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Discharge of pollutants into water bodies with wastewater

· snapshot · rows: 8 · periods: 6 · section: Russian Statistical Yearbook (2025)

Wastewater volume and the content of harmful impurities are presented here as a time series from 2000 to 2024. Series differ by indicator type: total discharge volume is measured in billion cubic meters, while the mass of sulfates and chlorides is in million tons. This data tracks changes in the amount of pollutants entering the country's water bodies over twenty-four years, based on official Rosstat data for the entire territory of Russia

Chart of pollutant inflow via wastewater into water bodies from 2000 to 2024, discharge volume in billion m3

2000 2010 2022 2023 2024 2024 volume of wastewater discharge, b…volume of wastewater discharge, billion m3 volume of wastewater discharge, billion m3 / 2000: 55.6 volume of wastewater discharge, billion m3 / 2010: 49.2 volume of wastewater discharge, billion m3 / 2022: 36.2 volume of wastewater discharge, billion m3 / 2023: 37.5 volume of wastewater discharge, billion m3 / 2024: 38.7 sulfates, million t sulfates, million t / 2000: 2.70 sulfates, million t / 2010: 1.90 sulfates, million t / 2022: 1.60 sulfates, million t / 2023: 1.70 sulfates, million t / 2024: 1.60 chlorides, million t chlorides, million t / 2000: 7.30 chlorides, million t / 2010: 5.70 chlorides, million t / 2022: 5.90 chlorides, million t / 2023: 6.00 chlorides, million t / 2024: 5.90 nitrates2), thousand t nitrates2), thousand t / 2000: 208.5 nitrates2), thousand t / 2010: 366.4 nitrates2), thousand t / 2022: 361.7 nitrates2), thousand t / 2023: 373.6 nitrates2), thousand t / 2024: 358.1 fats and oils3), thousand t fats and oils3), thousand t / 2000: 15.2 fats and oils3), thousand t / 2010: 4.10 fats and oils3), thousand t / 2022: 0.40 fats and oils3), thousand t / 2023: 0.30 fats and oils3), thousand t / 2024: 0.30 phenol, t phenol, t / 2000: 66.6 phenol, t / 2010: 28.0 phenol, t / 2022: 20.0 phenol, t / 2023: 25.8 phenol, t / 2024: 18.8 lead, t lead, t / 2000: 34.9 lead, t / 2010: 9.00 lead, t / 2022: 8.60 lead, t / 2023: 4.80 lead, t / 2024: 5.10 mercury 4), t mercury 4), t / 2000: 0.16 mercury 4), t / 2010: 0.02 mercury 4), t / 2022: 0.01 mercury 4), t / 2023: 0.04 mercury 4), t / 2024: 0.30
how it will look

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Set in numbers

This is a cross-section: 8 series across 6 breakdowns. 40 values in total.

“nitrates2), thousand t” leads the table with 358, “mercury 4), t” closes it with 0.3. The gap between them is 1,194-fold.

All table numbers are series: 8
Series 200020102022202320242024
Объем сброса сточных вод, млрд м3 55,60 49,20 36,20 37,50 38,70 —
сульфатов, млн т 2,70 1,90 1,60 1,70 1,60 —
хлоридов, млн т 7,30 5,70 5,90 6,00 5,90 —
нитратов2), тыс. т 208,50 366,40 361,70 373,60 358,10 —
жиров и масел3), тыс. т 15,20 4,10 0,40 0,30 0,30 —
фенола, т 66,60 28,00 20,00 25,80 18,80 —
свинца, т 34,90 9,00 8,60 4,80 5,10 —
ртути 4) , т 0,16 0,02 0,01 0,04 0,30 —

How to read this table

Table rows separate indicators into total discharge volume and the mass of specific chemical compounds. Values can be compared within a single series to observe changes in a specific substance from 2000–2024, or between series to assess the pollution structure. As each indicator has its own unit of measurement, comparisons are based on the rates of decrease or increase in absolute values recorded in annual reports on the state of water bodies

What is visible in these numbers

Only 83% of the cells carry a value — empty cells are missing in the source publication and are not filled in here.

The same indicator in other breakdowns (1)

More in the section Russian Statistical Yearbook»

Period and application

Statistics cover the period from 2000 to 2024 and are updated annually as part of the Russian Statistical Yearbook. The data is useful for ecologists, researchers, and specialists involved in monitoring water resource quality and assessing anthropogenic impact on Russia's hydrosphere

1) По данным Росводресурсов. Данные за 2023-2024 гг с учетом информации по Донецкой Народной Республике, Луганской Народной Республике, Запорожской и Херсонской областям.

2) С 2010 г. – нитрат-анион (NO3).

3) C 2010 г. – жиры/масла (природного происхождения); с 2020 г. – жиры (природного происхождения) и масло талловое.

4) С 2020 г. – ртуть и её соединения.

1) According to data of the Federal Water Resources Agency; data for 2023-2024 are provided taking into account information on the Donetsk People's Republic, Lugansk People's Republic, Zaporozhye and Kherson regions.

2) Since 2010 – nitrate anion (NO3).

3) Since 2010 – fats / oils (natural origin); since 2020 – fats (natural origin) and tall oil.

4) Since 2020 – mercury and its compounds.