Emissions of specific pollutants of hazard classes 1 and 2
tonnes
Annual emission volumes of specific Class 1 and 2 hazardous air pollutants from stationary sources are measured in tons and presented for the 2019–2023 period. The table includes data on several hazardous compounds, such as mercury, lead, and chromium, providing insight into the environmental impact of industrial facilities. Values are recorded annually, showing changes in the emission intensity of specific toxic substances over five years
Chart of emissions of specific Class 1 and 2 hazardous pollutants, such as mercury, lead, and chromium, in tons for 2019–2023
- Mercury (Metallic mercury)
- Lead and its inorganic compounds (in terms of lead)
- Chromium (in terms of chromium (VI) oxide) (Hexavalent chromium)
- Manganese and its compounds (in terms of manganese (IV) oxide)
- Copper oxide (in terms of copper)
- Formaldehyde
- Dihydrogen sulfide (Hydrogen sulfide)
- Hydroxybenzene (Phenol)
Set in numbers
Coverage: 8 series in tonnes, 2019 through 2023, 5 reporting periods. 40 values in total.
“Mercury (Metallic mercury)” fell by a factor of 25.7 between 2019 and 2023: from 38.6 to 1.5.
All table numbers are series: 8
| Series | 2019 | 2020 | 2021 | 2022 | 2023 |
|---|---|---|---|---|---|
| Ртуть (Ртуть металлическая) | 38,60 | 1,70 | 1,50 | 1,50 | 1,50 |
| Свинец и его неорганические соединения (в пересчете на свинец) | 75,20 | 81,10 | 84,30 | 95,40 | 106,40 |
| Хром (в пересчете на хрома (VI) оксид) (Хром шестивалентный) | 154,60 | 137,30 | 142,30 | 128,80 | 131,50 |
| Марганец и его соединения (в пересчете на марганца (IV) оксид) | 1 417,00 | 1 520,00 | 1 034,00 | 964,00 | 931,00 |
| Медь оксид (Меди оксид) (в пересчете на медь) | 1 158,00 | 1 150,00 | 726,00 | 718,00 | 737,00 |
| Формальдегид | 4 881,00 | 5 093,00 | 5 465,00 | 5 740,00 | 5 709,00 |
| Дигидросульфид (Сероводород) | 8 091,00 | 10 411,00 | 8 544,00 | 8 397,00 | 8 368,00 |
| Гидроксибензол (Фенол) | 2 309,00 | 1 419,00 | 1 377,00 | 1 281,00 | 1 262,00 |
How to read this table
Table rows are categorized by pollutant type, including mercury, lead, and chromium, allowing for comparison of emission volumes between them in any given year. To analyze trends for each substance, row values can be compared across the 2019–2023 period. For example, mercury emissions were 38.6 tons in 2019 and decreased to 1.5 tons by 2023, illustrating processes occurring at stationary pollution sources in Russia
What is visible in these numbers
“Dihydrogen sulfide (Hydrogen sulfide)” leads the table with 8,368 tonnes, “Mercury (Metallic mercury)” closes it with 1.5 tonnes. The gap between them is 5,579-fold.
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Period and application
Recent Rosstat data for 2019–2023 are updated annually and are useful for ecologists, researchers, and those monitoring air quality. The table provides precise emission values for each class of substance, which is necessary for assessing the effectiveness of environmental protection measures and monitoring pollution sources across various industrial sectors
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