The Myth of Cheap Russian Gas
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Circulation in the Southwestern Part of the Kara Sea in September 2007 A
ISSN 00014370, Oceanology, 2010, Vol. 50, No. 5, pp. 643–656. © Pleiades Publishing, Inc., 2010. Original Russian Text © A.G. Zatsepin, E.G. Morozov, V.T. Paka, A.N. Demidov, A.A. Kondrashov, A.O. Korzh, V.V. Kremenetskiy, S.G. Poyarkov, D.M. Soloviev, 2010, published in Okeanologiya, 2010, Vol. 50, No. 5, pp. 683–697. MARINE PHYSICS Circulation in the Southwestern Part of the Kara Sea in September 2007 A. G. Zatsepina, E. G. Morozova, V. T. Pakab, A. N. Demidova, A. A. Kondrashovb, A. O. Korzhb, V. V. Kremenetskiya, S. G. Poyarkova, and D. M. Solovievc a Shirshov Institute of Oceanology, Russian Academy of Sciences, Moscow, Russia Email: [email protected] b Atlantic Branch of the Shirshov Institute of Oceanology, Russian Academy of Sciences, Moscow, Russia c Marine Hydrophysical Institute, National Academy of Sciences of Ukraine, Sevastopol, Ukraine Received September 16, 2009; in final form, January 2, 2010 Abstract—During cruise 54 of the R/V Akademik Mstislav Keldysh to the southwestern Kara Sea (September 6 to October 7, 2007), a large amount of hydrophysical data with unique spatial resolution was obtained on the basis of measurements using different instruments. The analysis of the data gave us the possibility to study the dynamics and hydrological structure of the southwestern Kara Sea basin. The main elements of the gen eral circulation are the following: the Yamal Current, the Eastern Novaya Zemlya Current, and the St. Anna Trough Current. All these currents are topographically controlled; they flow over the bottom slopes along the isobaths. The Yamal Current begins at the Kara Gates Strait and turns to the east as part of the cyclonic cir culation. -
Nenets Reindeer Herders on the Lower Yenisei River: Traditional Economy Under Current Conditions and Responses to Economic Change
Nenets reindeer herders on the lower Yenisei River: traditional economy under current conditions and responses to economic change Konstantin B. Klokov The article is dedicated to the problems of survival and development among the aboriginal peoples of northern Russia in the context of current conditions. Data collected in the western part of the Taimyr Autonomous District allowed us to divide the non-sedentary population of this territory into three groups differentiated by overall way of life, land use and economic “calendar.” These groups are: the nomadic reindeer herders of the tundra (about 250-300 people), the semi-nomadic fishermen- herders of Yenisei delta (about 500), and t6e nomadic herders of the forest-tundra (300-350). The economy and ways of life of the three non-sedentary groups are described. Communities whose traditional subsistence base is reindeers have entered a crucial period. In response to the pressure of the dominant society, these peoples have three possible strategies: isolation, passive adaptation and active adaptation. Only the last strategy can preserve their culture, and create a “neoculture”. Now, however, passive adaptation predominates. The mutual, bi-directional process of cultural integration needs to reinforce positive aspects of acculturation and promote active, rather than passive, adaptation. A necessary condition for this is the appearance among the Nenets of an intermediate social stratum which maintains close links to nomadic reindeer-husbandry and is simultaneously integrated into the dominant society. K. B. Klokov, Geography Institute, University qf St. Petersburg, 41/43 Sredni Prospect, 199004 St. Petersburg, Russia. Reindeer husbandry in the Russian North is in One area stands out against this overall picture crisis. -
Yamal LNG Project Completed and Put Into Operation Special Report
34 Special Report Yamal LNG Project Completed and Put into Operation Yamal LNG Project is China' s first overseas megaproject since the launch of the Belt and Road Imitative. It is also the country' s largest investment project in Russia, widely hailed as a fine example of China-Russia cooperation. CNPC participates in the operation of the project throughout the entire industrial chain and has become a vital player in the international LNG industry. Located in the Arctic Circle of the Yamal Peninsula in Russia, the Yamal project is an integrated project encompassing oil and gas exploration and development, natural gas processing, liquefaction, marketing and shipping. CNPC, China' s Silk Road Fund, Novatek and Total hold 20%, 9.9%, 50.1% and 20% of the equity shares of the project, respectively. "This project is of great significance, for it can help strengthen our economic cooperation with countries in the Asia Pacific region, particularly Reserves the People' s Republic of China, one of our most important partners in the region. Meanwhile, it is a model for successful international cooperation 60 million tons of condensate, 1.3 with France, Italy, Germany and other European trillion cubic meters of countries. " natural gas ——Vladimir Putin, President of Russia Annual capacity Funds raised 25 billion cubic meters of USD 19 billion, 63% natural gas, 1 million tons of which contributed of condensate by China 35 Mutual Benefit and Win-win Results Thanks to concerted efforts of various parties, the first LNG Train of Yamal Project became Four drilling rigs operational in December 2017. This will not only drive the development of Russia’ s energy sector and its border areas, but will also diversify China’ s clean energy supply. -
Gas-Emission Craters of the Yamal and Gydan Peninsulas
Received: 16 January 2019 Revised: 7 May 2019 Accepted: 11 May 2019 DOI: 10.1002/ppp.2014 Research Article Gas‐emission craters of the Yamal and Gydan peninsulas: A proposed mechanism for lake genesis and development of permafrost landscapes Yury A. Dvornikov1 | Marina O. Leibman1,2 | Artem V. Khomutov1,2 | Alexander I. Kizyakov3 | Petr Semenov4 | Ingeborg Bussmann5 | Evgeny M. Babkin1 | Birgit Heim6 | Alexey Portnov7 | Elena A. Babkina1 | Irina D. Streletskaya3 | Antonina A. Chetverova8,9 | Anna Kozachek8 | Hanno Meyer6 1 Earth Cryosphere Institute of Tyumen Scientific Centre SB RAS, Tyumen, Russia Abstract 2 Tyumen State University, Tyumen, Russia This paper describes two gas‐emission craters (GECs) in permafrost regions of the 3 Lomonosov Moscow State University, Yamal and Gydan peninsulas. We show that in three consecutive years after GEC for- Moscow, Russia mation (2014–2017), both morphometry and hydrochemistry of the inner crater lakes 4 I.S. Gramberg All‐Russia Scientific Research Institute of Geology and Mineral Resources of can become indistinguishable from other lakes. Craters GEC‐1 and AntGEC, with ini- the World Ocean (VNIIOkeangeologia), Saint‐ tial depths of 50–70 and 15–19 m respectively, have transformed into lakes 3–5m Petersburg, Russia deep. Crater‐like depressions were mapped in the bottom of 13 out of 22 Yamal 5 Alfred Wegener Institute Helmholtz Centre for Polar and Marine Research, Germany lakes. However, we found no evidence that these depressions could have been 6 Alfred Wegener Institute Helmholtz Centre formed as a result of gas emission. Dissolved methane (dCH4) concentration mea- for Polar and Marine Research, Potsdam, Germany sured in the water collected from these depressions was at a background level 7 School of Earth Sciences, The Ohio State (45 ppm on average). -
PDF Version Geological Prospecting and Oilfield Development
GAZPROM NEFT Company profile Strategic report Performance Technological development Gazprom Neft digital system Governance system identifies new oil strata Sustainable development in the Yamalo-Nenets Appendices Autonomous Okrug Geological prospecting and oilfield development The company is developing projects More than 12 million tonnes of ARCO complex of field oil-rims united grouped into large clusters on the (Arctic) oil have now been produced by a single infrastructure. The Yamal Peninsula, in Eastern and over the six years in which the fields currently being developed Western Siberia, in the Orenburg Prirazlomnaya platform has been in include Pestsovoye, En-Yakhinskoye Oblast, as well as through joint continuous operation, with 19 wells and Zapadno-Tarkosalinskoye, ventures with foreign partners. having been drilled. Three further with exploration activities under wells will be built and commissioned way at the Yamburgskoye field. In 2019, Gazprom Neft expanded at Russia’s first ever project on the Furthermore, in July 2019 Gazprom its resource base primarily through Russian Arctic Shelf in 2020. Neft secured development rights to organic growth at its existing assets. the Urengoyskoye field and Achimov This involved drilling 59 exploration gas-condensate deposits at the wells (including joint ventures). The Pestsovoye field. total drilling in 2019 (including joint mt ventures and projects) reached 167.7 Of those projects mentioned kilometres. According to Russian 12 above, Yamburg is set to become assessment standards, the success the largest new project in the rate for exploration drilling in 2019 of ARCO oil produced Arctic; estimated oil reserves of was 76%. the Achimov deposits within the licence block exceed four billion Two-dimensional (2D) seismic tonnes. -
Rosneft Annual Report 2012
ROSNEFT ANNUAL REPORT RESPONSIBILITY 2012 TO BE A LEADER ROSNEFT IS THE LEADER OF THE RUSSIAN OIL INDUSTRY AND ONE OF THE WORLD’S LARGEST PUBLICLY TRADED OIL AND GAS CORPORATIONS BUSINESS GEOGRAPHY: Nearly all regions of Russia and a number of foreign countries. MAIN BUSINESSES: Exploration and producton of oil and gas, production of petroleum products and petrochemicals, sale of outputs in Russia and abroad. MAIN ASSETS: • PRMS proved reserves: 18.3 billion barrels of crude oil and 992 bcm of gas; • 424 producing fields with annual output above 890 million barrels of oil and 16 bcm of gas; • 7 oil refineries in Russia with aggregate refining capacity of 54 mln t of oil per annum; • Stakes in 4 refineries in Germany with net capacity of 11.5 mln t of oil per annum; • 1,691 operating filling stations under the Rosneft brand in 46 regions of Russia and 3 filling stations in Abkhazia. COMPETITIVE ADVANTAGES: • Resource base of unique scale and quality; • Russia’s largest greenfield projects; • Lowest unit lifting costs; • Status of a Company of strategic importance for the Russian Federation. FUTURE: A global energy Company, providing consistently high returns to shareholders through sustainable growth, efficiency gains and innovation, including the design and application of new technologies. DEVELOPMENT PRIORITIES: • Maintaining production levels at existing fields and devel- opment of new fields, both onshore and offshore; • Bringing hard-to-recover reserves into production; • Efficient monetization of associated and natural gas reserves; • Completing modernization of refining capacities; • Increasing marketing efficiency in Russia and internationally; • Achieving technology leadership thanks to in-house re- search and development work and strategic partnerships; • Implementing best practice in protection of the environ- ment and industrial safety. -
Introduction Discussion/Conclusion
Impacts of infrastructure and climate changes on reindeer herding in the Yamal, west Siberia. Timo Kumpula¹, Roza Laptander² and Bruce C. Forbes² 1University of Eastern Finland, Department of Geographical and Historical Studies, 2Arctic Centre, University of Lapland, Rovaniemi, Finland Contact:corresponding author: [email protected] Introduction The traditional land use in the Yamal is reindeer herding mainly practiced by nomadic Nenets herders. The hydrocarbon industry is presently the source of most ecological changes in the Yamal peninsula and socio-economic impacts experienced by migratory Nenets herders who move annually between winter Fig 4. On the left Bovanenkovo gas field is overlapping with reindeer herding units (brigades). Brigades 4 & 8 are more affected by the gas field activities. Gas field causes direct loss of pastureland, decrease of pasture quality (garbage, noise disturbance) and on the other hand possibilities pastures at treeline and the coastal summer pastures for trading (fish to goods). On the right Landsat image based change detection (1988-2014), shows expansion of the gas field after 2006 Yamal by the Kara Sea (Fig 1). mega project launch. In central Yamal peninsula which is permafrost area both natural and anthropogenic changes have occurred during the past 40 years (Fig 3). Mega size Fig 2. On the left Extension of vast ROS event with icing of southern Yamal pastures on winter 2013/2014, about 27 000 sqkm was frozen and 60 000 Bovanenkovo Gas Field was discovered in 1972 and it reindeer were starved to death. On the right: Rain On Snow (ROS) may cause ice layer(s) that hinders reindeer ability to dig for fodder. -
Arctic Climate Feedbacks: Global Implications
for a living planet ARCTIC CLIMATE FEEDBACKS: GLOBAL IMPLICATIONS ARCTIC CLIMATE FEEDBACKS: GLOBAL IMPLICATIONS Martin Sommerkorn & Susan Joy Hassol, editors With contributions from: Mark C. Serreze & Julienne Stroeve Cecilie Mauritzen Anny Cazenave & Eric Rignot Nicholas R. Bates Josep G. Canadell & Michael R. Raupach Natalia Shakhova & Igor Semiletov CONTENTS Executive Summary 5 Overview 6 Arctic Climate Change 8 Key Findings of this Assessment 11 1. Atmospheric Circulation Feedbacks 17 2. Ocean Circulation Feedbacks 28 3. Ice Sheets and Sea-level Rise Feedbacks 39 4. Marine Carbon Cycle Feedbacks 54 5. Land Carbon Cycle Feedbacks 69 6. Methane Hydrate Feedbacks 81 Author Team 93 EXECUTIVE SUMMARY VER THE PAST FEW DECADES, the Arctic has warmed at about twice the rate of the rest of the globe. Human-induced climate change has Oaffected the Arctic earlier than expected. As a result, climate change is already destabilising important arctic systems including sea ice, the Greenland Ice Sheet, mountain glaciers, and aspects of the arctic carbon cycle including altering patterns of frozen soils and vegetation and increasing “Human-induced methane release from soils, lakes, and climate change has wetlands. The impact of these changes on the affected the Arctic Arctic’s physical systems, earlier than expected.” “There is emerging evidence biological and growing concern that systems, and human inhabitants is large and projected to grow arctic climate feedbacks throughout this century and beyond. affecting the global climate In addition to the regional consequences of arctic system are beginning climate change are its global impacts. Acting as the to accelerate warming Northern Hemisphere’s refrigerator, a frozen Arctic plays a central role in regulating Earth’s climate signifi cantly beyond system. -
View Annual Report 2009
Annual Report Full-scale efficiency Rosneft is the leading Russian petroleum company and ranks among the world’s top publicly traded oil and gas corporations Regions of operations: the Company’s operations extend to almost all regions of Russia and several foreign states Core activities exploration and production of oil and gas, production of petroleum products and petrochemicals, and marketing of outputs in Russia and abroad Strong and Diversified Portfolio: proved reserves: 18.1 bln barrels of oil and 816 bcm of gas 395 producing fields with output of 2.2 mln barrels of oil per day and over 12 bcm of gas per year 97 exploration blocks, access to over 47 bln barrels of oil equivalent of prospective recoverable resources 7 refineries with an aggregate capacity of 1.1 mln barrels per day 1,690 filling stations in 39 regions of Russia Sustained Competitive Edge unique and highly efficient reserve base Russia’s biggest new upstream projects lowest upstream operating expenses per tonne Russian strategic enterprise more than 20% of Russia’s oil production and refinery throughput proprietary export terminals Strategic objective: to be among the world’s top 3 oil and gas companies by overall efficiency and scale of operations Rosneft Oil Company Annual Report 2009 Contents Chairman’s Address 4 President’s Address 8 Key Events in 2009 12 Vankor: A Key Oil Project for Modern Russia 14 Company Profile 28 History 30 Structure 32 Rosneft Today 34 Development Prospects and Strategy 38 Performance Review 40 Licensing 42 Geological Exploration 45 Reserves -
Peatlands of the Western Siberian Lowlands: Current Knowledge on Zonation, Carbon Content and Late Quaternary History K.V
Quaternary Science Reviews 22 (2003) 703–723 Peatlands of the Western Siberian lowlands: current knowledge on zonation, carbon content and Late Quaternary history K.V. Kremenetskia,b,*, A.A. Velichkoa, O.K. Borisovaa, G.M. MacDonaldb, L.C. Smithb, K.E. Freyb, L.A. Orlovac a Laboratory of Evolutionary Geography, Russian Academy of Sciences, Moscow 109017, Russia b Department of Geography, UCLA, Los Angeles, CA 90095-1524, USA c Institute of Geology and Geophysics, Russian Academy of Sciences, Novosibirsk, Russia Received 11 March 2000; accepted 11 October 2002 Abstract The Western Siberian lowlands (WSL) are the world’s largest high-latitude wetland, and possess over 900,000 km2 of peatlands. The peatlands of the WSL are of major importance to high-latitude hydrology, carbon storage and environmental history. Analysis of the existing Russian data suggests that the mean depth of peat accumulation in the WSL is 256 cm and the total amount of carbon stored there may exceed 53,836 million metric tons. A synthesis of published and unpublished radiocarbon dates indicates that the peatlands first developed at the end of the Last Glacial, with a rapid phase of initiation between 11,000 and 10,000 cal yr BP. Initiation slowed after 8000 cal yr BP and reached a nadir at 4000 cal yr BP. There has been renewed initiation, particularly south of 621N, following 4000 cal yr BP. The initial development of peatlands in the WSL corresponds with the warming at the close of the Pleistocene. Cooling after 4000 Cal yr BP has likely led to increased permafrost and increased peatland development particularly in central and southern regions. -
Gazprom's Investment Program Can Best Be Understood As a Way to Employ the Company's Entrenched Contractors at the Expense of Shareholders
Received by NSD/FARA Registration Unit 06/24/2021 6:14:07 PM INVESTMENT RESEARCH ^ SBERBANK CIB RUSSIA | OIL AND GAS MAY 2018 Russian Oil and Gas Tickling Giants ■ Lukoil has finally outlined its capital allocation policy simply and clearly. The company will share the majority of its free cash flows with shareholders, either through dividends or buybacks. It will reinvest 80% of its capex in the Russian business, where it enjoys greater competencies. We believe that if the management follows through on its promises, the market will have no cause to demand the current double-digit free cash flow yield from the shares. We reiterate our BUY recommendation. Our $85 target price implies a circa 9.5% free cash flow yield at $65/bbl oil. Lukoil shares present an especially good bargain whenever the market offers them at or below the oil price. ■ Gazprom's investment program can best be understood as a way to employ the company's entrenched contractors at the expense of shareholders. The three major projects that will eat up half of the capex in the next five years - Power of Siberia, Nord Stream-2 and Turkish Stream - are deeply value-destructive. Moreover, we expect them to be followed by a large-scale revamp of the company's trunk pipeline infrastructure, which is aging fast. Such a project could keep capex elevated indefinitely. We retain our opportunistic BUY recommendation on the hope that a political reshuffle could bring about a reform effort, though we concede the chances are slim. ■ Rosneft has announced it will aim to lower capex and reduce net debt by $8 bln this year, or about 10%. -
Sources of Natural Gas Within Permafrost North-West Siberia
SOURCES OF NATURAL GAS WITHIN PERMAFROST NORTH-WEST SIBERIA Viktor A. Skorobogatov 1, Vladimir S. Yakushev2, Evgeny M. Chuvilin3 1. 2. VNIIGAZ (All-Russian Research Institute of Natural Gases and Gas Technologies) 142717, Moscow Region, p.Razvilka. RUSSIA. 2. e-mail:[email protected] 3. Moscow State University - 119899, Moscow, Vorobievy Gory, MGU, Geological Faculty, Department of Geocryology. e-mail: [email protected] Abstract Various aspects of sudden natural gas blowouts from within the permafrost sections of deep (greater than 300 m) wells at Yamburg and Bovanenkovo gas fields (northwest Siberia) are presented. Topics covered include: gas geochemistry, blowout intensity (gas flow rate), depth interval and permafrost rock peculiarities in places of these gas releases. The results are compared with similar studies in other polar regions. Although microbial gas is widespread within permafrost, thermogenic gas can also occasionally migrate from deep gas reservoirs along faults or be present locally in areas of gas reservoirs within the permafrost section. Gas can be preserved within permafrost in a free state as well as in hydrate form throughout the permafrost zone. Introduction are prevented by heavy drill mud. Recent changes in drilling procedure in the Yamal gas fields (planned to Sudden gas blowouts originating within permafrost be operated by ÒGazpromÓ in near future) have provi- intervals have been encountered during well drilling in ded an opportunity to study these gas releases in more different parts of the polar region (Yakushev and detail. Collett, 1992; Agalakov and Bakuev, 1992; Yakushev, 1994). Their intensity can reach several tens of Geologic section of permafrost interval in thousands of cubic meters of gas per day.