Offshore Oil and Gas Industry of Russia and CIS: Outlook to 2022

The purpose of this research report is to analyze offshore production projects based in Russia, CIS countries and Georgia in the Caspian Sea, the Black Sea, the Sea of Azov and the Baltic Sea, in the Russian Arctic and Far East shelf.

Since 2005, RPI has systematically analyzed the status of offshore projects. Indeed, this is the fourth time this report has been updated with the latest editions focusing on the requirements of production companies for technological equipment and services provided by contractors. Each successive edition builds on the cumulative knowledge base and data gleaned in the process of ongoing oil and gas market research.

The latest report on offshore hydrocarbon production projects was issued at the beginning of 2012. Thus, although only a little more than a year has passed since the last report, we decided it was time to update the topic of offshore O&G production. The reason for this was a major shift in the financial and technological implementation of many projects, as well as licensing and legislative regulation of projects, first and foremost, in Russia.

Since the last update, many projects have been closed or rolled back, other projects have been unexpectedly resumed, many field licenses have been issued to subsoil users, while sweeping legislative and taxation amendments have also been made. Specifically, such high-profile projects as Kashagan are finally due to start up in the Caspian Sea and the Prirazlomnoye field in the Russian Arctic in 2013, while several large international companies commenced operations on the Russian shelf in 2012-2013, thus rapidly propelling the development of license blocks.

The report again devotes special attention to such key project issues as timelines for implementation, drilling volumes and platform requirements, since this approach makes it possible to assess the value of the market and other types of oil and gas equipment.

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The report consists of three volumes:
The Caspian Sea, Black and Azov Seas (1,600 euro)
The Baltic Sea and Russian Arctic Seas (1,200 euro)
Seas of the Russian Far East (1,400 euro)

Each volume could be ordered separately.  

The key sections of the report include:
• update on the state of projects, implementation or wind-up plans;
• news about players’ intention to enter or pull out of projects;
• 2013-2020 production forecasts for the various projects (and marine sectors) with a breakdown into possible scenarios;
• 2013-2020 forecasts of development and production drilling with a breakdown into marine sectors, projects, players and possible timeframes for execution of drilling works;
• 2013-2020 forecasts about the requirements for drilling rigs and production platforms with a breakdown into marine sectors and projects.

The report provides an assessment of the current state of offshore projects and offers a forecast of drilling volumes in terms of projects and years, requirements for offshore drilling platforms and production platforms, tracing their logical connection with the logistics of future hydrocarbon supplies.

It makes sense to study the market in this way since this method reveals the attractiveness of one or another development or production project as a function of the requirement for technological equipment and O&G services.

This analysis could be interesting for the suppliers of various types of drilling equipment, pipes and pipeline fittings, companies which supply equipment and services in terms of timelines and potential supply volumes. Our analysis of offshore projects could also be used by current and potential investors to assess the risks of investing in these projects and also to monitor opportunities to enter promising market niches.

Project information is not limited to an overview, as it also emphasizes forecasts related to drilling volumes and needs for drilling rigs and production platforms, analyzing these needs in tandem with drilling conditions. This will enable companies operating in the equipment supply sector to identify future requirements for a narrow range of customized equipment.

Our scenario forecasting approach is the most flexible tool in monitoring future developments. This allows us to make a highly probable assessment regarding the implementation of any given upstream project and ultimately to mitigate risks for market players.

This study also allows companies operating on the oil and gas market to determine in advance the requirements for one or another type of equipment and services, devise an optimal range of equipment and services, while gaining a clear vision of the risks and rewards associated with any given project.

YOU CAN DOWNLOAD THE DEMO-VERSION OF THE REPORT 2012 HERE>>>

Volume 1 The Caspian and Black Seas and the Sea of Azov

1 Introduction

2 Key Findings of the Study

2.1. Forecasting Methodology

2.2. Findings on the Scope of Exploration and Production Drilling

2.2.1. Caspian Sea

2.2.2. Black Sea

2.2.3. Sea of Azov

2.3. Conclusions on Production Rates

2.3.1. Caspian Sea

2.3.2. Black Sea

2.3.3. Sea of Azov

2.4. Conclusions on Platform Market Size

2.4.1. Caspian Sea

2.4.2. Black Sea and Sea of Azov

3 Regional Overview

3.1. Geographic, Natural and Weather Conditions in the Offshore Areas of the Caspian and Black Seas and the Sea of Azov

3.1.1. Caspian Sea

3.1.2. Black Sea

3.1.3. Sea of Azov

3.2. Problem of Maritime Boundary Delimitation

3.2.1. Caspian Sea

3.2.2. Black Sea

3.2.3. Sea of Azov

3.3. Legislative Control of Offshore Oil and Gas Production in Certain Countries of the
Commonwealth of Independent States

3.3.1 Azerbaijan

3.3.2 Georgia

3.3.3 Kazakhstan

3.3.4 Russian Federation

3.3.5 Turkmenistan

3.3.6 Ukraine

4 Offshore Hydrocarbon Reserves and Resources in the Caspian and Black Seas and
the Sea of Azov

4.1. Caspian Sea

4.1.1 Azerbaijan’s Sector

4.1.2 Kazakhstan’s Sector

4.1.3 Russian Sector

4.1.4 Turkmenistan’s Sector

4.2. Black Sea

4.2.1 Georgia’s and Abkhazia’s Sectors

4.2.2 Russian Sector

4.2.3 Ukrainian Sector

4.3. Sea of Azov

4.3.1 RussianSector

4.3.2 Ukrainian Sector

5 Principal Companies Involved in Offshore Production in the Caspian and Black Seas and the Sea of Azov

5.1. Caspian Sea

5.1.1 Azerbaijan’s sector

5.1.2 Kazakhstan’s Sector

5.1.3 Russian Sector

5.1.4 Turkmenistan’s Sector

5.2. Black Sea

5.2.1 Georgian and Abkhazia’s Sectors

5.2.2 Russian Sector

5.2.3 Ukrainian Sector

5.3. Sea of Azov

5.3.1 Russian Sector

5.3.2 Ukrainian Sector

6 Offshore Exploration and Production Projects in the Caspian and Black Seas and the Sea of Azov

6.1. Caspian Sea

6.1.1 Azerbaijan’s Sector

6.1.2 Kazakhstan’s Sector

6.1.3 Russian Sector

6.1.4 Turkmenistan’s Sector

6.2. Black Sea

6.2.1 Georgia’s and Abkhazia’s Sectors

6.2.2 Russian Sector

6.2.3 Ukrainian Sector

6.3. Sea of Azov

6.3.1 Russian Sector

6.3.2 Ukrainian Sector

7 Forecast of Exploration and Production Drilling in Offshore Caspian and Black Seas and the Sea of Azov

7.1. Caspian Sea

7.1.1 Azerbaijan’s Sector

7.1.2 Kazakhstan’s Sector

7.1.3 Russian Sector

7.1.4 Turkmenistan’s Sector

7.1.5 Aggregates for the Caspian Sea

7.2. Black Sea

7.2.1 Georgia’s and Abkhazia’s Sectors

7.2.2 Russian Sector

7.2.3 Ukrainian Sector

7.2.4 Aggregates for the Black Sea Offshore

7.3. Sea of Azov

7.3.1 Russian Sector

7.3.2 Ukrainian Sector

7.3.3 Aggregates for the Sea of Azov

8 Forecast of Hydrocarbon Production in the Caspian and Black Seas and
the Sea of Azov Offshore

8.1. Caspian Sea

8.1.1 Azerbaijan’s sector

8.1.2 Kazakhstan’s Sector

8.1.3 Russian Sector

8.1.4 Turkmenistan’s Sector

8.2. Black Sea

8.2.1 Georgia’s and Abkhazia’s Sectors

8.2.2 Russian Sector

8.2.3 Ukrainian Sector

8.3. Sea of Azov

8.3.1 Russian Sector

8.3.2 Ukrainian Sector

9 Estimated Demand for Offshore Drilling Rigs and Platforms in the Caspian and Black Seas and the Sea of Azov

9.1. Caspian Sea

9.2 Black Sea and the Sea of Azov

Appendix 1. List of Companies that Can Supply Drilling Hardware and Platforms for Offshore Field Development

1 Azerbaijan

1.1 Baku Deepwater Jackets Factory

1.2 McDermott Caspian Contractors (MCCI)

2. Iran

2.1 Sadra Shipyard

3. Kazakhstan

3.1 Ersai Caspian Contractor LLP

4 Latvia

4.1 Rigas Kugu Buvetava (АО Riga Shipyard, Latvia)

5 Russia

5.1 AKO BARRS Group

5.2 Caspian Energy Group

5.3 ОАО United Shipbuilding Corporation (OSK)

5.4 ОАО Shiprepair and Shipbuilding Corporation

5.5 Morskiye i Neftegazovye Proyekty Group

5.6 ОАО Okskaya Sudoverf (Oka Shipyard)

5.7 ООО Verf Bratyev Nobel (Nobel Brothers Shipyard)

5.8 ОАО Krasnye Barrikady

5.9 ОАО Zelenodolsky Zavod Imeni A.M. Gorgoko (Zelenodolsk Gorky Shipyard)

5.10. ZAO Vostochny Offshore Structures Construction Yard

6 Ukraine

6.1 ОАО Kherson Shipyard

6.2 OAO Black Sea Shipyard (Mykolaiv Shipyard)

6.3. GAO Chernomorneftegaz (Ukraine)

7 Turkmenistan

7.1 Petronas Charigali

Appendix 2. Correlation between the Russian and US Classifications for Oil and Gas Reserves

 

Volume II the Baltic Sea and Russia’s Arctic Seas

1 Introduction

2 Key Conclusions of the Study

3 General Information on the Regions

3.1. Geographical, Natural and Climatic Environment in the Offshore Regions of the Baltic, Barents, Pechora and Kara Seas and in the Offshore Areas of the Ob and Taz Bay

3.1.1 Baltic Sea

3.1.2 Barents and Pechora Seas

3.2. The Problem of Maritime Demarcation in the Baltic and Barents Seas

3.2.1. Baltic Sea

3.2.2. Barents Sea

3.2.3. Russia’s Maritime Demarcation in the Arctic Region

3.3. Legislative Control of Oil and Gas Production in the Russian Offshore Areas

4 Oil and Gas Reserves and Resources in the Offshore Area of the Baltic Sea and
Russia’s Arctic Seas

4.1. Baltic Sea

4.2. Barents and Pechora Seas

4.3. Kara Sea, the Ob and Taz Bay

4.4. Offshore Area to the East of the Yamal Peninsula (Laptev Sea, East Siberian Sea and
Chukchi Sea)

5 Key Companies Operating in the Offshore Areas of the Baltic, Barents, Pechora and Kara Seas, the Ob and Taz Bay

5.1. Baltic Sea

5.2. Barents and Pechora Seas

5.3. Kara Sea, the Ob and Taz Bay

6 Offshore Exploration and Production Projects in the Baltic, Barents, Pechora and Kara Seas, the Ob and Taz Bay

6.1. Baltic Sea

6.1.1 6.1.1 Kravtsovskoye field

6.2. Barents and Pechora Seas

6.2.1. Projects of ОАО Rosneft (former projects of the Sintezneftegaz group)

6.2.2. Projects of OAO Severneftegaz

6.2.3. Perseyevsky site

6.2.4. Prirazlomnoye Field

6.2.5. Dolginskoye field

6.2.6. Shtokmanovskoye Field

6.2.7. Medynsko-Varandeisky and Kolokolmorsky plots (formerly parts of the Barents-1 block,
former projects of Arktikshelfneftegaz)

6.2.8. Barents-2

6.2.9. Barents-3

6.2.10. Barents-4

6.2.11. Barents-5

6.2.12. Barents-6

6.2.13. Barents-7

6.2. Kara Sea

6.3.1. Vostochno-Prinovozemelsky-1,2,3 license blocks

6.3. The Ob and Taz Bay

7 Forecast Volumes for Exploration and Production Drilling in the Offshore Areas of the Baltic, Barents, Pechora, and Kara Seas, the Ob and Taz Bay

7.1. Baltic Sea

7.2 Barents and Pechora Seas

7.3 Kara Sea

7.4 The Ob and Taz Bay

8 Forecast Hydrocarbon Production Volumes in the Offshore Areas of the Baltic, Barents, Pechora, Kara Seas and in the Areas of the Ob and Taz Bay

8.1. Baltic Sea

8.2 Barents and Pechora Seas

8.3 Kara Sea

8.4 The Ob and Taz Bay

9 Estimation of Demand for Sea Drilling Rigs and Platforms in the Offshore Areas of the Baltic, Barents, Pechora, Kara Seas and in the Areas of the Ob and Taz Bay

9.1. Baltic Sea

9.2 Barents and Pechora Seas

9.3 Kara Sea

9.4. The Ob and Taz Bay

Appendix 1. List of Companies that Can Supply Drilling Hardware and Platforms for Offshore Field Development

1 Azerbaijan

1.1 Baku Deepwater Jackets Factory

1.2 McDermott Caspian Contractors (MCCI)

2. Iran

2.1 Sadra Shipyard

3. Kazakhstan

3.1 Ersai Caspian Contractor LLP

4 Latvia

4.1 Rigas Kugu Buvetava (АО Riga Shipyard, Latvia)

5 Russia

5.1 AKO BARRS Group

5.2 Caspian Energy Group

5.3 ОАО United Shipbuilding Corporation (OSK)

5.4 ОАО Shiprepair and Shipbuilding Corporation

5.5 Morskiye i Neftegazovye Proyekty Group

5.6 ОАО Okskaya Sudoverf (Oka Shipyard)

5.7 ООО Verf Bratyev Nobel (Nobel Brothers Shipyard)

5.8 ОАО Krasnye Barrikady

5.9 ОАО Zelenodolsky Zavod Imeni A.M. Gorgoko (Zelenodolsk Gorky Shipyard)

5.10. ZAO Vostochny Offshore Structures Construction Yard

6 Ukraine

6.1 ОАО Kherson Shipyard

6.2 OAO Black Sea Shipyard (Mykolaiv Shipyard)

10.6.3. GAO Chernomorneftegaz (Ukraine)

7 Turkmenistan

7.1 Petronas Charigali

Appendix 2. Correlation between the Russian and US Classifications for Oil and Gas Reserves

Appendix 3. Draft Program for Exploration of the Continental Shelf of the Russian Federation from 2012 through 2030

 

Volume III Seas of the Russian Far East

1 Introduction

2 Key Conclusions of the Study

3 General information on the regions

3.1. Geographic, natural and climatic conditions of offshore areas in the Bering Sea, the Sea of Okhotsk and the Sea of Japan

3.1.1. Bering Sea

3.1.2. Sea of Okhotsk

3.1.3. Sea of Japan

3.2. Problem of Maritime Delimitation on the Shelves of the Bering Sea, the Sea of Okhtosk and the Sea of Japan

3.2.1. Bering Sea

3.2.2. Sea of Okhotsk

3.2.3. Sea of Japan

3.3. Legislative Control of Oil and Gas Production in the Russian Offshore Areas

4 Offshore Gas and Oil Reserves and Resources in the Bering Sea, the Sea of Okhotsk, and the Sea of Japan

4.1. Bering Sea

4.2. Sea of Okhotsk

4.3. Sea of Japan

5 Key Companies Operating in Offshore Areas of the Bering Sea, the Sea of Okhotsk and the Sea of Japan

5.1. Bering Sea

5.2 Sea of Okhotsk

5.3 Sea of Japan

6 List of the Largest Offshore Production Projects in the Bering Sea, the Sea of Okhotsk and the Sea of Japan

6.1. Bering Sea

6.1.1 Anadyr-1

6.1.2 Anadyr-2 and Anadyr-3

6.2 Sea of Okhotsk

6.2.1 West Kamchatka Shelf

6.2.2 Magadan-1,2,3, and 4

6.2.3 Khabarovsk 1,3

6.2.4 Koryakiya-1,2 and Kamchatsky-1

6.2.5 Sakhalin-1

6.2.6 Sakhalin-2

6.2.7 Sakhalin-3

6.2.8 Sakhalin-4, and -5

6.2.9 Lopukhovsky block

6.2.10 Sakhalin-6

6.2.11 Sakhalin-7

6.2.12. Lebedinsky block

6.2.13. Astrakhanovskoye-More - Nekrasovsky block

6.3 Sea of Japan

6.3.1 Sakhalin-8,9

6.3.2 Khabarovsk-2, and -4

7 Projections of the Scope of Exploration and Production Drilling in the Offshore Areas of the Bering Sea, the Sea of Okhotsk and the Sea of Japan

8 Forecast of Oil and Gas Production in the Offshore Areas of the Bering Sea, the Sea of Okhotsk and the Sea of Japan

8.1. Bering Sea

8.2 Sea of Okhotsk

8.3 Sea of Japan

9 Evaluation of the Demand for Offshore Drilling Rigs and Platforms in the Bering Sea, the Sea of Okhotsk and the Sea of Japan

9.1. Bering Sea

9.2 Sea of Okhotsk

9.3 Sea of Japan

Appendix 1. Procurement System and Contractor Selection to Ensure Implementation of the Russian Offshore Projects

Appendix 2. List of Companies that Can Supply Drilling Hardware and Platforms for Offshore Field Development

1 Azerbaijan

1.1 Baku Deepwater Jackets Factory

1.2 McDermott Caspian Contractors (MCCI)

2. Iran

2.1 Sadra Shipyard

10.3. Kazakhstan

10.3.1 Ersai Caspian Contractor LLP

4 Latvia

4.1 Rigas Kugu Buvetava (АО Riga Shipyard, Latvia)

5 Russia

5.1 AKO BARRS Group

5.2 Caspian Energy Group

5.3 ОАО United Shipbuilding Corporation (OSK)

5.4 ОАО Shiprepair and Shipbuilding Corporation

5.5 Morskiye i Neftegazovye Proyekty Group

5.6 ОАО Okskaya Sudoverf (Oka Shipyard)

5.7 ООО Verf Bratyev Nobel (Nobel Brothers Shipyard)

5.8 ОАО Krasnye Barrikady

5.9 ОАО Zelenodolsky Zavod Imeni A.M. Gorgoko (Zelenodolsk Gorky Shipyard)

10.5.10. ZAO Vostochny Offshore Structures Construction Yard

6 Ukraine

6.1 ОАО Kherson Shipyard

6.2 OAO Black Sea Shipyard (Mykolaiv Shipyard)

10.6.3. GAO Chernomorneftegaz (Ukraine)

7 Turkmenistan

7.1 Petronas Charigali

Appendix 3. Correlation between the Russian and US Classifications for Oil and Gas Reserves

Volume 1 The Caspian and Black Seas and the Sea of Azov

Figure 2.1. Shares, by sector, of total exploration drilling in the Caspian Sea (Scenario 1), % of the total number of exploration wells

Figure 2.2. Shares, by sector, of total production drilling in the Caspian Sea (Scenario 1), % of the total number of production wells

Map 6.1. Offshore fields and license areas in the Caspian Sea

Figure 6.1. Azeri-Chirag-Guneshli project participants

Figure 6.2. Shakh-Deniz project participants

Figure 6.3. NCOC consortium ownership structure

Figure 6.4. Oil production forecast for Kashagan from 2013 through 2022, million tons per year

Figure 6.5. Zhemchuzhiny (Pearls) project participants

Figure 6.6. Oil production forecast for the Northern block from 2013 through 2022, million tons per year.
Figure 6.7. Gas production forecast for the Northern block from 2013 through 2022, bcm per year.

Figure 6.8. Forecast of oil production in Cheleken in 2013-2022, million tons per year

Figure 6.9. Forecast of gas production in Cheleken in 2013-2022, bcm per year

Figure 6.10. Forecast gas production for Block-1 in 2013-2022, bcm per year

Figure 6.11. Forecast oil and condensate production for Block-1 in 2013-2022, million tons per year

Map 6.2. Hydrocarbon oilfields and license blocks in the Black Sea (Russian, Ukrainian, Abkhaz and Georgian sectors)

Map 6.3. Hydrocarbon fields and license blocks in the Sea of Azov offshore

Figure 7.1. Araz-Alov-Sharg project participants

Figure 8.1. Forecast of oil and of condensate production in Azerbaijan’s sector of the Caspian Sea from 2013 through 2022, million tons per year (Scenario 1)

Figure 8.2. Forecast of gas production in Azerbaijan’s sector of the Caspian Sea from 2013 through 2022, bcm per year (Scenario 1)

Figure 8.3. Forecast of oil and condensate production in Azerbaijan’s Caspian Sector from 2013 through
2022, million tons per year (Scenario 2)

Figure 8.4. Forecast of gas production in Azerbaijan’s Caspian Sector from 2013 through 2022, bcm per year (Scenario 2)

Figure 8.5. Forecast of oil production in Kazakhstan’s Caspian sector from 2013 through 2022 (Scenario 1), million tons per year

Figure 8.6. Forecast of oil production in Kazakhstan’s Caspian sector from 2013 through 2022 (Scenario 2), million tons per year

Figure 8.7. Forecast of oil production in the Russian Caspian sector from 2013 through 2022 (Scenario 1), million tons per year

Figure 8.8. Forecast of gas production in the Russian Caspian sector from 2013 through 2022 (Scenario 1), bcm per year

Figure 8.9. Forecast of oil production in the Russian Caspian sector from 2013 through 2022 (Scenario 2), million tons per year

Figure 8.10. Forecast of gas production in the Russian Caspian sector from 2013 through 2022 (Scenario 2), bcm per year

Figure 8.11. Forecast of oil production in Turkmenistan’s Caspian sector from 2013 through 2022, million tons per year (Scenario 1)

Figure 8.12. Forecast of gas production in Turkmenistan’s Caspian sector from 2013 through 2022, bcm per year (Scenario 1)

Figure 8.13. Forecast of gas production in the Ukrainian sector of the Black Sea from 2013 through 2022, bcm per year

Figure 8.14. Forecast of oil and condensate production in the Ukrainian sector of the Black Sea from 2013 through 2022, million tons per year

Figure 8.15. Forecast of oil production in the Russian sector of the Sea of Azov from 2013 to 2022, millions of tons per year

 

Volume II the Baltic Sea and Russia’s Arctic Seas
Figure 3.1. Export duty for crude oil in 2002-2013, $ per ton

Map 4.1. Map of Petroleum Blocks in the Barents Sea

Map 4.2. Map of fields in the Kara Sea

Map 4.3. Fields in the offshore areas of the Ob and Taz Bay

Map 5.4. License sites on the Arctic shelf obtained by Rosneft in 2013

Map 6.1. Kravtsovskoye field and its transportation infrastructure

Figure 6.1. Annual and cumulative oil production in the Kravtsovskoye field in 2007-2010, thousand tons per year

Figure 6.2. Number of production wells, number of producing wells and the total well stock in theKravtsovskoye field from 2007 through 2 well units.

Figure 6.3. Medium production rate (t/d) and water cutting of well production (percent) in the
Kravtsovskoye field from 2007 through 2011

Map 6.2. Prirazlomnoye field and adjacent fields

Figure 6.4. Projected volume of oil production in the Prirazlomnoye field from 2013 through 2022, million tons per year

Map 6.3. Map of Shtokmanovskoye field

Figure 6.5. Distribution of shares in the project on the Shtokmanovskoye field development, percent

Figure 6.6. Projected volume of natural gas production in the Shtokmanovskoye field from 2013 through 2022, bcm per year

Map 6.4. Map of license blocks in the Barents Sea

Map 6.5. Yuzhno-Russky license block

Map 6.6. Location map of the Vostochno-Prinovozemelsky blocks

Figure 6.7. Volume of natural gas production in the Ob and Taz Bay from 2014 through 2022, bcm p.a.

Figure 8.1. Volume of oil production in the Russian sector of the Baltic Sea from 2012 through 2022, thousand tons p.a. (scenario 1)

Figure 8.2. Volume of oil production in the Russian sector of the Baltic Sea from 2012 through 2022, thousand tons p.a. (scenario 2)

Figure 8.3. Volume of oil production in the offshore areas of the Barents and Pechora seas from 2012 through 2022 (scenario 1), million tons p.a.

Figure 8.4. Volume of natural gas production in offshore areas of the Barents and Pechora seas from 2012 through 2022 (scenario 1), bcm p.a.

Figure 8.5. Volume oil production in the offshore areas of the Barents and Pechora seas from 2012 through 2022 (scenario 2), million tons p.a.

Figure 8.6. Volume of natural gas production in offshore areas of the Barents and Pechora seas from 2012 through 2022 (scenario 2), bcm p.a.

Figure 8.7. Volume of natural gas production in the areas of the Ob and Taz Bay from 2012 through 2022 (scenario 1), bcm p.a

Figure 8.8. Volume of natural gas production in the areas of the Ob and Taz Bay from 2012 through 2022 (scenario 2), bcm p.a.

Volume III Seas of the Russian Far East
Figure 2.1. Relative shares of the Bering Sea, the Sea of Okhotsk and the Sea of Japan in the total scope
of exploration drilling in the Russian Far East, well units, percentage of total number of wells (Scenario 1)

Figure 2.2. Relative shares of the Bering Sea and the Sea of Okhotsk in the total scope of exploration drilling in the Russian Far East, well units, percentage of total number of wells (scenario 2)

Figure 3.1. Export duty for crude oil in 2002-2013, $ per ton

Map 6.1. Map of license blocks in the Bering Sea

Map 6.2. Map of Petroleum Potential of the Bering Sea

Map 6.3. Map of License Blocks in the Sea of Okhotsk and the Sea of Japan

Map 6.4. Map of Petroleum Potential of the Sea of Okhotsk and Sea of Japan

Map 6.5. Exploration Map of the West Kamchatka Shelf in the Sea of Okhotsk

Map 6.5. Sea of Okhotsk offshore sites handed over to Rosneft for development

Map 6.6. Map of the Sakhalin Projects in the Sea of Okhotsk

Map 6.7. Map of Fields and Oil and Gas Bearing Structures on the Sakhalin Shelf

Figure 6.1. Oil and gas production within Sakhalin-1 from 2008 through 2012

Figure 6.2. Oil and gas production within Sakhalin-2 in 1999 through 2012

Map 6.8. Sakhalin-3 Veninsky License Block

Map 6.9. Sakhalin-3 Kirinsky License Block

Map 6.10. Subsea Equipment Applications for the Kirinskoye Field

Map 6.11. Field facilities layout for Kirinskoye block, option 1

Map 6.12. Field facilities layout for Kirinskoye block, option 2

Map 6.13. Astrakhanovskoye-More – Nekrasovsky block. The 2013 seismic exploration program.

Figure 8.1. Forecast Oil Production in the Sea of Okhotsk from 2012 to 2022 (Scenario 1), million tons p.a.

Figure 8.2. Forecast Gas Production in the Sea of Okhotsk from 2012to 2022 (Scenario 1), bcm p.a.

Figure 8.3. Forecast Oil Production in the Sea of Okhotsk from 2012 to 2022 (Scenario 2), million tons
p.a.

Figure 8.4. Forecast Gas Production in the Sea of Okhotsk from 2012 to 2022 (Scenario 2), bcm p.a.

Volume 1 The Caspian and Black Seas and the Sea of Azov
Table 2.1. Forecast exploration and production drilling in the Caspian Sea from 2013 through 2022 (Scenario 1)

Table 2.2. Forecast exploration and production drilling in the Caspian Sea (excluding Iran) from 2013 through 2022 (Scenario 2)

Table 2.3. Forecast exploration and production drilling in the Caspian Sea (excluding Iran) from 2013 through 2022 (Scenario 3)

Table 2.4. Forecast exploration and production drilling in the Black Sea (Russian, Ukrainian, Georgian and Abkhaz sectors) from 2013 through 2022 (Scenario 1)

Table 2.5. Forecast exploration and production drilling in the Black Sea (Russian, Ukrainian, Georgian and Abkhaz sectors) from 2013 through 2022 (Scenario 2)

Table 2.6. Forecast exploration and production drilling in the Black Sea (Russian, Ukrainian, Georgian and Abkhaz sectors) from 2013 through 2022 (Scenario 3)

Table 2.7. Forecast exploration and production drilling in the Sea of Azov (Russian and Ukrainian sectors) from 2013 through 2022 (Scenario 1)

Table 2.8. Forecast exploration and production drilling in the Sea of Azov (Russian and Ukrainian sectors) from 2013 through 2022 (Scenario 2)

Table 4.1. Correction of official and expert estimates of Caspian offshore hydrocarbon resources from 1988 through 2001, billions of toe

Table 4.2. Estimates of prospective oil and gas resources of the Temryuk-Akhtar project (as of 2009)

Table 7.1. Forecast of the number of wells drilled in Azerbaijan’s sector of the Caspian Sea from 2013 through 2022 (Scenario 1)

Table 7.2. Forecast of exploration and production drilling in Azerbaijan’s sector of the Caspian Sea from 2013 through 2022 (Scenario 1)

Table 7.3. Forecast number of wells drilled in Azerbaijan’s sector of the Caspian Sea from 2013 through 2022 (Scenario 2)

Table 7.4. Forecast exploration and production drilling in Azerbaijan’s sector of the Caspian Sea from 2013 through 2022 (Scenario 2)

Table 7.5. Forecast of the number of wells drilled in Azerbaijan’s sector of the Caspian Sea from 2013 through 2022 (Scenario 3)

Table 7.6. Forecast of exploration and production drilling in Azerbaijan’s sector of the Caspian Sea from 2013 through 2022 (Scenario 3)

Table 7.7. Forecast number of wells drilled in Kazakhstan’s sector of the Caspian Sea from 2013 through 2022 (Scenario 1)

Table 7.8. Forecast exploration and production drilling in Kazakhstan’s sector of the Caspian Sea from 2013 through 2022 (Scenario 1)

Table 7.9. Forecast of the number of wells drilled in Kazakhstan’s sector of the Caspian Sea from 2013 through 2022 (Scenario 2)

Table 7.10. Forecast of exploration and production drilling in Kazakhstan’s sector of the Caspian Sea from 2013 through 2022 (Scenario 2)

Table 7.11. Forecast of the number of wells drilled in the Russian sector of the Caspian Sea from 2013 through 2022 (Scenario 1)

Table 7.12. Forecast of exploration and production drilling in the Russian sector of the Caspian Sea from 2013 through 2022 (Scenario 1)

Table 7.13. Forecast of the number of wells drilled in the Russian sector of the Caspian Sea from 2013 through 2022 (Scenario 2)

Table 7.14. Forecast of exploration and production drilling in the Russian sector of the Caspian Sea from 2013 through 2022 (Scenario 2)

Table 7.15. Forecast of the number of wells drilled in Turkmenistan’s sector the Caspian Sea from 2013 through 2022 (Scenario 1)

Table 7.16. Forecast of exploration and production drilling in Turkmenistan’s Sector the Caspian Sea from 2013 through 2022 (Scenario 1)

Table 7.17. Forecast of the number of wells drilled in Turkmenistan’s sector the Caspian Sea from 2013 throiugh 2022 (Scenario 3)

Table 7.18. Forecast of exploration and production drilling in Turkmenistan’s sector the Caspian Sea from 2013 to 2022 (Scenario 3)

Table 7.19. Forecast of exploration and production drilling in the Caspian Sea offshore from 2013 through 2022 (Scenario 1)

Table 7.20. Forecast of exploration and production drilling in the Caspian Sea offshore from 2013 through 2022 (Scenario 2)

Table 7.21. Forecast of exploration and production drilling in the Caspian Sea offshore from 2013 through 2022 (Scenario 3)

Table 7.22. Forecast of the number of wells drilled in the Russian sector of the Black Sea from 2013 through 2022 (Scenario 1)

Table 7.23. Forecast of exploration and production drilling in the Russian sector of the Black Sea from 2013 through 2022 (Scenario 1)

Table 7.24. Forecast of the number of wells drilled in the Russian sector of the Black Sea from 2013 through 2022 (Scenario 2)

Table 7.25. Forecast of exploration and production drilling in the Russian sector of the Black Sea from 2013 through 2022 (Scenario 2)

Table 7.26. Forecast of the number of wells drilled in the Ukrainian sector of the Black Sea from 2013 through 2022 (Scenario 1)

Table 7.27. Forecast of exploration and production drilling in the Ukrainian sector of the Black Sea from 2013 through 2022 (Scenario 1)

Table 7.28. Forecast of the number of wells drilled in the Ukrainian sector of the Black Sea from 2013 through 2022 (Scenario 2)

Table 7.29. Forecast of exploration and production drilling in the Ukrainian sector of the Black Sea from 2013 through 2022 (Scenario 2)

Table 7.30. Forecast of exploration and production drilling in the Black Sea offshore (Russian, Ukrainian, Georgian and Abkhazia’s sectors) from 2013 through 2022 (Scenario 1)

Table 7.31. Forecast of exploration and production drilling in the Black Sea offshore (Russian, Ukrainian, Georgian and Abkhazia’s sectors) from 2013 through 2022 (Scenario 2)

Table 7.32. Forecast of exploration and production drilling in the Black Sea offshore (Russian, Ukrainian, Georgian and Abkhazia’s sectors) from 2013 through 2022 (Scenario 3)

Table 7.33. Forecast of the number of wells drilled in the Russian sector of the Sea of Azov from 2013 through 2022 (Scenario 1)

Table 7.34. Forecast of exploration and production drilling in the Russian sector of the Sea of Azov from 2013 through 2022 (Scenario 1)

Table 7.35. Forecast of the number of wells drilled in the Russian sector of the Sea of Azov from 2013 through 2022 (Scenario 2)

Table 7.36. Forecast of exploration and production drilling in the Russian sector of the Sea of Azov from 2013 to 2022 (Scenario 2)

Table 7.37. Forecast of exploration and production drilling in the Sea of Azov offshore (Russian and Ukrainian Sectors) from 2013 through 2022 (Scenario 1)

Table 7.38. Forecast of exploration and production drilling in the Sea of Azov offshore (Russian and Ukrainian sectors) from 2013 through 2022 (Scenario 2)

Table 9.1. Names and specifications of offshore platforms deployed in the Caspian Sea

Table 9.2. Names and specifications of main offshore platforms deployed in the Black Sea and the Sea of Azov

Table 10.1. Russian and USA classification of oil and gas reserves

Volume II the Baltic Sea and Russia’s Arctic Seas

Table 2.1. Forecast of exploration and production drilling in the Baltic and Arctic seas offshore in 2013-2022 (Scenario 1)

Table 2.2. Forecast of exploration and production drilling in the Baltic and Arctic seas offshore in 2013-2022 (Scenario 2)

Table 5.1. Gazprom’s applications for fields and subsoil plots targeted for development (extracts)

Table 5.2. The licenses granted to Rosneft in 2013.

Table 6.1. Volume of natural gas reserves in the Kamennomysskoye-more, Severo-Kamennomysskoye and Obskoye fields

Table 7.1. Forecast number of wells in the Russian sector of the Baltic Sea in 2013-2022, ea (Scenario 1)
Table 7.2. Forecast of exploration and production drilling in the Russian sector of the Baltic Sea in 2013-2022 (Scenario 1)

Table 7.3. Forecast number of wells in the Russian sector of the Baltic Sea in 2013-2022, ea (Scenario 2)
Table 7.4. Forecast of exploration and production drilling in the Russian sector of the Baltic Sea in 2013-2022 (Scenario 2)

Table 7.5. Forecast number of wells to be drilled in the offshore areas of the Barents and Pechora seas from 2013 through 2022 (scenario 1)

Table 7.6. Forecast exploration and production drilling in the Barents and Pechora Seas from 2013
through 2022 (scenario 1)

Table 7.7. Forecast number of wells in the Barents and Pechora Seas from 2013 through 2022, units
(scenario 2)

Table 7.8. Forecast exploration and production drilling in the Barents and Pechora Seas from 2013
through 2022 (scenario 2)

Table 7.9. Forecast number of wells in the Kara Sea in 2013-2022 (Scenario 1)

Table 7.10. Forecast of exploration and production drilling in the Kara Sea in 2013-2022 (Scenario 1)

Table 7.11. Forecast number of wells in the Kara Sea in 2013-2022 (Scenario 2)

Table 7.12. Forecast of exploration and production drilling in the Kara Sea in 2013-2022 (Scenario 2)

Table 7.13. Forecast number of wells in the Ob and Taz Bay from 2013 through 2022 (scenario 1)

Table 7.14. Forecast exploration and production drilling in the Ob and Taz Bay from 2013 through 2022 (scenario 1)

Table 7.15. Forecast number of wells in the Ob and Taz Bay from 2013 through 2022 (scenario 2)

Table 7.16. Forecast exploration and production drilling in the Ob and Taz Bay from 2013 through 2022 (scenario 2)

Table 10.1. Russian and USA classification of oil and gas reserves

Table 11.1. Capital investments of Russian companies and government revenues from implementation of the innovation scenario by 2030, billions of rubles

Volume III Seas of the Russian Far East

Table 2.1. Forecast exploration and production drilling in the Bering Sea, the Sea of Okhotsk and the Sea of Japan in 2013 through 2022 (scenario 1)

Table 2.2. Forecast exploration and production drilling in the Bering Sea, the Sea of Okhotsk and the Sea of Japan in 2013 through 2022 (scenario 2)

Table 6.1. Reserves in Sakhalin-1 (for the OAO Rosneft’s 20 percent share as of December 31, 2010, according to SPE, DeGolyer & MacNaughton)

Table 6.2. Operating data for Sakhalin-1 from 2008 to 2010

Table 6.3. Oil and gas production within Sakhalin-1 from 2008 to 2012 (Rosneft’s share indicated in
brackets)

Table 6.4. Key contractors and scope of work within the current phase of Sakhalin-1

Table 6.5. Reserves of Sakhalin-2 as of January 1, 2009

Table 6.6. Oil and gas production within Sakhalin-2 in 2008 through 2012

Table 6.7. Properties of Vityaz crude oil

Table 6.8.Summary for geological localized HC recources in cathegories С3+Д1л for most prospective areas of Sakhalin-3 project allotments

Table 6.9. Exploration of the Sakhalin-3 Veninsky block

Table 6.10. Exploration data for Kaygansko-Vasyukansky license block, Sakhalin-5

Table 7.1. Forecast number of wells in the Bering Sea, the Sea of Okhotsk and the Sea of Japan from
2013 through 2022, units (Scenario 1)

Table 7.2. Forecast exploration and production drilling in the Bering Sea, the Sea of Okhotsk and the Sea of Japan from 2013 through 2022 (Scenario 1)

Table 7.3. Forecast number of wells in the Bering Sea, the Sea of Okhotsk and the Sea of Japan from
2013 through 2022, units (Scenario 2)

Table 7.4. Forecast exploration and production drilling in the Bering Sea, the Sea of Okhotsk and the Sea of Japan from 2013 through 2022 (Scenario 2)

Table 11.1. Russian and USA classification of oil and gas reserves