Roschart — Russian statistics in charts

Official Rosstat statistics turned into charts instead of CSV and XLSX

RU

Installed production capacity of water supply systems in the Arctic zone, 2016–2023

· snapshot · rows: 12 · periods: 9 · section: publications of official statistical information on socio-economic development

The presented data shows the throughput capacity of water supply networks in the Arctic Zone of the Russian Federation for the period from 2016 to 2023. The rows in the list vary by territorial coverage: they include the entire Arctic Zone, as well as the Murmansk Oblast and the Yamalo-Nenets Autonomous Okrug. This allows for a comparison of aggregate indicators for the entire zone with data for specific constituent entities. No unit of measurement for capacity is specified in this dataset

Chart of the installed production capacity of water supply networks in the Arctic Zone of Russia from 2016 to 2023

2016 2017 2018 2018 2019 2020 2021 2022 2023 Arctic Zone of the Russian Federa…Arctic Zone of the Russian Federation Arctic Zone of the Russian Federation / 2016: 3,369 Arctic Zone of the Russian Federation / 2017: 3,397 Arctic Zone of the Russian Federation / 2018: 3,425 Arctic Zone of the Russian Federation / 2019: 3,459 Arctic Zone of the Russian Federation / 2020: 3,650 Arctic Zone of the Russian Federation / 2021: 3,649 Arctic Zone of the Russian Federation / 2022: 3,697 Arctic Zone of the Russian Federation / 2023: 3,689 Murmansk Region Murmansk Region / 2016: 1,139 Murmansk Region / 2017: 1,027 Murmansk Region / 2018: 1,089 Murmansk Region / 2019: 1,083 Murmansk Region / 2020: 1,087 Murmansk Region / 2021: 1,079 Murmansk Region / 2022: 1,076 Murmansk Region / 2023: 1,071 Yamalo-Nenets Autonomous Okrug Yamalo-Nenets Autonomous Okrug / 2016: 319.5 Yamalo-Nenets Autonomous Okrug / 2017: 317.9 Yamalo-Nenets Autonomous Okrug / 2018: 297.7 Yamalo-Nenets Autonomous Okrug / 2019: 294.9 Yamalo-Nenets Autonomous Okrug / 2020: 285.4 Yamalo-Nenets Autonomous Okrug / 2021: 289.7 Yamalo-Nenets Autonomous Okrug / 2022: 291.0 Yamalo-Nenets Autonomous Okrug / 2023: 291.4 Chukotka Autonomous Okrug Chukotka Autonomous Okrug / 2016: 50.8 Chukotka Autonomous Okrug / 2017: 56.9 Chukotka Autonomous Okrug / 2018: 56.9 Chukotka Autonomous Okrug / 2019: 54.9 Chukotka Autonomous Okrug / 2020: 59.1 Chukotka Autonomous Okrug / 2021: 60.6 Chukotka Autonomous Okrug / 2022: 60.7 Chukotka Autonomous Okrug / 2023: 60.8 Arkhangelsk Region Arkhangelsk Region / 2016: 401.7 Arkhangelsk Region / 2017: 414.3 Arkhangelsk Region / 2018: 413.8 Arkhangelsk Region / 2019: 432.5 Arkhangelsk Region / 2020: 439.0 Arkhangelsk Region / 2021: 442.5 Arkhangelsk Region / 2022: 493.3 Arkhangelsk Region / 2023: 493.1 Nenets Autonomous Okrug Nenets Autonomous Okrug / 2016: 8.60 Nenets Autonomous Okrug / 2017: 8.70 Nenets Autonomous Okrug / 2018: 9.90 Nenets Autonomous Okrug / 2019: 8.98 Nenets Autonomous Okrug / 2020: 8.98 Nenets Autonomous Okrug / 2021: 8.98 Nenets Autonomous Okrug / 2022: 8.98 Nenets Autonomous Okrug / 2023: 8.98 Arkhangelsk Oblast (excluding Nen…Arkhangelsk Oblast (excluding Nenets Autonomous Okrug) Arkhangelsk Oblast (excluding Nenets Autonomous Okrug) / 2016: 393.1 Arkhangelsk Oblast (excluding Nenets Autonomous Okrug) / 2017: 405.6 Arkhangelsk Oblast (excluding Nenets Autonomous Okrug) / 2018: 403.9 Arkhangelsk Oblast (excluding Nenets Autonomous Okrug) / 2019: 423.6 Arkhangelsk Oblast (excluding Nenets Autonomous Okrug) / 2020: 430.0 Arkhangelsk Oblast (excluding Nenets Autonomous Okrug) / 2021: 433.6 Arkhangelsk Oblast (excluding Nenets Autonomous Okrug) / 2022: 484.3 Arkhangelsk Oblast (excluding Nenets Autonomous Okrug) / 2023: 484.1 Republic of Komi Republic of Komi / 2016: 135.2 Republic of Komi / 2017: 135.2 Republic of Komi / 2018: 135.2 Republic of Komi / 2019: 135.2 Republic of Komi / 2020: 245.8 Republic of Komi / 2021: 245.8 Republic of Komi / 2022: 244.2 Republic of Komi / 2023: 245.8 Republic of Karelia Republic of Karelia / 2017: 37.6 Republic of Karelia / 2018: 37.6 Republic of Karelia / 2019: 38.3 Republic of Karelia / 2020: 115.6 Republic of Karelia / 2021: 115.6 Republic of Karelia / 2022: 115.6 Republic of Karelia / 2023: 115.6 Krasnoyarsk Territory Krasnoyarsk Territory / 2016: 1,302 Krasnoyarsk Territory / 2017: 1,387 Krasnoyarsk Territory / 2018: 1,378 Krasnoyarsk Territory / 2019: 1,379 Krasnoyarsk Territory / 2020: 1,381 Krasnoyarsk Territory / 2021: 1,381 Krasnoyarsk Territory / 2022: 1,381 Krasnoyarsk Territory / 2023: 1,377 Republic of Sakha (Yakutia) Republic of Sakha (Yakutia) / 2016: 21.4 Republic of Sakha (Yakutia) / 2017: 21.4 Republic of Sakha (Yakutia) / 2018: 16.0 Republic of Sakha (Yakutia) / 2019: 41.5 Republic of Sakha (Yakutia) / 2020: 36.9 Republic of Sakha (Yakutia) / 2021: 35.0 Republic of Sakha (Yakutia) / 2022: 35.0 Republic of Sakha (Yakutia) / 2023: 35.1 Reference: Russian Federation — 8…Reference: Russian Federation — 89550.20 Reference: Russian Federation — 89550.20 / 2016: 89,550 Reference: Russian Federation — 89550.20 / 2017: 90,714 Reference: Russian Federation — 89550.20 / 2018: 91,200 Reference: Russian Federation — 89550.20 / 2019: 92,211 Reference: Russian Federation — 89550.20 / 2020: 93,053 Reference: Russian Federation — 89550.20 / 2021: 93,488 Reference: Russian Federation — 89550.20 / 2022: 93,864 Reference: Russian Federation — 89550.20 / 2023: 95,216
how it will look

Set in numbers

12 series, arranged across 9 breakdowns rather than over time. 95 values in total.

The largest value belongs to “Reference: Russian Federation — 89550.20” — 95,216; the smallest is “Nenets Autonomous Okrug” at 9. The gap between them is 10,603-fold.

All table numbers are series: 12
Series 201620172018201820192020202120222023
Арктическая зона Российской Федерации 3 369,40 3 396,87 3 424,61 — 3 458,86 3 649,75 3 649,09 3 696,94 3 689,29
Мурманская область 1 139,13 1 026,67 1 089,49 — 1 082,64 1 087,30 1 079,21 1 076,03 1 070,72
Ямало-Hенецкий авт.округ 319,53 317,90 297,72 — 294,86 285,39 289,66 291,00 291,43
Чукотский авт.округ 50,81 56,85 56,85 — 54,93 59,06 60,56 60,73 60,80
Архангельская область 401,70 414,26 413,84 — 432,53 439,00 442,53 493,32 493,07
Ненецкий авт.округ 8,60 8,70 9,90 — 8,98 8,98 8,98 8,98 8,98
Архангельская область (кроме Ненецкого автономного округа) 393,10 405,56 403,94 — 423,55 430,02 433,55 484,34 484,09
Республика Коми 135,15 135,15 135,15 — 135,15 245,82 245,82 244,18 245,82
Республика Карелия — 37,60 37,60 — 38,30 115,55 115,60 115,61 115,61
Красноярский край 1 301,68 1 387,04 1 378,01 — 1 378,97 1 380,69 1 380,69 1 381,05 1 376,71
Республика Саха (Якутия) 21,40 21,40 15,95 — 41,48 36,94 35,02 35,02 35,13
Справочно: Российская Федерация - 89550,20 89 550,20 90 714,44 91 199,67 — 92 211,22 93 052,80 93 488,41 93 864,01 95 215,96

How to read this table

The differences between the rows allow for an assessment of the contribution of individual regions to the total capacity of the water infrastructure in northern territories. By comparing the indicators for the entire Arctic Zone with the data for the Murmansk Oblast and the Yamalo-Nenets Autonomous Okrug, the distribution structure of the capacity can be understood. The data is presented in an annual breakdown, making it possible to track parameter changes for each year within the specified period

What is visible in these numbers

The table is 88% filled: Rosstat does not publish every cell, and the gaps are left as they are rather than interpolated.

The same indicator in other breakdowns (5)

More in the section publications of official statistical information on socio-economic development»

Period and application

Statistical information for the period from 2016 to 2023 covers key territories of the Arctic. The data is updated in accordance with the Rosstat publication schedule. These figures will be useful to public utility specialists, government authorities, and those involved in infrastructure development planning in northern latitudes

Установленная производственная мощность водопровода - указывается установленная производственная мощность водопровода в целом. Она равна максимальному количеству воды, которое может быть подано в сеть за сутки, исходя из производительности основных водопроводных сооружений, лимитирующих подачу воды: скважин или открытого водозабора, насосных станций первого подъема, очистных сооружений, насосных станций второго подъема, водовода.