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Length of heating and steam networks in double-pipe equivalent, 2021–2023

· dynamics annual · rows: 11 · periods: 3 · section: publications of official statistical information on socio-economic development

Kilometers of heating and steam networks in two-pipe equivalent for the period 2021 to 2023 are reflected in this statistic. Rows in the list vary by territorial coverage: both the land territories of the Arctic Zone of Russia as a whole and individual constituent entities, such as the Murmansk Region or the Yamalo-Nenets Autonomous Okrug, are presented. Data are provided in kilometers and allow for assessing the state of infrastructure in northern latitudes

0 500 1,000 1,500 2,000 2021 2022 2023
how it will look

Graph of the length of heating and steam networks in two-pipe equivalent for the Arctic Zone of the RF, 2021–2023, km

Dry land territories of the R…Dry land territories of the Russian Arctic Zone Murmansk Region Yamalo-Nenets Autonomous Okrug Chukotka Autonomous Okrug Arkhangelsk Region Nenets Autonomous Okrug Republic of Karelia Republic of Komi Krasnoyarsk Territory Republic of Sakha (Yakutia) For reference: Russian Federa…For reference: Russian Federation 2021 2023

Who grew, who fell: 2021 → 2023

unchanged For reference: Russian Federation · 2023: 167,673 · 2021: 166,746 · +927.3 For reference: Russian Federation +927.3 Republic of Sakha (Yakutia) · 2023: 707.3 · 2021: 674.1 · +33.2 Republic of Sakha (Yakutia) +33.2 Nenets Autonomous Okrug · 2023: 102.7 · 2021: 95.5 · +7.19 Nenets Autonomous Okrug +7.19 Chukotka Autonomous Okrug · 2023: 279.5 · 2021: 279.7 · −0.29 Chukotka Autonomous Okrug −0.29 Republic of Komi · 2023: 424.8 · 2021: 426.2 · −1.42 Republic of Komi −1.42 Krasnoyarsk Territory · 2023: 545.1 · 2021: 546.9 · −1.79 Krasnoyarsk Territory −1.79 Arkhangelsk Region · 2023: 1,034 · 2021: 1,040 · −5.86 Arkhangelsk Region −5.86 Republic of Karelia · 2023: 231.6 · 2021: 237.6 · −5.99 Republic of Karelia −5.99 Yamalo-Nenets Autonomous Okrug · 2023: 1,912 · 2021: 1,953 · −40.5 Yamalo-Nenets Autonomous Okrug −40.5 Murmansk Region · 2023: 1,148 · 2021: 1,192 · −44.7 Murmansk Region −44.7 Dry land territories of the Russian Arctic Zone · 2023: 6,282 · 2021: 6,350 · −67.3 Dry land territori… Russian Arctic ZoneDry land territories of the Russian Arctic Zone −67.3

Set in numbers

11 series are published here, from 2021 to 2023, 3 reporting periods. 33 values in total.

Between 2021 and 2023 “Dry land territories of the Russian Arctic Zone” declined from 6,350 to 6,282 — 1.1%.

All table numbers are series: 11

How to read this table

Comparing indicators across different rows helps to understand the difference in the scale of utility networks between individual regions and the entire Arctic Zone. One can compare the length of networks in the Murmansk Region with data for the Yamalo-Nenets Autonomous Okrug or look at the total for land territories. Annual values allow for tracking how network length changed over three years

What is visible in these numbers

The largest value belongs to “For reference: Russian Federation” — 167,673; the smallest is “Nenets Autonomous Okrug” at 103. The gap between them is 1,632-fold.

The same indicator for other periods

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

Period and application

The statistics are relevant for analyzing the development of utility infrastructure in the Arctic Zone. Information is published annually by Rosstat and covers three years of observation. This information may be useful to specialists in the housing and communal services sector and planners for the development of northern territories

Показывается cуммарная протяженность всех тепловых сетей (с учетом сетей горячего водоснабжения) и паровых сетей в двухтрубном исчислении, числящихся на балансе предприятия (организации) на конец отчетного года, в том числе диаметром до 200 мм, от 200 мм до 400 мм, от 400 мм до 600 мм, свыше 600 мм. Протяженность тепловых сетей определяется по длине их трассы независимо от способа прокладки, с уложенными двумя трубопроводами: прямого и обратного для водяной сети, паропровода и конденсатопровода для паровой сети. В протяженности водяной сети должна учитываться протяженность отдельных сетей, используемых для горячего водоснабжения.