Environmental monitoring of Lake Baikal

Discharges


The disposal of the water into the natural surface water bodies for 2010-2012 are speciied for the two ecological influence areas on the Baikal Lak – CEA and BEA.


Data Collection

The volumes of the discharges across the cities and industrial centers of the BNT, in accordance with the statitics reporting data, are presented at Tables 11.1 – 11.3 and the Figures.

Analysis

The aggregate volumes of the disposals of the water from the enterprises in the CEA BNT amounted to 40.2 MM м3 (in 2010 – 16.9 MM м3). The aggregated amount of the wastewater disposal from the enterprises in the CEA BNT amounted to 421.4 MM м3 (in 2010 – 404.6 MM м3).

Treatment

2012, as compared to 2010, the anthropogenic impact on the evironemnt of the BNT from the industrial enterprises, located within the BNT, was characteriszed by the increase in the disposals.

Forecast

Due to the development of the industrial sector in the region and the expansion of the infrastructure of the tourism and recreation territories of the coastal area, there is expected the increase of the anthropogenic impact on the eco-system of the Baikal Lake.



Water discharge into natural surface water bodies for 2010-2012 thousand. м3 (in the basin. Selenga) According to the regional departments of the Yenisei BWI
Table 3.2.1
*сlick to enlarge
Water discharge into natural surface water bodies for 2010-2012 thousand. м3 (in the basin. Selenga) According to the regional departments of the Yenisei BWI
*сlick to enlarge
Water discharge into natural surface water bodies for 2010-2012 thousand. м3 (in the basin. Selenga) According to the regional departments of the Yenisei BWI





Discharges of wastewater into the basin of Selenga River by the industrial enterprises, thou м3
Table 3.2.2
*сlick to enlarge
Water discharge into natural surface water bodies for 2010-2012 thousand. м3 (in the basin. Selenga) According to the regional departments of the Yenisei BWI





Dicharges by housing and public utilities enterprises into the basis of Selenga River
Table 3.2.3
*сlick to enlarge
Dicharges by housing and public utilities enterprises into the basis of Selenga River





Discharges of wastewater into the basin of Baikal Southern Rivers
Table 3.2.4
*сlick to enlarge
Discharges of wastewater into the basin of Baikal Southern Rivers





Territory distribution of wastewater discharges into the Selenga River Basin, for 2010-2012
Table 3.2.5
*сlick to enlarge
Territory distribution of wastewater discharges into the Selenga River Basin, for 2010-2012





Wastewater discharges into the Selenga River Basin, by economics sector, thou м3
Table 3.2.6
*сlick to enlarge
Wastewater discharges into the Selenga River Basin, by economics sector, thou м3





Capacities of sewage treatment facilities in the basins of South Baikal Rivers
Table 3.2.7
*сlick to enlarge
Capacities of sewage treatment facilities in the basins of South Baikal Rivers





Discharges of waste water, transit water and other water or 2010-2012, thou м3
Table 3.2.8
*сlick to enlarge
Discharges of waste water, transit water and other water or 2010-2012, thou м3





Overall indicators for wastewater discharge, BNT
Table 3.2.9
*сlick to enlarge
Overall indicators for wastewater discharge, BNT





Discharges of waste waster, transit water and other water (Overall indicators for waste waster, transit water and other water, by BNT industry sector)
Table 3.2.10
*сlick to enlarge
Discharges of waste waster, transit water and other water (Overall indicators for waste waster, transit water and other water, by BNT industry sector)





Indicators for wastewater discharges within BNT, thou м3
Table 3.2.11
*сlick to enlarge
Indicators for wastewater discharges within BNT, thou м3





Indicators for wastewater discharges for BNT
Table 3.2.12
*сlick to download
Indicators for wastewater discharges for BNT




Dynamics of discharges of pollutants into the wastewater for BNT for 2010-2013
Table 3.2.13
*сlick to enlarge
Dynamics of discharges of pollutants into the wastewater for BNT for 2010-2013





Discharges of pollutants into Baikal Lake within the wastewater of OJSC "BTsbK" for 2010-2013
Table 3.2.14
*сlick to enlarge
Discharges of pollutants into Baikal Lake within the wastewater of OJSC





Discharges of pollutants into Baikal Lake within the wastewater from the industrial sectors
Table 3.2.15
*сlick to enlarge
Discharges of pollutants into Baikal Lake within the wastewater from the industrial sectors





Extraction Sectors
Table 3.2.16
*сlick to enlarge
Extraction Sectors





Housing wastewater
Table 3.2.17
*сlick to enlarge
Housing wastewater





Transportation wastewater
Table 3.2.18
*сlick to enlarge
Transportation wastewater





Table 3.2.19
*сlick to enlarge
Table 3.2.19










Discharge of Wastewater, Transit Water and Other Water to Surface Water Bodies in 2012

Figure 3.2.1. Discharge of Wastewater, Transit Water and Other Water to Surface Water Bodies in 2012
*сlick to enlarge




Structure of Pollutants Discharges Volumes

Figure 3.3.2. Structure of Pollutants Discharges Volumes
*сlick to enlarge




Nitrate-Anion, kg

Nitrate-Anion, kg
*сlick to enlarge



Sulfates, t

Sulfates, t
*сlick to enlarge



Phenol, kg

Phenol, kg
*сlick to enlarge



Phosphates, t

Phosphates, t
*сlick to enlarge



Fluorine, kg

Fluorine, kg
*сlick to enlarge



Chlorides, t

Chlorides, t
*сlick to enlarge



Zink, kg

Zink, kg
*сlick to enlarge



Sources of Official Discharge for BNT Rivers Basins

Sources of Official Discharge for BNT Rivers Basins
*сlick to enlarge




Dynamics of discharges of suspended substances within the wastewater of the enterprises in the Baikal Lake Basin
*сlick to enlarge

Dynamics of discharges of suspended substances within the wastewater of the enterprises in the Baikal Lake Basin



*



*



*



*



*



*



*



*



*



*



*