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Emissions of common air pollutants from stationary sources

thousand tonnes / thou. tonnes

· snapshot · rows: 8 · periods: 6 · section: Russian Statistical Yearbook (2024)

Annual emission volumes of the most common air pollutants from stationary sources in Russia are presented for each year from 2000 to 2023. Rows categorize emissions into solids, gases, and liquids, including a total for all substances to show changes in emission structure by type. The unit of measurement is thousand tons; the data series is annual and covers the entire country

Chart of emissions of common pollutants from stationary sources from 2000 to 2023, thousand tons

строки: gaseous and liquid substances 2000 2010 2021 2022 2023 2023 Total Total / 2000: 18,820 Total / 2010: 19,116 Total / 2021: 17,208 Total / 2022: 17,174 Total / 2023: 16,952 solid substances solid substances / 2000: 2,972 solid substances / 2010: 2,381 solid substances / 2021: 1,651 solid substances / 2022: 1,668 solid substances / 2023: 1,705 gaseous and liquid substances gaseous and liquid substances / 2000: 15,848 gaseous and liquid substances / 2010: 16,734 gaseous and liquid substances / 2021: 15,557 gaseous and liquid substances / 2022: 15,506 gaseous and liquid substances / 2023: 15,247 sulfur dioxide sulfur dioxide / 2000: 5,407 sulfur dioxide / 2010: 4,385 sulfur dioxide / 2021: 3,226 sulfur dioxide / 2022: 3,429 sulfur dioxide / 2023: 3,266 nitrogen oxides nitrogen oxides / 2000: 1,698 nitrogen oxides / 2010: 1,855 nitrogen oxides / 2021: 1,950 nitrogen oxides / 2022: 1,973 nitrogen oxides / 2023: 1,937 carbon monoxide carbon monoxide / 2000: 4,998 carbon monoxide / 2010: 5,565 carbon monoxide / 2021: 5,297 carbon monoxide / 2022: 5,169 carbon monoxide / 2023: 5,060 hydrocarbons (excluding volatile …hydrocarbons (excluding volatile organic compounds) hydrocarbons (excluding volatile organic compounds) / 2000: 2,685 hydrocarbons (excluding volatile organic compounds) / 2010: 3,136 hydrocarbons (excluding volatile organic compounds) / 2021: 3,610 hydrocarbons (excluding volatile organic compounds) / 2022: 3,400 hydrocarbons (excluding volatile organic compounds) / 2023: 3,424 volatile organic compounds volatile organic compounds / 2000: 850.4 volatile organic compounds / 2010: 1,605 volatile organic compounds / 2021: 1,315 volatile organic compounds / 2022: 1,364 volatile organic compounds / 2023: 1,378
how it will look

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Set in numbers

The table is a snapshot — 8 series in thousand tonnes / thou. tonnes shown across 6 breakdowns. 40 values in total.

The largest value belongs to “Total” — 16,952 thousand tonnes / thou. tonnes; the smallest is “gaseous and liquid substances — volatile organic compounds” at 1,378 thousand tonnes / thou. tonnes. The gap between them is 12.3-fold.

All table numbers are series: 8
Series 200020102021202220232023
Всего 18 819,80 19 115,60 17 207,70 17 173,90 16 952,20 —
твердые вещества 2 972,20 2 381,20 1 650,50 1 668,20 1 705,10 —
газообразные и жидкие вещества 15 847,60 16 734,40 15 557,20 15 505,80 15 247,10 —
газообразные и жидкие вещества — диоксид серы 5 407,10 4 385,30 3 225,60 3 428,80 3 266,40 —
газообразные и жидкие вещества — оксиды азота 1 698,40 1 855,20 1 949,70 1 972,80 1 936,90 —
газообразные и жидкие вещества — оксид углерода 4 997,90 5 565,10 5 296,50 5 169,40 5 060,10 —
газообразные и жидкие вещества — углеводороды (без летучих органических соединений) 2 685,40 3 135,90 3 610,30 3 399,60 3 424,40 —
газообразные и жидкие вещества — летучие органические соединения 850,40 1 605,30 1 315,30 1 363,60 1 377,90 —

How to read this table

Comparing annual indicators shows changes in the environmental load from stationary facilities. Rows are grouped by the physical state of substances, highlighting the share of solid components relative to gaseous and liquid compounds. In 2000, the total volume was 18819.8 thousand tons, and by 2023, it changed to 16952.2 thousand tons, reflecting the overall emission dynamics over the observation period

What is visible in these numbers

The table is 83% filled: Rosstat does not publish every cell, and the gaps are left as they are rather than interpolated.

The same indicator in other breakdowns (1)

More in the section Russian Statistical Yearbook»

Period and application

This information is relevant for environmentalists, researchers, and those monitoring air quality. The data is sourced from the 2024 Russian Statistical Yearbook and covers the period from 2000 to 2023. Rosstat updates this information annually, adding new indicators to the series

1) С 2021 г. – по данным Росприроднадзора.

2) В пересчете на NO2.

1) Since 2021 – according to data of the Federal Service for Supervision of Natural Resource Usage.

2) In terms of NO2.