Landfill
|
Total amount of buried chemicals, tons
|
POPs pesticides, tons
|
Expert assessment of possibility of pesticides migration
|
Information on monitoring studies
|
Results of analytical studies
|
Soil/ vegetation
|
Surface water
|
Ground water
|
Postavy landfill
|
99
|
No precise data
|
Difficult to assess speed and direction of migration as there are no systematic data on the construction of the landfill
|
Random sampling has been undertaken
Local monitoring of ground water was organized in 2005
|
Identified at the level of more than 1 - 10 μg /dm3
|
Below method detection limit
|
Below method detection limit
|
Gorodok landfill
|
411,4
|
No precise data
|
Difficult to assess speed and direction of migration as there are no systematic data on the construction of the landfill
|
Random sampling has been undertaken
Local monitoring of ground water was organized in 2005
|
Identified at the level of more than 1 - 10 μg /dm3
|
Below method detection limit
|
Below method detection limit
|
Verkhnedvinsk landfill
|
454,5
|
More than 20 tons
|
Migration in the environment is identified and grounded by peculiarities of geological and hydro-geological conditions of the landfill
|
The landfill was examined in 2003-2004; as a result, the affected zone for watercourses and ground waters was specified.
Local monitoring of ground waters has been conducted since 2005
|
Not identified
|
Identified at the level of 0.01
0.01 μg/dm3
|
Below method detection limit
|
Petrikov landfill
|
1423,3
|
More than 150 tons
|
It is rather difficult to assess the rate and direction of pesticides migration because of the absence of the systematized data on the landfill
|
Random sampling from the environmental compartments has been undertaken.
Local monitoring of ground waters have been conducted since 2005
|
Not identified
|
Below method detection limit
|
Below method detection limit
|
Slonim landfill
|
882
|
More than 400 tons
|
There is pesticides migration to the environment. The data on the rate and direction of migration are rather contradictory.
|
The landfill was examined in 1998 and 2004. The obtained data are contradictory to some extent.
Local monitoring of ground waters have been conducted since 2005
|
Identified at the level of more than 10 μg/dm3
|
Not identified
|
Identified at the level of 1 - 10 μg/dm3
|
Dribin landfill
|
541
|
More than 90 tons
|
There is pesticides migration to the environment, which is conditioned by the peculiarities of geological and hydro geological conditions of landfill.
|
The ground waters have been controlled by Mogilev RCHE and HP since 1989.
The landfill was examined in 2003-2004, the affected zone was specified. Local monitoring of ground waters have been conducted since 2005
|
Identified at the level of
0,1 – 0,01 μg/kg
|
Identified at the level of
0,01 μg/dm3
|
Identified at the level of
0,1 – 0,01 μg/dm3
|