oil pipeline monopolist) and its affiliatedcompanies is 48,700 km (as of June 2006).The threat of pollution exists at everystage of oil production, from geologicalsurveying to field construction, accidents atconstruction sites, and during fielddevelopment and transportation of crude oil.Pollution of drinking water sources byhydrocarbons poses a particularly seriousthreat to public health: if an oil well ‘drowns’,due to bad sealing or for other reasons, oil canpenetrate water horizons used for drinking orbathing. Oil products have already beendiscovered in fresh water at the Samotlor oilfield at depths of 180-200 meters, threateningthe water supply for the city ofNizhnevartovsk 5,6 , and the Voy-Vozh oil field hasbeen found to affect quality of drinking waterin underground water sources used for needsof the nearby town (oil products and phenolswere detected) 7 .Many pipelines are in a poor state ofrepair. More than 38% of crude oil pipelines and47% of oil product pipelines have been inoperation for over 30 years, and a further 75%and 80%, respectively, are over 20 years old 8 .Data published 11 years ago showed 40,000accidents at fields in Western Siberia alone 9 andit is natural to suppose that number ofaccidents will have risen as output levelsincreased in recent years. Oil field developmentin Khanty-Mansi Autonomous District haspolluted 70-80,000 hectares of land 10 , and theVozeysky oil pipeline accident in the KomiRepublic caused pollution over 60 km 2 . Largequantities of hydrocarbons may havepenetrated sources of drinking water as a resultof these accidents.It is almost impossible to findinformation regarding spillages on internetsites of oil companies, but media reportssuggest numerous accidents involving oilpipelines. There are reports of average 1900accidents each year at oil fields in Khanty-MansiAutonomous District 11 where principal aquifershave been polluted by constant leakages 12 . Theshare of water samples in the District, which failto meet sanitary norms, is as high as 53% 13 . Thesituation is comparable in Tomsk Region, wherepipe corrosion and intensified development ofoil fields have led to a spate of pipelineaccidents. Soil and ground water are pollutedby oil products and highly mineralized water;samples from northern rivers in Tomsk Region,where oil field development is concentrated,show levels of oil products and phenolexceeding maximal allowable concentration aswell as presence of hydrogen sulfide andmethane 14 . These toxins may also be present indrinking water. Until recently pollution ofdrinking water by oil products was not viewedby the medical community as a serious threatto health, but more detailed study has revealeda threat from strata water, which is also carriedin oil pipelines, and consists of a mixture ofcalcium-chloride mineralized water with5N.Ya,Krupinin, On environmental conditions in Nizhnevartovsk Region//Ways and means of reaching a balanced environmental andecological development in oil producing regions of Western Siberia // NDI works, Vol.1, Nizhnevartovsk, 1995, pp22-29.6I.V.Korabelnikov, A.I.Korabelnikov, Ecological and sanitary aspects of oil field drowning during oil extraction // Newsletter of the StPetersburg State Medical Academy -2005 – No.1(6) pp.83-85.7State <strong>Report</strong>: On environmental conditions in the Komi Republic in 2000, Ministry of Natural Resources and Environment of the KomiRepublic, RGUN-TSARIKS RK, Syktyvkar, 2001, p.1958V.V.Bushuyev, A.A.Troitskiy, <strong>Russia</strong>’s Power Strategy up to 2020 and reality. What next?, Teploenergetika, 2007, No.1, pp/2-8.9N.M.Davydenko, Environmental problems of <strong>Russia</strong>'s Northern oil & gas producing regions, Novosibirsk, Nauka, Siberian establishmentsof the <strong>Russia</strong>n Academy of Science, 1998, p.22410A.P.Sadov, P.P.Krechetov, S.S.Varuschenko, Environmental problems of hydorbarbon extraction enterprises // Environmental andindustrial security, 2008, No.12, pp.116-119.11Digest: Environment of Khanty-Mansi Autonomous District – Yugra, in 2003, Khanty-Mansiisk, 200412T.Ya.Kochina, G.I.Kushnikova, Pollution of geological environment with oil products - Environmental and medical impact // Hygieneand Sanitation, 2008, No.4, pp.23-2613N.G.Kashapov, A.A.Kazachikhin, Hygienic assessment of water procurement in the Khanty-Mansi Autonomous District – Yugra//Hygiene and Sanitation, 2008, No.5, pp.32-3414Environmental Monitoring. Environmental situation in the Tomsk Region in 2007, / Department of Natural Resources andEnvironmental Protection of Tomsk Region, OGU Oblcompriroda, Tomsk, Graphika, 2008, p.2476 National Human Development <strong>Report</strong> in the <strong>Russia</strong>n Federation 2009
Box 4.1. The village of Kolvain Ussinsk DistrictA major pipeline accident in 1994caused oil pollution of the river Kolva.Immediately after the accident oil concentrationin the river was 0.15-0.40 mg/l, compared withmaximum allowable 0.05 mg/l. Dangerouslyhigh levels of phenols and chlorides were alsoregistered. A detailed medical study of childrenin the village of Kolva in 1997 found seriousdysfunctions of urinary and gastrointestinalsystems. The kidneys are particularly vulnerableto effect of polluted drinking water. The urine ofchildren in the village also contained abnormallyhigh levels of phenol, indicating oil productmetabolism in the body. After the accidentpeople in Kolva stopped eating fish, whichprovided vital nutrients (magnesium,microelements (some of them toxic ones) andradioactive nuclides. Oil phenols, whichpenetrate drinking water, are particularlydangerous, since they can produce cancerouschlorine-organic compounds when such waterit chlorinated.There has been very littleepidemiological research into impact of oilspills on sources of drinking water and publichealth in <strong>Russia</strong>, but research was carried outon impact of the Usinsk oil spill in the KomiRepublic (Box. 4.1).4.1.2. Coal extractionCoal production in <strong>Russia</strong> plummeted inthe 1990s, but output (including open-castmining) has begun to recover since 2000.Discharge of untreated waste water into surfacewater bodies has increased by 83% and untreatedatmospheric emissions are up by 62% 17 . Coalmining is concentrated in areas, which already faceenvironmental difficulties due to operation of thecountry’s largest metallurgy and chemicalphosphates, specific amino-acids andunsaturated fatty acids). Dietary imbalances andlack of plant products (vegetables, fruit, berries)weakened immunity levels. Statistics showshigher incidence of illnesses of the digestivesystem among both adults and children in Kolva,compared with populations in other parts ofUsinsk District. High incidence of gastritis isspecific to children in the village 15 .Contamination of the environment withoil products also impacts the traditional lifestyleof indigenous peoples, which is based onfishing. An oil tanker accident near the Osinkiarchipelago and the coast of the Onegapeninsula in Arkhangelsk Region upset bioresourcesin the White Sea. Impact on localfishing communities, which depend on theseresources, has not been measured 16 .enterprises. Over 50% of <strong>Russia</strong>’s coal is mined inKemerovo Region (Kuzbass), and other large coalmining facilities are located in KrasnoyarskTerritory, Komi Republic, the Republic of Sakha(Yakutia) and some other regions.Pollution in populated areas is due tooperation of underground mines and open pits,and also to liquidation of unfeasible coalproduction facilities. Kemerovo, where coalmining is the dominant industry in eight cities,is the best-researched region. The atmospherein Kemerovo’s cities is polluted by particulatematter, and drinking water is contaminated bymetals. Locally produced food has excessiveconcentrations of lead, cadmium, mercury, andarsenic. Comparative environmental analysis ofKemerovo’s mining towns found highest levelsof air pollution in Belovo, followed byProkopyevsk and Osinniki, and then Kiselevsk,Berezovskiy, Leninsk-Kuznetskiy, Anzhero-Sudzhensk and Mezhdurechensk. Public healthproblems in these cities reflect adverseindustrial factors and air pollution, whichaccounts for 5.8-14.3% of newly diagnosed15B.A.Revich, Hot spots of chemical pollution and public health in <strong>Russia</strong>, M, The RF Public Chamber, 2007, p.19216A.A.Nenashev, Environmental aspects of oil and oil product transportation in Arkhangelsk Region // Human Ecology, 2005, No.12, pp.37-4117A.A.Kharitonovskiy, Yu.A.Tolchenkin, The status and primary vectors of environmental protection in the coal industry // Coal, 2008 No.2,pp56-5977
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National Human Development Reportin
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National Human Development Reportin
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ACKNOWLEDGEMENTSThe authors express
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Dear Reader,You have before you the
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PREFACEThis is the 13 th National H
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country’s fuel & energy regions r
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environmental degradation and enhan
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Chapter 1The Energy Sector,the Econ
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By 2008 Russia had increased its sh
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the share of energy in the national
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exported, increased. However, this
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elimination of structural and terri
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• Establishment of competitive me
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Table 7.7Areas of disturbed and rec
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nature of the impact (atmospheric e
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Further, the economic cost ofenviro
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trends continued the damage would a
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What the government needs to do ino
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Figure 7.2.1Specific atmospheric em
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money value of industrial output) c
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Figure 7.2.4Trends in specific atmo
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Chapter 8The Energy Industry and Su
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eing equal) it only reflects that p
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(MDGs), issued by the UN in 2000. T
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Canada, the USA and Great Britain h
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Box 8.2. Energy efficiencyindicator
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Box 8.4. Energy efficiency rating o
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41 Penza Region 116.0 -35.2 -4.542
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Appendix to Chapter 1Table 1.1. GDP
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Attachment to Chapter 4Table 4.1Rus
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Attachment to Chapter 4Volga Federa
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Attachment to Chapter 4Belovo Belov
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The previous National Human Develop