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Gennady Kazanin, Sergey Nechkhaev, Alexey Kazanin, Gennady Ivanov

12th annual Russian-Norwegian Oil and Gas Conference

Tromse January, 20-21, 2014

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The main activities of the company • 2D CMP reflection surveys • Refraction shooting • 2D/3D-4C seismic using bottom stations in transition zone and shallow water • Differential shipboard magnetic and gravity measurements • Engineering surveys • 2D/3D land seismic

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Международный форум «Арктика: настоящее и будущее

www.confspb.ru

Международный форум «АРКТИКА: НАСТОЯЩЕЕ И БУДУЩЕЕ» 5-6 декабря 2013

RV "Geolog Dmitriy Nalivkin "

RV “Professor Kurentsov "

RV “Nikolay Trubyatchinsky "

MAGE owns 4 specialized scientific-research vessels:

RV “Geofrizik "

Международный форум «Арктика: настоящее и будущее

www.confspb.ru

Международный форум «АРКТИКА: НАСТОЯЩЕЕ И БУДУЩЕЕ» 5-6 декабря 2013

Research fleet

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• Seismic streamers: Sercel Sentinel Solid Streamer, Sercel Fluid Filled Streamer, HTI Solid Streamer. Max streamer length: 12000 m • Streamer positioning and stabilization: Compass Bird 5011E-2, 5011E • Tail buoy positioning system: Seatrack 220 • Navigation systems: Spectra 2D Concept Systems, Orca 2D Concept Systems • Navigation data processing system: Sprint 2D, Concept System Ltd, SeisPos, FGPS Ltd. • Air guns: BOLT 1500LL, 1900 LLX, I/O Sleeve Guns • Max volume of air gun sources: 8000 cubic inch • Gun control system: Real Time Systems BigShot, Seamap GunLink 2000 • Seismic data processing and quality control system: ProMAX 2D

Geophysical Equipment:

JSC "MAGE" has the most modern equipment to perform 2D/3D-4S seismic work in the transit area using

autonomous Geospace bottom stations.

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Cordless autonomous recording system OYO Geospace

The system consists of: • autonomous marine bottom

4-component seismic OBX (400 st.)

• autonomous land geophones GSR(300st.)

• the central recording station.

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Prognostic resources of the Arctic shelf

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Potential resources of all Continental shelf of Russia 73.8 billion tce (assessment VNIIGAS), about 80% comes from the Arctic shelf 4.2 million square kilometers - an area of the continental Russian shelf 3.9 million sq m - potentially rich in oil and gas 1.2 million square kilometers - Russia's bid to the UN Commission

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Russian offshore explored only western part

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6.7 billion tons of UT - proved reserves in the Russian Arctic (assessment VNIIGAS 2010)

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«MAGE» AREAS OF OPERATIONS FOR OIL AND GAS, 2004-2013,

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objects of research

completed in 2013 carryover thematic works

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Volume of work CMP seismic reflection survey

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State of knowledge about the northern Barents SEA UP TO 2004

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Study of the northern Barents SEA SINCE THE Regional work (2006-2009)

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Prospective structures identified by the compaction observation network (2010-2013)

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ГЛУБИННЫЙ РАЗРЕЗ ВАРНЕКСКОЙ СТРУКТУРЫ

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СХЕМА ТЕКТОНИЧЕСКОГО РАЙОНИРОВАНИЯ ВАРНЕКСКОЙ ПЛОЩАДИ

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ПЕРСПЕКТИВНЫЕ ОБЪЕКТЫ В ПАЛЕОЗОЙСКОЙ ТОЛЩЕ НА ВАРНЕКСКОЙ ПЛОЩАДИ

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СТРУКТУРА СЕВЕРНОЙ ЧАСТИ БАРЕНЦЕВА МОРЯ

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ТЕКТОНИЧЕСКАЯ СХЕМА И СЕЙСМИЧЕСКИЙ РАЗРЕЗ (МИНИНСКАЯ ПЛОЩАДЬ)

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КАРТА ПРОГНОЗА НЕФТЕГАЗОНОСНОСТИ (2008 г.) С ВЫЯВЛЕННЫМИ СТРУКТУРАМИ

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СТРУКТУРНАЯ КАРТА ПО ГОРИЗОНТУ L2 (ПРЕДПОЛОЖИТЕЛЬНО В КРОВЛЕ ВЕРХНЕГО МЕЛА)

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СХЕМА ПРОГНОЗА НА НЕФТЬ И ГАЗ

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ОБОСНОВАНИЕ ВНЕШНЕЙ ГРАНИЦЫ КОНТИНЕНТАЛЬНОГО ШЕЛЬФА

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BASIC PARAMETERS SURVEYS, STRUCTURE And LOCALIZED RESOURCES

Оbject Сроки проведения

работ

Area of

polygon,

Ths. km2

Reflection CDP:

Network /

volume, km

Initial density of

seismic survey,

km/km2

Total density of

seismic survey,

km/km2

Identified local

uplift

Quantity/Area

Localized

resources

million tons of oil

equivalent

Admiralty shaft 2004, III - 2006, IV 51 10×30 / 7250 0,371 0,513 18/3355

North Barents Basin 2005, IV - 2008, IV 140 25×50 / 7000 0,080 0,130 20/26890 205

Pineginskaya area 2007, I - 2009, IV 33,8 10×25 / 4500 0,028 0,161 22/5033 59,3

Franz Victoria Land 2007, IV - 2010, IV 34,1 10×12 / 5200 0,056 0,209 18/1990 37,6

Trubyatchinskaya area 2010, II - 2012, IV 19,4 6,5×7,5 / 6000 0,097 0,406 17/3800 146,6

Nearest Novaya Zemlya Land 2011, II - 2013, I 51 12×22 / 7000 0,163 0,300 14/2890 134

Obruchevskiy shaft 2003, IV - 2005, IV 26,3 4×30 / 6000 0,503 0,732 9/1233 675

Minin shaft 2010, II - 2012, IV 21,8 4×30 / 6000 0,275 0,550 8/546 471,3

Laptev Sea

southern area 2003, IV - 2006, III 38,0 12,5×23 / 3000 0,047 0,125 12/11333 611,7

Laptev Sea

South-western region 2006, IV - 2008, IV 19,1 15×25 / 2000 0,018 0,123 16/2733 178,4

Central Laptev Sea area 2009, III - 2011, IV 54,5 15×25 / 6000 0,081 0,192 30/3089 269,7

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СТРОЕНИЕ КОНТИНЕНТАЛЬНОЙ ОКРАИНЫ (поднятие Де-Лонга – котловина Подводников)

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AREAS OF PLANNED ACTIVITIES FOR OIL AND GAS

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Kaminskiy, Suprunenko,

Geological and geophysical exploration of the shelf of the

Russian Federation as at 01.01.2013

TOTAL

Thous. Km

density km/km2

472,03 168,14 48,46 24,44 19,51

0,49 0,19 0,07 0,03 0,06 55 31

273

number of offshore wells

83,93

0,12

1

375,41

0,23

96

52,71

0,22

12

104,45

1,76

33

66,46

1,00

33

15,06

1,3

12

1434,75

0,103

4,16

0,05

«RAO/CIS Offshore 2013»

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Structural map of the sedimentary cover sole southern Laptev

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isohypses sole sedimentary cover (km)

faults

seismic profile reflection CDP MAGE - 87722

recommended area for drilling

(Kaminskiy, Suprunenko, 2013, RAO-2013)

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Expected geological section of the well

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recommended area for drilling

(Kaminskiy, Suprunenko, 2013, RAO-2013)

pebble conglomerates and surface erosion, pebble conglomerates and lenses, sands and sandstones, silts, siltstone, Clay mudstones

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Prepared within the framework of the Ministry of Russia project "Programme of the continental shelf exploration and development of its mineral resources" expected 2030 to drill 283 exploration and appraisal wells a total volume of 653.8 thousand m

Rosneft well will be drilled in August-September 2014 on East Prinovozemelsky license area

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Proposals for the DEEP DRILLING In the Arctic Ocean By Mark Verba, Gennady Ivanov

1. Yermak Plateau

2. Perioceanic deflection Brusylov

3-4. Lomonosov Ridge

5. Podvodnikov Depression

6. Mendeleev Rise.

7. Chukchi Plateau.

8. Alpha Ridge.

Location scheme the proposed deep water drilling wells Arctic Ocean

9. The Lomonosov Ridge.

10. Plateau Maurice Jessup.

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СТРОЕНИЕ ЮЖНО-БАРЕНЦЕВСКОЙ ВПАДИНЫ

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ТЕКТОНИЧЕСКИ ЭКРАНИРОВАННЫЕ ЛОВУШКИ В ПАЛЕОЗОЙСКИХ ОТЛОЖЕНИЯХ

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