Ljubljana . Network concept of the system, transmission of data from mobile station by a cellular phone.

Air Polution Monitoring System of Republic of Slovenia (Phare SL-9805.01.01.0001)  

New system commissioned by Ministry of Environment and Spatial Planing of Republic of Slovenia in March 2000. System was financed by Phare funds in the amount of EUR 1.4 million. It consists of 9 air pollution monitoring stations, each equipped with several air pollution monitors (SO2, NOx, CO, O3, BTX, dust, dust sampler), meteorological station, station computer with software, zero air generator, UPS, printer, and communication equipment; equipment for calibration laboratory (mirror station, static volumetric injection units, calibrators, zero air generators, auxiliary equipment (computers, oscilloscope, data loggers, electric calibrator); and equipment for the computer centre (servers, communication equipment, software).

Radiological Early Warning System of Bosnia & Herzegovina

Central computers in Sarajevo and Banja Luka, 6 MFM 203 radiological monitors in Bosnian Federation, 5 in Srpska Republic.

Radiological Early Warning System Malta

MFM 203 gamma monitor, central computer in  La Valeta.

Meteorological / radiological system of  Vinča Institute, Serbia

8 radiological monitors MFM, central unit, portable PMP 124 meteorological station.

Radiological Early Warning System of  Serbia

9 gamma monitors: Subotica, Novi Sad, Beograd, Vinča, Kladovo, Zlatibor, Kosovska Mitrovica, Vranje, Niš;  6 of them equipped with tipping bucket ombrometers. Central unit in Belgrade.

Radiological Early Warning System of  Azerbaijan

6 gamma monitoring stations with MFM 203 radiological monitors; two central computers, each with an additional workstation. Data transmission through the GSM network.

Landfill Meteorological Stations

Automatic meteorological systems on landfill facilities Celje, Ljutomer, Velenje, Novo mesto

Portable Meteorological Stations for Ministry of Defence 

46 portable PMP 124 meteorological stations in Slovenian Army troups and Civil Protection units.

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AIRPORT METEOROLOGICAL SYSTEMS

AMES I System - International Airport Ljubljana, Slovenia

Airport meteorological system for CAT II was installed in 1984; measurements of RVR on 3 locations along the runway (3 transmisometers Impulsphisyk - SCOPOGRAPH) , 2 telemeters (Schlumberger, Asea), transmission of data to the tower.

A new airport meteorological information system for CAT IIIb was installed in spring 1993. A new Vaisala RVR system with double base transmissometers and Vaisala laser telemeter are connected to AMES central computer together with the META 789 automa tic station, UAM 118 anemometers, IVP 120 wind indicators and SETRA 370 barometer. System has automatic QAM, METAR and SYNOP generators and is connected to Ethernet LAN. PIR 128 graphical recorder serves as a redundant recording system.

AMES II System International Airport Zagreb, Croatia

Airport meteorological system for CAT II; measurements of RVR on 3 locations along the runway (3 transmisometers Impulsphisyk - SCOPOGRAPH), 1 telemeter (Asea), 1 anemometer, transmission of data to the tower, to the meteo-office and to the approach control.

System was installed in 1987.

AMES III System, Batajnica Military Airport, Belgrade, Serbia

Airport meteorological system, measurements of RVR on 3 locations along the runway (3 transmisometers Impulsphisyk - SCOPOGRAPH), 2 telemeters (Impulsphysik LD - WHX), 3 anemometers, automatic measurements of air temperature, relative humidity, QFE a nd QNH. Data transmission to the tower and to the meteo-office.

System was installed in 1989.

Meteorological system, International Airport Maribor, Slovenia

Airport meteorological system, consisting of META 789 automatic meteorological station and of UAM 118 anemometer with IVP 120 remote indicator.

Meteorological system, International Airport Portorož, Slovenia

Airport meteorological system, consisting of central computer, data terminals, META 789 automatic meteorological station, UAM 118 anemometer, laser ceilometer, forward scatter visibility / present weather sensor, and RVR computer. In operation from 1996.

Wind recording system, Orsta-Volda Airport, Norway

PIR 128 based wind recording airport system.

Pula Airport, Croatia

UAM 118 anemometer, IVP 120 wind indicator

Dubrovnik Airport, Croatia

UAM 118 Anemometer, IVP 120 wind indicator

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WIND MEASUREMENTS DURING HIGWAY CONSTRUCTION

Measurements of bora on 5 locations of HWi Razdrto - Šempeter,  6 locations on HW Divača - Ankaran for 1 year.

Wind measurements with AMES anemometers and SODAR on location of Črni Kal HW viaduct, spring 1999.

Wind measurements for Markovec tunnel, 2005/2006 and 2006/2007. Comparative study with wind data of Koper iand Port of Koper meteorological stations.

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UAM 118 UNIVERSAL ANEMOMETERS

LOCATION EQIPMENT
Slovenian Road Authorities Ljubljana, Slovenia 3 sets
Lambrecht Goettingen, Germany 32 sets
Hydrometeorological Institute Ljubljana, Slovenia 6 sets UAM 118, 3 IVP 120
Iskra Systems, Ljubljana, Slovenia 1 set
Airport of Pula, Croatia 1 set UAM 118, 2 IVP 120
Airport of Dubrovnik, Croatia 1 set UAM 118, 1 IVP 120
Metalna, Maribor (special model for ships) 1 set
Institute for Public Health, Ljubljana 5 sets
Safety First, Norway 1 set
Belfort, USA 1 set
Slovenian Railroads 1 set
Railroads of Croatia 4 sets
 

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OTHER INSTRUMENTS

and many other customers in Slovenia and abroad

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