1. Alexander Petrovich Dalimayev,
Head of Water Cadastre Software Support Sector of the Department of Water Monitoring and Cadastre
Use of data on waste water generation, treatment and disposal in the Republic of Belarus

2. Composition of data on waste water generation, treatment and disposal
Data are divided into the following categories:
Waste water generation
Waste water treatment
Waste water discharge
Volume of disposal
Content of pollutants

3. Waste water generation
Treated water generated, including by categories of water coming for treatment (thou. m3 / year)
Waste water from public sewage system serving our population
Waste water when using water for domestic water supply disposed by water users themselves
Waste water generated in industry andagricultural production,
Waste water generated from agricultural water supply
Surface waste water
Drainage, quarry and other water

4. Waste water treatment
Design capacity of treatment plant (m3 / day, thou. m3 / year), loading efficiency, number of waste water treatment plants, including by categories and types of treatment
Local treatment of industrial waste water
Treatment at public facilities with disposal to water bodies, including by types:
mechanical
physicochemical
biological
deep with post-treatment
including land drainage
treatment when disposing using absorption fields, filtering channels, sand-and gravel filters

5. Waste water disposal
Volume of disposal (authorized, actual, registered by metering instruments) (thou. m3 / year), specific water disposal (l/day/person)
to environment, including by types of collectors:
to water bodies (reservoirs and water courses),
to ground waters when using:
sewage farming
absorption fields, filtering channels, sand-and gravel filters
land collectors
to subsoils (underground horizon)
to water bodies, including by categories of waste water quality:
which do not require treatment
treated, including by degrees of treatment
poorly treated
treated to standard quality
including land drainage

6. Content of pollutants
Content of pollutants in waste waters disposed to water bodies (average annual concentration, annual quantity), including
chemical indicators, including:
hydrogen index (рН)
water salinity (by dry residues)
dissolved oxygen
biochemical oxygen demand (BOD5)
dichromate oxidizability (COD)
chemical agents, including
biogenic (nitrate ions, nitrite ions, ammonium ions, phosphate ions, total ferrum)
heavy metals (chrome total, manganese ions, nickel, copper, zinc, molybdenum, cadmium, stannum, mercury, plumb, vanadium, bismuth)
other (suspended substances, petroleum and petroleum products, anionic synthetic surfactants, sulphate ions, chloride ions, phenol, fluoride ions, rhodanates, pesticides and etc.)

7. Data on waste water generation, treatment and disposal are used :
for submission of tax statements for waste water disposal
for elaboration of individual technological standards regarding the quantity and quality of disposed waste waters
By water users
for establishment water disposal standards and admissible release of pollutants for water users in the permits for a special water use
for calculation of damage to waters as a result of violation of water protection legislation by water users and submission of claim
for current regulation of impact to water resources
By territorial bodies of the Ministry of Natural Resources

8. Data on waste water generation, treatment and disposal are used:
for information support of the state and international projects:
programs of socio-economic development for the nearest and distant perspective
schemes of multiple use and protection of water by river basins
the state water cadastre and National system of environmental monitoring
intergovernmental working groups on transboundary rivers
international agreements “The Protocol on Water and Health”, “Register of emissions and pollutants transfer” and etc.
By the Ministry of Natural Resources and Environment Protection

9. Data on waste water generation, treatment and disposal are used:
for development of the scheduled actions on environment protection and use of natural resources
By other Ministries (agencies)
for development of the ‘Environmental impact evaluation’ section when ecologically examining the objects being designed
By Design Institutes
By Scientific and Educational Institutions
for maintaining scientific research on protection and effective use of water resources

10. EXAMPLES of Use of data on waste water generation, treatment and disposal

11. TAX statement on ENVIRONMENTAL TAX for WASTEWATER DISCHARGE (FRAGMENT)

12. NORMS ON DISPOSAL AND TREATMENT IN PERMIT for SPECIAL USE of WATER (FRONT PAGE)

13. NORMS ON DISPOSAL AND TREATMENT IN PERMIT for SPECIAL USE of WATER (FRAGMENT)

14. SCHEME OF THE MULTIPURPOSE USE AND PROTECTION OF NEMAN BASIN WATER (FRAGMENT 1)

15. SCHEME OF THE MULTIPURPOSE USE AND PROTECTION OF NEMAN BASIN WATER(FRAGMENT 2)

16. EIA project of the Belarusian nuclear power plant (fragment)

17. Project of target values for the republic of Belarus within the framework of The Protocol on Water and Health (fragment)
Target area IX “Cases of disposal of non-treated wastewaters”
Target value “Termination of disposal of non-treated wastewaters to water bodies” : complete termination of disposal of non-treated wastewaters to water bodies
Target value XI “Quality of wastewaters disposed to water bodies coming within the purview of the Protocol”
Target value “Reduction of volumes of poorly treated wastewaters disposed to water bodies” – 2015: provision of normative treatment of at least 90 % of volume of disposed wastewaters (excluding the land drainage)

18. information bulletin at web-site of the main center of water cadastre (fragment)

19. annual publications of the state water cadastre
Actual water use and disposal of wastewaters in the Republic of Belarus (year 20…)
Water resources, their use and water quality (year 20…)
Thank you!