Parametry z BOI
PM10 (pył): 1.85   /   Ozon: 2.45   /   NO2: 3.15


Instruments



 
The project will use an advanced measurement system, with a EXO YSI probe at its core.
 
Unique features of the device:
 
- automatic system for spotting and correction of measurement errors
- wireless operation
- protection of sensitive components against biological contamination
- titanium sensors
- advanced auto-calibration systems
 
The device will operate near the reservoir dam and will measure the following parameters:

- dissolved oxygen
- chlorophyll a
- algae (blue and green)
- ammonium ions
- conductivity
 
The device will also be equipped with a compact meteorological sensor, for continuous measurement of:

- air humidity and temperature  
- wind speed and direction
- atmospheric pressure
- insolation

An analogous, independent Norwegian system will be located near Zarzęcin.  
 
The monitoring data from the probe will be complemented with colorimetric measurement of the physicochemical parameters concentrations: phosphates, nitrates BOD5, COD, TOC, using a VIS spectrophotometer.

Advantages of the system:

- RFID module for sample identification – sampling location, date and time
- Possibility of comparing process measurement results with reference values stored in the device
- Easy data transfer via USB or Ethernet.



More information 

Further information about :

- meteo station

- laboratory measurements equipment

 
The detailed objectives and scope of the MONSUL Project are as follows:
  • installation and commissioning of a measurement system for the assessment of reservoir water quality (floating on the surface of the reservoir and transmitting on-line data to a computer). The following parameters will be monitored: water temperature, pH, oxygen concentration, salination, chlorophyll concentration, Ntotal and Ptotal.
  • development of a GIS database for the Sulejów Reservoir area,
  • development of a 3D model of the Sulejów Reservoir. The model will enable calculations of temperature gradients, flow rates and pollution concentrations as well as the simulation of the ecological condition of the reservoir,
  • publication of the results via the website, magazine articles as well as meetings and seminars.

Partners

Mniszków CommuneWolbórz CommuneTomaszów Mazowiecki CommuneSulejów CommuneThe Voivodship Inspector for Environmental Protection in ŁódźThe Regional Water Management Authority in WarsawRegional Directorate for Environmental Protection in ŁódźThe Pilica Valley AssociationThe Faculty of Geographical Sciences, University of Łódź

Partners

EEA and Norway GrantsNational Fund for Environmental Protection and Water ManagementLodz University of TechnologyThe Faculty of Process and Environmental Engineering, Lodz University of Technology
Norwegian Institute for Water research