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SPE RUSSIAN PETROLEUM TECHNOLOGY CONFERENCE AND EXHIBITION 24–26 October 2016 «IN THE MIDDLE OF DIFFICULTY LIES OPPORTUNITY» Albert Einstein World Trade Center, Moscow, Russia CONFERENCE AND EXHIBITION PREVIEW

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  • SPE RUSSIAN PETROLEUM TECHNOLOGY CONFERENCE

    AND EXHIBITION24–26 October 2016

    «IN THE MIDDLE OF DIFFICULTY LIES OPPORTUNITY»

    Albert Einstein

    World Trade Center, Moscow, Russia

    CONFERENCE AND EXHIBITION

    PREVIEW

  • 2 1

    ПРИВЕТСТВИЕ СОПРЕДСЕДАТЕЛЕЙ

    ПРОГРАММНОГО КОМИТЕТАTHANK YOU TO OUR SPONSORS!

    ••• Т•

    Energy Challenges Continually Call for InnovationWE PROVIDE ITFrom maximizing recovery of mature fields to optimizing production of unconventional resources to increasing reliability in deep water, we have a history of collaboration, innovation, and execution that is unmatched in the energy services industry.

    We are committed to continuing this tradition and creating value for our customers across the lifecycle of the reservoir. Count on Halliburton for innovative solutions to your toughest challenges.

    halliburton.com

    © 2

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    PLATINUM SPONSOR

    SOCIALLY RESPONSIBLE SPONSOR

    YOUNG PROFESSIONAL PROGRAMME SPONSOR

    SPONSORS

    GOLD SPONSORS

    CONTENTS

    Event Sponsors .....................................................1

    Welcome from the Programme Committee Cochairs ..................................................................2

    SPE Russia and Caspian Advisory Committee ...........................................................4

    Programme Committee .......................................5

    Event Highlights ...................................................6

    Schedule of Еvents Overview ........................8

    Plenary and Panel Sessions ...............................9

    Plenary Sessions Overwiews ..........................10

    Technical Programme ......................................20

    Young Professionals Session Programme .....27

    Knowledge Sharing eposter Presentation ....28

    Registration Information .................................34

    Terms and Conditions .....................................35

    Travel and Accommodation ..........................36

    Supporting Media and Associations .........37

  • 2 1

    ПРИВЕТСТВИЕ СОПРЕДСЕДАТЕЛЕЙ

    ПРОГРАММНОГО КОМИТЕТАTHANK YOU TO OUR SPONSORS!

    ••• Т•

    Energy Challenges Continually Call for InnovationWE PROVIDE ITFrom maximizing recovery of mature fields to optimizing production of unconventional resources to increasing reliability in deep water, we have a history of collaboration, innovation, and execution that is unmatched in the energy services industry.

    We are committed to continuing this tradition and creating value for our customers across the lifecycle of the reservoir. Count on Halliburton for innovative solutions to your toughest challenges.

    halliburton.com

    © 2

    016

    Hal

    libur

    ton.

    All

    Rig

    hts

    Res

    erve

    d.

    PLATINUM SPONSOR

    SOCIALLY RESPONSIBLE SPONSOR

    YOUNG PROFESSIONAL PROGRAMME SPONSOR

    SPONSORS

    GOLD SPONSORS

    CONTENTS

    Event Sponsors .....................................................1

    Welcome from the Programme Committee Cochairs ..................................................................2

    SPE Russia and Caspian Advisory Committee ...........................................................4

    Programme Committee .......................................5

    Event Highlights ...................................................6

    Schedule of Еvents Overview ........................8

    Plenary and Panel Sessions ...............................9

    Plenary Sessions Overwiews ..........................10

    Technical Programme ......................................20

    Young Professionals Session Programme .....27

    Knowledge Sharing eposter Presentation ....28

    Registration Information .................................34

    Terms and Conditions .....................................35

    Travel and Accommodation ..........................36

    Supporting Media and Associations .........37

  • 2

    WELCOME FROM THE PROGRAMME COMMITTEE

    COCHAIRS

    Mikhail Gelfgat Gubkin Russian State University of Oil and Gas

    Stanislav BuchinskyTyumen Petroleum Research Centre

    Rustam KhalimovTatneft

    DEAR COLLEAGUES!

    We are pleased to invite you to participate in one of the largest Russian oil and gas events, the SPE Russian Petroleum Technology Conference and Exhibition 2016. Each year this well-known SPE conference brings together industry leaders from all around the world, including experts from operating and service companies, universities and research institutes, as well as young professionals and students.

    Energy sector is the main regulator determining sustainable development of the country. Today, the Russian oil and gas sector is facing new challenges and changes. On one hand, the current industry position is characterised by high level risks for Russian energy companies, which have to operate in an unstable political and economic environment. On the other hand, complex and stressful situations often effectively stimulate action and become catalysts in search of new solutions and ideas. That is why the main theme of this 2016 SPE conference is the statement by Albert Einstein: «In the middle of difficulty lies opportunity».

    Development and implementation of advanced engineering solutions and breakthrough technologies in oil and gas production are key to the future of the Russian oil and gas industry.

    In addition to the issues of joint projects realisation, international experience exchange and sustainable international cooperation there is an urgent requirement for development of internal capacities and technologies, taking into account local specifics.

    In addition to the traditional conference topics this year event will be focused on field geophysical survey, well logging, geomechanics, cores recovery and examination and others.

    We cordially invite you to take part in the event, share your experience and ideas, find out more about your colleagues projects at the conference plenary, technical sessions and round tables as well as at the technology show case sessions where new technologies and advances of exhibiting companies will be presented.

    We are looking forward to see you at the SPE Russian Petroleum Technology Conference and Exhibition 2016!

  • 2

    WELCOME FROM THE PROGRAMME COMMITTEE

    COCHAIRS

    Mikhail Gelfgat Gubkin Russian State University of Oil and Gas

    Stanislav BuchinskyTyumen Petroleum Research Centre

    Rustam KhalimovTatneft

    DEAR COLLEAGUES!

    We are pleased to invite you to participate in one of the largest Russian oil and gas events, the SPE Russian Petroleum Technology Conference and Exhibition 2016. Each year this well-known SPE conference brings together industry leaders from all around the world, including experts from operating and service companies, universities and research institutes, as well as young professionals and students.

    Energy sector is the main regulator determining sustainable development of the country. Today, the Russian oil and gas sector is facing new challenges and changes. On one hand, the current industry position is characterised by high level risks for Russian energy companies, which have to operate in an unstable political and economic environment. On the other hand, complex and stressful situations often effectively stimulate action and become catalysts in search of new solutions and ideas. That is why the main theme of this 2016 SPE conference is the statement by Albert Einstein: «In the middle of difficulty lies opportunity».

    Development and implementation of advanced engineering solutions and breakthrough technologies in oil and gas production are key to the future of the Russian oil and gas industry.

    In addition to the issues of joint projects realisation, international experience exchange and sustainable international cooperation there is an urgent requirement for development of internal capacities and technologies, taking into account local specifics.

    In addition to the traditional conference topics this year event will be focused on field geophysical survey, well logging, geomechanics, cores recovery and examination and others.

    We cordially invite you to take part in the event, share your experience and ideas, find out more about your colleagues projects at the conference plenary, technical sessions and round tables as well as at the technology show case sessions where new technologies and advances of exhibiting companies will be presented.

    We are looking forward to see you at the SPE Russian Petroleum Technology Conference and Exhibition 2016!

  • 4 5

    PROGRAMME COMMITTEESPE RUSSIA AND CASPIAN

    ADVISORY COMMITTEE

    Vladimir Mulyak

    LUKOILVice-President, Science and Technology, LUKOILCEO, LUKOIL-EngineeringSPE Advisory Committee CoChair

    Gokhan SaygiSchlumbergerPresident Russia and Central AsiaSPE Advisory Committee CoChair

    Anton AblaevSchlumbergerBusiness Development ManagerSPE Russia and Caspian Regional Director 2015–2017

    John DenisKazMunayGasGeneral Director

    Alexey GovzichSalym Petroleum DevelopmentCEO

    Kenzhebek IbrashevKAZENERGYAdviser to Chairman

    Mars Khasanov Gazpromneft STCDirector for Technology Development, Gazprom NeftCEO, Gazpromneft STC

    Hans KlampfererWeatherfordVice President Russia

    Sergey KolbikovNOVATEKHead of Field Development Forecast and Monitoring Division

    Vladimir LitvinenkoNational Mineral Resources University of Oil and Gas Rector

    Atle LogeEDC GROUPVice-President

    Viktor Martynov Gubkin Russian State University of Oil and GasRector

    Andrew McGrahan ChevronCountry Manager

    Emerson Milenski RosneftTechnology Advisor to President

    John Milne StatoilDirector of Exploration, Russia

    Viktor Petersilye All-Russian Research Geological Oil Institute (VNIGNI)Deputy Director General

    Denis RozhentsevLUKOIL Uzbekistan Operating CompanyDeputy General Director for Operations

    Konstantin SchilinHalliburtonVice-President, Russia Area

    Igor Shpurov State Committee on ReservesCEO

    Mikhail StavskiyBashneftFirst Vice President, Upstream and Geology Member of the Management Board

    Richard SymsBPVice President Exploration and Production

    Mikhail TokarevMoscow State University, Oil &Gas CenterCEO

    Stanislav Buchinsky Tyumen Petroleum Research Centre, Programme Committee Cochair

    Mikhail GelfgatGubkin Russian State University of Oil and Gas, Programme Committee Cochair

    Rustam Khalimov Tatneft, Programme Committee Cochair

    Anton Ablaev Schlumberger

    Irina Bobb Geoexpert Service

    Dmitry Bogdanov GeoKIN

    Kreso Kurt Butula Schlumberger

    Mikhail Chertenkov LUKOIL-Engineering

    Carlos Duque BP

    Andrey Evdokimov Targin

    Dmitry Eydinov Rock Flow Dynamics

    Konstantin Fedorov Institute of Physical and Technical Sciences, Tyumen State University

    Yan Gilmanov Tyumen Petroleum Research Centre

    Andrey Kharitonov Halliburton

    Sergey Kolbikov NOVATEK

    Dmitry Korost Lomonosov MSU, Oil and Gas Center

    Alexander Koshelev Rosneft

    Sergey Kovalev Weatherford

    Mikhail Kravtsov OZNA

    Vyacheslav Kretsul Schlumberger

    Dmitry Nasibullin Tyumenpromgeophysika

    Sergey Nikulin HMS Neftemash

    Edmund Ongemakh ROSGEO

    Yury Petrakov Volga Gas

    Oleg Pichugin CONCORD

    Mikhail Popov Halliburton

    Sergey Rekin TMK-Premium Service

    Martin Rylance BP

    Radik Sadykov Halliburton

    Alexander Shandrygin DeGolyer and MacNaughton Corp.

    Rafis Sharipov Weatherford

    Suleiman Sitdikov Rosneft

    Alexander Sitnikov Gazpromneft STC

    Vladimir Sledkov LUKOIL - Engineering

    Nikolay Smirnov PetroGM

    Alexey Sobolev PetroGM

    Dmitry Surnachev Roxar

    Alexander Timchuk ZapSibNIIGG

    Mikhail Tokarev Lomonosov MSU, Oil and Gas Center

    Rim Valiullin GeoTEK

    Sergey Vereschagin Schlumberger

    Anton Yushkov Tyumen Petroleum Research Centre

    Sergey Zagumennov Tyumen Experimental Plant of Geophysical Instrument Making

    Vladislav Zhukov Gazpromneft STC

  • 4 5

    PROGRAMME COMMITTEESPE RUSSIA AND CASPIAN

    ADVISORY COMMITTEE

    Vladimir Mulyak

    LUKOILVice-President, Science and Technology, LUKOILCEO, LUKOIL-EngineeringSPE Advisory Committee CoChair

    Gokhan SaygiSchlumbergerPresident Russia and Central AsiaSPE Advisory Committee CoChair

    Anton AblaevSchlumbergerBusiness Development ManagerSPE Russia and Caspian Regional Director 2015–2017

    John DenisKazMunayGasGeneral Director

    Alexey GovzichSalym Petroleum DevelopmentCEO

    Kenzhebek IbrashevKAZENERGYAdviser to Chairman

    Mars Khasanov Gazpromneft STCDirector for Technology Development, Gazprom NeftCEO, Gazpromneft STC

    Hans KlampfererWeatherfordVice President Russia

    Sergey KolbikovNOVATEKHead of Field Development Forecast and Monitoring Division

    Vladimir LitvinenkoNational Mineral Resources University of Oil and Gas Rector

    Atle LogeEDC GROUPVice-President

    Viktor Martynov Gubkin Russian State University of Oil and GasRector

    Andrew McGrahan ChevronCountry Manager

    Emerson Milenski RosneftTechnology Advisor to President

    John Milne StatoilDirector of Exploration, Russia

    Viktor Petersilye All-Russian Research Geological Oil Institute (VNIGNI)Deputy Director General

    Denis RozhentsevLUKOIL Uzbekistan Operating CompanyDeputy General Director for Operations

    Konstantin SchilinHalliburtonVice-President, Russia Area

    Igor Shpurov State Committee on ReservesCEO

    Mikhail StavskiyBashneftFirst Vice President, Upstream and Geology Member of the Management Board

    Richard SymsBPVice President Exploration and Production

    Mikhail TokarevMoscow State University, Oil &Gas CenterCEO

    Stanislav Buchinsky Tyumen Petroleum Research Centre, Programme Committee Cochair

    Mikhail GelfgatGubkin Russian State University of Oil and Gas, Programme Committee Cochair

    Rustam Khalimov Tatneft, Programme Committee Cochair

    Anton Ablaev Schlumberger

    Irina Bobb Geoexpert Service

    Dmitry Bogdanov GeoKIN

    Kreso Kurt Butula Schlumberger

    Mikhail Chertenkov LUKOIL-Engineering

    Carlos Duque BP

    Andrey Evdokimov Targin

    Dmitry Eydinov Rock Flow Dynamics

    Konstantin Fedorov Institute of Physical and Technical Sciences, Tyumen State University

    Yan Gilmanov Tyumen Petroleum Research Centre

    Andrey Kharitonov Halliburton

    Sergey Kolbikov NOVATEK

    Dmitry Korost Lomonosov MSU, Oil and Gas Center

    Alexander Koshelev Rosneft

    Sergey Kovalev Weatherford

    Mikhail Kravtsov OZNA

    Vyacheslav Kretsul Schlumberger

    Dmitry Nasibullin Tyumenpromgeophysika

    Sergey Nikulin HMS Neftemash

    Edmund Ongemakh ROSGEO

    Yury Petrakov Volga Gas

    Oleg Pichugin CONCORD

    Mikhail Popov Halliburton

    Sergey Rekin TMK-Premium Service

    Martin Rylance BP

    Radik Sadykov Halliburton

    Alexander Shandrygin DeGolyer and MacNaughton Corp.

    Rafis Sharipov Weatherford

    Suleiman Sitdikov Rosneft

    Alexander Sitnikov Gazpromneft STC

    Vladimir Sledkov LUKOIL - Engineering

    Nikolay Smirnov PetroGM

    Alexey Sobolev PetroGM

    Dmitry Surnachev Roxar

    Alexander Timchuk ZapSibNIIGG

    Mikhail Tokarev Lomonosov MSU, Oil and Gas Center

    Rim Valiullin GeoTEK

    Sergey Vereschagin Schlumberger

    Anton Yushkov Tyumen Petroleum Research Centre

    Sergey Zagumennov Tyumen Experimental Plant of Geophysical Instrument Making

    Vladislav Zhukov Gazpromneft STC

  • 6 7

    EVENT HIGHLIGHTSEVENT HIGHLIGHTS

    SPE Russian Petroleum Technology Conference and Exhibition is envisioned to be a truly international conference, bringing together professionals from oil and gas and service companies, research institutes and universities and provides a unique opportunity to exchange experiences, best practices and ideas in a non-profit, non-competitive environment.

    1. Shelf Development Experience and Prospects

    2. Hard-to-Recover Reserves

    3. Well construction – Drilling and Completion

    4. Oil and Gas Production – Equipment and Technologies

    5. Well and Formation Testing

    CONFERENCE TOPICS

    6. Formation fluid sampling, evaluation and PVT properties

    7. Field Development Monitoring and Control

    8. Static and Dynamic Modeling

    9. Geomechanics

    10. Brownfields

    11. Gas, Gas Condensate and Oil Gas Condensate Field Development

    Main challenges of arranging the upstream processes control lay on among quick and adequate response on changeable or/and poorly predictable exploitation factors (root causes), which could not be provided by project or design models and decisions a priory.Exaggeration of model analysis means and tools to the detriment of the low level of optimal control problems development leads to low levels of technologies implementation efficiency at prohibitively increasing the costs of model informatics.

    Achieving better characteristics of upstream processes are connected with simultaneous creating adequate models, forming objective functions and designing decision making algorithms.

    Questions pool for discussion: 1. Which operation mode can be called optimal and how, for example, operational costs should be

    considered while taking a decision?

    2. What are usefulness potentials of integrated asset model (IAM) in its parametric adjustments accuracy? Is there an issue of the correct setting its (IAM) parameters?

    3. What kind of optimal problems and optimal control problems of upstream processes are suitable or comfortable to solve by IAM and which are not suitable for IAM conception?

    4. What is the main challenge for the nearest evolution of operational modes control based on modelling technology?

    MODERATORS:

    Vitaliy Fomin, Business Development Manager DOF/IOS, PhD, Halliburton GmbH

    Ilya Solovyev, Senior Scientist, PhD, Institute of Northern Development SB RAS

    «DIGITAL FIELD – QUESTIONS OF INTEGRATED MODELLING AND OPERATIONAL RESPONSE»MONDAY,

    24 OCTOBER

    ROUND TABLE

    Progress in R&D works remains a priority for all companies in the oil and gas sector, despite the challenging conditions for activities in this area. This year conference will continue initiated in 2015 discussion of collaboration of governmental structures, universities, large and small businesses to improve the efficiency of research and development works. Analysis of opportunities and examples from the related industries is one of the key aspects of discussion at this round table. The discussion of presentations delivered at the panel session «Innovative technologies. New ideas in the new realities» will be continued along with the additional presentations of the various research groups and organizations.

    R&D ROUND TABLETUESDAY,25 OCTOBER

    ROUND TABLE

    This event will take place on 24 October 2016.

    MONDAY,24 OCTOBER

    SPE REGIONAL AWARDS CEREMONY

    Spearheaded by Russia and Caspian SPE Advisory Committee, SPE will hold traditional special Young Professionals Technical Session at the SPE Russian Petroleum Technology Conference and Exhibition. SPE invited the winners (first to third places) of 2015–2016 internal corporate young professionals’ contests from Russian and Caspian oil and gas and service companies to speak. Session proramme is available on page 27.

    YOUNG PROFESSIONAL SPECIAL TECHNICAL SESSION

    There will be two divisions: undergraduate contest (25 October) and postgraduate contest (Diploma and Candidate, 26 October). The Student Paper Contest highlights SPE’s global links with Universities and students around the world. The winner of each division is invited to attend the international SPE student paper contest to be held at the 2017 SPE Annual Technical Conference & Exhibition in San Antonio, USA. All travel expenses and accommodation will be covered by SPE. For further information please contact Yaroslava Orlova, SPE Moscow office, at [email protected] or +7 495 268 0454.

    UNDERGRADUATE/POSTGRADUATE STUDENT PAPER CONTEST

    Tools, programmes, methods and approaches used by international and national companies for young specialists’ skills improvement, professional development will be discussed at the round table.

    «YOUNG PROFESSIONALS SKILLS IMPROVEMENT»TUESDAY,25 OCTOBER

    ROUND TABLE

    12. Cores Recovery, Examination and Analysis

    13. Hydrocarbon Source Rocks

    14. Field Geophysical Survey

    15. Well Logging

    16. Production Gathering, Processing and Metering

    17. Well Intervention

    Exhibitors

    Participation in the exhibition will help you to increase brand awareness, create a powerful and strong positive image of your company, expand your customer base, and drive customer loyalty. You will have the opportunity to represent your company, demonstrate its products and services to a wide audience. Join the industry leaders who have already confirmed their participation – Tatneft, Targin, OZNA, KCA Deutag, NewTech Services, Rock Flow Dynamics, ROXAR and others.

    Visitors

    People often say ‘A picture paints a thousand words’ to stress that something worth seeing. Visiting the exhibition proves that expression, because you will be able to witness the latest products in action, and see the newest technologies and developments of the leading international and national oil and gas and service companies, research institutes and universities.

    EXHIBITION Learn more about the exhibition at www.spe.org/events/rptc/2016/index_ru.php

  • 6 7

    EVENT HIGHLIGHTSEVENT HIGHLIGHTS

    SPE Russian Petroleum Technology Conference and Exhibition is envisioned to be a truly international conference, bringing together professionals from oil and gas and service companies, research institutes and universities and provides a unique opportunity to exchange experiences, best practices and ideas in a non-profit, non-competitive environment.

    1. Shelf Development Experience and Prospects

    2. Hard-to-Recover Reserves

    3. Well construction – Drilling and Completion

    4. Oil and Gas Production – Equipment and Technologies

    5. Well and Formation Testing

    CONFERENCE TOPICS

    6. Formation fluid sampling, evaluation and PVT properties

    7. Field Development Monitoring and Control

    8. Static and Dynamic Modeling

    9. Geomechanics

    10. Brownfields

    11. Gas, Gas Condensate and Oil Gas Condensate Field Development

    Main challenges of arranging the upstream processes control lay on among quick and adequate response on changeable or/and poorly predictable exploitation factors (root causes), which could not be provided by project or design models and decisions a priory.Exaggeration of model analysis means and tools to the detriment of the low level of optimal control problems development leads to low levels of technologies implementation efficiency at prohibitively increasing the costs of model informatics.

    Achieving better characteristics of upstream processes are connected with simultaneous creating adequate models, forming objective functions and designing decision making algorithms.

    Questions pool for discussion: 1. Which operation mode can be called optimal and how, for example, operational costs should be

    considered while taking a decision?

    2. What are usefulness potentials of integrated asset model (IAM) in its parametric adjustments accuracy? Is there an issue of the correct setting its (IAM) parameters?

    3. What kind of optimal problems and optimal control problems of upstream processes are suitable or comfortable to solve by IAM and which are not suitable for IAM conception?

    4. What is the main challenge for the nearest evolution of operational modes control based on modelling technology?

    MODERATORS:

    Vitaliy Fomin, Business Development Manager DOF/IOS, PhD, Halliburton GmbH

    Ilya Solovyev, Senior Scientist, PhD, Institute of Northern Development SB RAS

    «DIGITAL FIELD – QUESTIONS OF INTEGRATED MODELLING AND OPERATIONAL RESPONSE»MONDAY,

    24 OCTOBER

    ROUND TABLE

    Progress in R&D works remains a priority for all companies in the oil and gas sector, despite the challenging conditions for activities in this area. This year conference will continue initiated in 2015 discussion of collaboration of governmental structures, universities, large and small businesses to improve the efficiency of research and development works. Analysis of opportunities and examples from the related industries is one of the key aspects of discussion at this round table. The discussion of presentations delivered at the panel session «Innovative technologies. New ideas in the new realities» will be continued along with the additional presentations of the various research groups and organizations.

    R&D ROUND TABLETUESDAY,25 OCTOBER

    ROUND TABLE

    This event will take place on 24 October 2016.

    MONDAY,24 OCTOBER

    SPE REGIONAL AWARDS CEREMONY

    Spearheaded by Russia and Caspian SPE Advisory Committee, SPE will hold traditional special Young Professionals Technical Session at the SPE Russian Petroleum Technology Conference and Exhibition. SPE invited the winners (first to third places) of 2015–2016 internal corporate young professionals’ contests from Russian and Caspian oil and gas and service companies to speak. Session proramme is available on page 27.

    YOUNG PROFESSIONAL SPECIAL TECHNICAL SESSION

    There will be two divisions: undergraduate contest (25 October) and postgraduate contest (Diploma and Candidate, 26 October). The Student Paper Contest highlights SPE’s global links with Universities and students around the world. The winner of each division is invited to attend the international SPE student paper contest to be held at the 2017 SPE Annual Technical Conference & Exhibition in San Antonio, USA. All travel expenses and accommodation will be covered by SPE. For further information please contact Yaroslava Orlova, SPE Moscow office, at [email protected] or +7 495 268 0454.

    UNDERGRADUATE/POSTGRADUATE STUDENT PAPER CONTEST

    Tools, programmes, methods and approaches used by international and national companies for young specialists’ skills improvement, professional development will be discussed at the round table.

    «YOUNG PROFESSIONALS SKILLS IMPROVEMENT»TUESDAY,25 OCTOBER

    ROUND TABLE

    12. Cores Recovery, Examination and Analysis

    13. Hydrocarbon Source Rocks

    14. Field Geophysical Survey

    15. Well Logging

    16. Production Gathering, Processing and Metering

    17. Well Intervention

    Exhibitors

    Participation in the exhibition will help you to increase brand awareness, create a powerful and strong positive image of your company, expand your customer base, and drive customer loyalty. You will have the opportunity to represent your company, demonstrate its products and services to a wide audience. Join the industry leaders who have already confirmed their participation – Tatneft, Targin, OZNA, KCA Deutag, NewTech Services, Rock Flow Dynamics, ROXAR and others.

    Visitors

    People often say ‘A picture paints a thousand words’ to stress that something worth seeing. Visiting the exhibition proves that expression, because you will be able to witness the latest products in action, and see the newest technologies and developments of the leading international and national oil and gas and service companies, research institutes and universities.

    EXHIBITION Learn more about the exhibition at www.spe.org/events/rptc/2016/index_ru.php

  • 8 9

    PLENARY SESSIONS OVERVIEWSCHEDULE

    OF EVENTS OVERVIEW

    DAY 1. 24 OCTOBER 2016

    DAY 2. 25 OCTOBER 2016

    DAY 3. 26 OCTOBER 2016

    CONFERENCEHALL

    PRESSHALL

    CONFERENCEHALL А

    CONFERENCE HALL B

    BAIKAL HALLMEETINGROOM 1

    MEETING ROOM 2

    0830–1730 REGISTRATION

    0930–1130

    PLENARY SESSION: In the Middle of Difficulties Lies Opportunity

    1145–1245 Knowledge Sharing Eposter Presentations

    Knowledge Sharing Eposter Presentations

    1245–1445

    PANEL SESSION: Hard-to-Recover Reserves. Problems and Solutions

    TechnicalSession 1

    TechnicalSession 2

    1500–1600 ROUND TABLE «Intelligent Field – Integrated Modelling and Prompt Response Challenges»

    Knowledge Sharing Eposter Presentations

    Knowledge Sharing Eposter Presentations

    1600–1800 TechnicalSession 3

    TechnicalSession 4

    TechnicalSession 5

    TechnicalSession 6

    CONFERENCEHALL

    PRESSHALL

    CONFERENCE HALL А

    CONFERENCE HALL B

    BAIKAL HALLMEETINGROOM 1

    MEETINGROOM 2

    0830–1730 REGISTRATION

    0930–1130

    PANEL SESSION: Innovation Technologies. New Ideas in New Reality

    1145–1245

    ROUND TABLE«Young Professionals Skills Improvement»start at 1200

    Knowledge Sharing Eposter Presentations

    Knowledge Sharing Eposter Presentations

    1245–1445 TechnicalSession 7

    TechnicalSession 8

    TechnicalSession 9

    TechnicalSession 10

    1500–1600 R&D ROUND TABLE

    Knowledge Sharing Eposter Presentations

    Knowledge Sharing Eposter Presentations

    1600–1800 TechnicalSession 11

    TechnicalSession 12

    TechnicalSession 13

    TechnicalSession 14

    CONFERENCEHALL

    PRESS HALL

    CONFERENCE HALL А

    CONFERENCE HALL B

    BAIKAL HALLMEETINGROOM 1

    MEETINGROOM 2

    0830–1400 REGISTRATION

    0930–1130

    PANEL SESSION: Well Construction Efficiency Improvement Challenges in New Market Reality

    1145–1245

    YOUNG PROFESSIONALS SESSION

    Knowledge Sharing Eposter Presentations

    Knowledge Sharing Eposter Presentations

    1245–1445 TechnicalSession 15

    TechnicalSession 16

    TechnicalSession 17

    TechnicalSession 18

    1500–1600 Knowledge Sharing Eposter Presentations

    Knowledge Sharing Eposter Presentations

    1600–1800 TechnicalSession 19

    TechnicalSession 20

    TechnicalSession 21

    TechnicalSession 22

    MONDAY 24 OCTOBER 0930–1130 SESSION MODERATORS:

    Mikhail Gelfgat, Gubkin Russian State University of Oil and Gas

    Stanislav Buchinsky, Tyumen Petroleum Research Centre

    Rustam Khalimov, Tatneft

    GLOBAL AND RUSSIAN ENERGY DEVELOPMENT FORECAST TO 2040PRESENTED BY: Tatyana Mitrova, Head of Oil and Gas Department, Energy Research Institute of the Russian Academy of Sciences

    GOOD BUSINESS FOR ALL SEASONS – IMPROVING BROWNFIELD EFFICIENCY PRESENTED BY: David Campbell, President, BP Russia

    XII-CENTURY TECHNOLOGY FOR BROWNFIELD EFFICIENCY EXTENSION. INNOVATIVE INORGANIC POLYMER FOR IN-DEPTH SWEEP IMPROVEMENT IN HETEROGENEOUS RESERVOIRS PRESENTED BY: Mikhail Chertenkov, Deputy General Director for Field Development Technologies, LUKOIL-Engineering

    GLOBAL CHALLENGES AND OPPORTUNITIES PRESENTED BY: Nathan Meehan, SPE President 2016

    PLENARY SESSION «IN THE MIDDLE OF DIFFICULTIES LIES OPPORTUNITY»

    MONDAY 24 OCTOBER 1245–1445 SESSION MODERATORS:

    Igor Shpurov, State Committee on Reserves

    Alexander Shandrygin, DeGolyer and MacNaughton Corp.

    INTEGRATED APPROACH TO UNCONVENTIONAL RESERVES DEVELOPMENT: GAZPROM NEFT EXPERIENCE PRESENTED BY: Mars Khasanov, Director of Technology, Upstream, Gazprom Neft, CEO, Gazpromneft STC

    TOPIC TO BE CONFIRMEDPRESENTED BY: Rais Khisamov, Chief Geologist, Tatneft

    EVOLUTION OF ENGINEERING SOLUTIONS ON THE DEVELOPMENT OF HARD-TO-RECOVER RESERVES FROM LOW-PERMEABLE RESERVOIRS OF TYUMEN SUITE OIL RESERVES ON AN EXAMPLE OF KRASNOLENINSKOE OILFIELDPRESENTED BY: Roman Gnilitsky, Chief Engineer, West Siberia and Orenburg Projects, Tyumen Petroleum Research Centre

    BAZHENOV SHALE OIL RESERVES ESTIMATION METHODPRESENTED BY: Alexander Shpilman, Director of Autonomous Institution «V.I. Shpilman Research and Analytical Centre for the Rational Use of Subsoil»

    PANEL SESSION «HARD-TO-RECOVER RESERVES. PROBLEMS AND SOLUTIONS»

    TUESDAY 25 OCTOBER 0930–1130 SESSION MODERATORS:

    Mikhail Gelfgat, Gubkin Russian State University of Oil and Gas

    Edmund Ongemakh, ROSGEO

    AN INNOVATIVE APPROACH TO OIL PRODUCTION EFFICIENCY ENHANCEMENT PRESENTED BY: Alexander Nikonov, Senior Vice President and Executive Director, Roman Capital

    SCIENTIFIC BASIS FOR REDUCING REGULATED ICE LOAD ON FIXED PLATFORMS AND ICE-GOING VESSELSPRESENTED BY: Valery Shaposhnikov, Head of Vessel Durability and Marine Facilities Department, Krylov State Research Center

    ROSGEO INNOVATION TECHNOLOGIES AND SOLUTIONSPRESENTED BY: Edmund Ongemakh, R&D Director, ROSGEO

    PANEL SESSION «INNOVATION TECHNOLOGIES. NEW IDEAS IN NEW REALITY»

    WEDNESDAY 26 OCTOBER 0930–1130 SESSION MODERATORS:

    Andrey Kharitonov, Halliburton

    Vladimir Sledkov, LUKOIL-Engineering

    NTEGRATED WELL CONSTRUCTION PROJECTS: DRIVING COST PERFORMANCE THROUGH INCENTIVIZED COMMERCIAL MODELS PRESENTED BY: Ken Atere, Regional Manager, Project Management for Eurasia Region, Halliburton

    RECENT TECHNOLOGY SOLUTIONS IN WELL CONSTRUCTIONPRESENTED BY: Vasily Larionov, Technology Director, Targin

    ENGINEERING APPROACH OR PLAYING RISK MANAGEMENT PRESENTED BY: Nikolay Smirnov, Chief Engineer, PetroGM

    «WELL CONSTRUCTION EFFICIENCY IMPROVEMENT CHALLENGES IN NEW MARKET REALITY»PANEL SESSION

  • 8 9

    PLENARY SESSIONS OVERVIEWSCHEDULE

    OF EVENTS OVERVIEW

    DAY 1. 24 OCTOBER 2016

    DAY 2. 25 OCTOBER 2016

    DAY 3. 26 OCTOBER 2016

    CONFERENCEHALL

    PRESSHALL

    CONFERENCEHALL А

    CONFERENCE HALL B

    BAIKAL HALLMEETINGROOM 1

    MEETING ROOM 2

    0830–1730 REGISTRATION

    0930–1130

    PLENARY SESSION: In the Middle of Difficulties Lies Opportunity

    1145–1245 Knowledge Sharing Eposter Presentations

    Knowledge Sharing Eposter Presentations

    1245–1445

    PANEL SESSION: Hard-to-Recover Reserves. Problems and Solutions

    TechnicalSession 1

    TechnicalSession 2

    1500–1600 ROUND TABLE «Intelligent Field – Integrated Modelling and Prompt Response Challenges»

    Knowledge Sharing Eposter Presentations

    Knowledge Sharing Eposter Presentations

    1600–1800 TechnicalSession 3

    TechnicalSession 4

    TechnicalSession 5

    TechnicalSession 6

    CONFERENCEHALL

    PRESSHALL

    CONFERENCE HALL А

    CONFERENCE HALL B

    BAIKAL HALLMEETINGROOM 1

    MEETINGROOM 2

    0830–1730 REGISTRATION

    0930–1130

    PANEL SESSION: Innovation Technologies. New Ideas in New Reality

    1145–1245

    ROUND TABLE«Young Professionals Skills Improvement»start at 1200

    Knowledge Sharing Eposter Presentations

    Knowledge Sharing Eposter Presentations

    1245–1445 TechnicalSession 7

    TechnicalSession 8

    TechnicalSession 9

    TechnicalSession 10

    1500–1600 R&D ROUND TABLE

    Knowledge Sharing Eposter Presentations

    Knowledge Sharing Eposter Presentations

    1600–1800 TechnicalSession 11

    TechnicalSession 12

    TechnicalSession 13

    TechnicalSession 14

    CONFERENCEHALL

    PRESS HALL

    CONFERENCE HALL А

    CONFERENCE HALL B

    BAIKAL HALLMEETINGROOM 1

    MEETINGROOM 2

    0830–1400 REGISTRATION

    0930–1130

    PANEL SESSION: Well Construction Efficiency Improvement Challenges in New Market Reality

    1145–1245

    YOUNG PROFESSIONALS SESSION

    Knowledge Sharing Eposter Presentations

    Knowledge Sharing Eposter Presentations

    1245–1445 TechnicalSession 15

    TechnicalSession 16

    TechnicalSession 17

    TechnicalSession 18

    1500–1600 Knowledge Sharing Eposter Presentations

    Knowledge Sharing Eposter Presentations

    1600–1800 TechnicalSession 19

    TechnicalSession 20

    TechnicalSession 21

    TechnicalSession 22

    MONDAY 24 OCTOBER 0930–1130 SESSION MODERATORS:

    Mikhail Gelfgat, Gubkin Russian State University of Oil and Gas

    Stanislav Buchinsky, Tyumen Petroleum Research Centre

    Rustam Khalimov, Tatneft

    GLOBAL AND RUSSIAN ENERGY DEVELOPMENT FORECAST TO 2040PRESENTED BY: Tatyana Mitrova, Head of Oil and Gas Department, Energy Research Institute of the Russian Academy of Sciences

    GOOD BUSINESS FOR ALL SEASONS – IMPROVING BROWNFIELD EFFICIENCY PRESENTED BY: David Campbell, President, BP Russia

    XII-CENTURY TECHNOLOGY FOR BROWNFIELD EFFICIENCY EXTENSION. INNOVATIVE INORGANIC POLYMER FOR IN-DEPTH SWEEP IMPROVEMENT IN HETEROGENEOUS RESERVOIRS PRESENTED BY: Mikhail Chertenkov, Deputy General Director for Field Development Technologies, LUKOIL-Engineering

    GLOBAL CHALLENGES AND OPPORTUNITIES PRESENTED BY: Nathan Meehan, SPE President 2016

    PLENARY SESSION «IN THE MIDDLE OF DIFFICULTIES LIES OPPORTUNITY»

    MONDAY 24 OCTOBER 1245–1445 SESSION MODERATORS:

    Igor Shpurov, State Committee on Reserves

    Alexander Shandrygin, DeGolyer and MacNaughton Corp.

    INTEGRATED APPROACH TO UNCONVENTIONAL RESERVES DEVELOPMENT: GAZPROM NEFT EXPERIENCE PRESENTED BY: Mars Khasanov, Director of Technology, Upstream, Gazprom Neft, CEO, Gazpromneft STC

    TOPIC TO BE CONFIRMEDPRESENTED BY: Rais Khisamov, Chief Geologist, Tatneft

    EVOLUTION OF ENGINEERING SOLUTIONS ON THE DEVELOPMENT OF HARD-TO-RECOVER RESERVES FROM LOW-PERMEABLE RESERVOIRS OF TYUMEN SUITE OIL RESERVES ON AN EXAMPLE OF KRASNOLENINSKOE OILFIELDPRESENTED BY: Roman Gnilitsky, Chief Engineer, West Siberia and Orenburg Projects, Tyumen Petroleum Research Centre

    BAZHENOV SHALE OIL RESERVES ESTIMATION METHODPRESENTED BY: Alexander Shpilman, Director of Autonomous Institution «V.I. Shpilman Research and Analytical Centre for the Rational Use of Subsoil»

    PANEL SESSION «HARD-TO-RECOVER RESERVES. PROBLEMS AND SOLUTIONS»

    TUESDAY 25 OCTOBER 0930–1130 SESSION MODERATORS:

    Mikhail Gelfgat, Gubkin Russian State University of Oil and Gas

    Edmund Ongemakh, ROSGEO

    AN INNOVATIVE APPROACH TO OIL PRODUCTION EFFICIENCY ENHANCEMENT PRESENTED BY: Alexander Nikonov, Senior Vice President and Executive Director, Roman Capital

    SCIENTIFIC BASIS FOR REDUCING REGULATED ICE LOAD ON FIXED PLATFORMS AND ICE-GOING VESSELSPRESENTED BY: Valery Shaposhnikov, Head of Vessel Durability and Marine Facilities Department, Krylov State Research Center

    ROSGEO INNOVATION TECHNOLOGIES AND SOLUTIONSPRESENTED BY: Edmund Ongemakh, R&D Director, ROSGEO

    PANEL SESSION «INNOVATION TECHNOLOGIES. NEW IDEAS IN NEW REALITY»

    WEDNESDAY 26 OCTOBER 0930–1130 SESSION MODERATORS:

    Andrey Kharitonov, Halliburton

    Vladimir Sledkov, LUKOIL-Engineering

    NTEGRATED WELL CONSTRUCTION PROJECTS: DRIVING COST PERFORMANCE THROUGH INCENTIVIZED COMMERCIAL MODELS PRESENTED BY: Ken Atere, Regional Manager, Project Management for Eurasia Region, Halliburton

    RECENT TECHNOLOGY SOLUTIONS IN WELL CONSTRUCTIONPRESENTED BY: Vasily Larionov, Technology Director, Targin

    ENGINEERING APPROACH OR PLAYING RISK MANAGEMENT PRESENTED BY: Nikolay Smirnov, Chief Engineer, PetroGM

    «WELL CONSTRUCTION EFFICIENCY IMPROVEMENT CHALLENGES IN NEW MARKET REALITY»PANEL SESSION

  • 10 11

    PLENARY SESSION«In the Middle of Difficulties

    Lies Opportunity» OVERVIEWS

    David Campbell is accountable for all of BP’s activities and investments in the Russian Federation including its shareholding in Rosneft. He was appointed to this position in 2014 and is based in Moscow.

    DAVID CAMPBELL

    GOOD BUSINESS FOR ALL SEASONS – IMPROVING BROWNFIELD EFFICIENCY

    President, BP Russia

    Mr. Campbell joined BP in 1984 on graduation from Aberdeen University with a First Class Honours degree in Engineering Science. He has held a variety of engineering and management positions in locations worldwide, including the United Kingdom, Alaska, Mexico, California, and Iraq. His first assignment in Russia was in 2003, joining TNK-BP as Business Unit Leader, first in the Udmurtia Business Unit and later in the East Siberia Business Unit.

    Mr. Campbell was appointed Chief Operating Officer of the new Iraq business following BP’s successful re-entry to the country in 2009. He oversaw all technical and operational aspects in the reactivation of the super-giant Rumaila oilfield. In 2012 he led a BP Group wide review of contractor safety management before being appointed Head of the Group Chief Executive’s Office in BP corporate headquarters in London.For more than 20 years, Tatyana Mitrova has been working in the sphere of analysis of the Russian and

    foreign energy markets, including the issues of energy sources’ development and transportation, demand, energy politics, price formation, tax liabilities, and market restructuring. She is the head of the project, «Global and Russian Energy Development Forecast up to 2020».

    Tatyana is a member of the Governmental Council of the Russian Federation on the issues of the Fuel and Energy complex, mineral reserves’ replacement, and increase in the economy power efficiency. She is a member of the Board of Directors of E.ON Russia.

    Tatyana graduated from economic faculty of the Lomonosov Moscow State University. She has a PhD degree in economics. Tatyana is associate professor of Gubkin Russian State University of Oil and Gas, professor of the Paris Institute of political research (Sciences Po). She is the author of more than 120 articles in scientific and business magazines and collected books on energy problems and four monographies.

    TATYANA MITROVA

    GLOBAL AND RUSSIAN ENERGY DEVELOPMENT FORECAST TO 2040

    Head of Oil and Gas Department, Energy Research Institute of the Russian Academy of Sciences

    ABSTRACT

    The report will provide a new edition of the «Forecast of the energy development in the world and Russia up to 2040». Previous editions showed high demand of the country for our own vision of the world energy development. Forecast materials are widely discussed in Russia and abroad, they are actively used in state and corporate strategy documents, in scientific and applied research. New edition provides vision of the situation development at the world energy markets and in Russia for the period of up to 2040. New Forecast-2016 provides the following information: 

    • analysis of last modifications which transform the established trends in the world economy and energy, and assessment of the world development in the next 25 years;

    • forecast results of hydrocarbon market conditions on the basis of the advanced model unit which allows to perform detailed study of the world oil, gas and coal markets;

    • detailed analysis of the changes of Russian economy and energy prospects under the influence of new trends: how sensitive will the consequences of these global changes be for Russia?

    ABSTRACT

    The challenges of today’s energy market are obvious to all of us in the Russian oil industry: decreased revenue and budgets, increased pressure on costs and margins. Oil prices will likely stay lower for even longer, further increasing the requirement to improve performance. We are all under pressure to deliver our production targets with maximum efficiency of cost, schedule, and people. This is our challenge and one that we must meet.

    The significance of the brownfields and improving their efficiency has never been greater. The Russian oil industry will likely continue to rely on its portfolio of brownfield assets to deliver its near term production targets. This means optimizing base decline, delivering world class waterflood management, continuously improving drilling and well services capability, and debottlenecking existing facilities. These priorities are even more challenging with increasing watercut, expansion into more complex geology, and integrating subsurface needs within surface capacity.

    Meeting this challenge is not magic. It requires focused work based on people, technology, and performance. People with the right training working on the right things. Applying the right technologies that deliver results now rather than years from now. And a relentless pursuit of performance that never stops. This is proven via BP’s experience and track record in improving efficiency in super giant brownfields such as Prudhoe Bay, Rumaila, and Burgan.

    Russia’s brownfield portfolio is world class, producing 11.4 mln bpd in 2015, 2nd in the world. The foundation of this is the Russian oil industry’s experience and operating capability. Building upon this foundation will be integral to delivering near term production as well as sustaining it well into the future.

    11

  • 10 11

    PLENARY SESSION«In the Middle of Difficulties

    Lies Opportunity» OVERVIEWS

    David Campbell is accountable for all of BP’s activities and investments in the Russian Federation including its shareholding in Rosneft. He was appointed to this position in 2014 and is based in Moscow.

    DAVID CAMPBELL

    GOOD BUSINESS FOR ALL SEASONS – IMPROVING BROWNFIELD EFFICIENCY

    President, BP Russia

    Mr. Campbell joined BP in 1984 on graduation from Aberdeen University with a First Class Honours degree in Engineering Science. He has held a variety of engineering and management positions in locations worldwide, including the United Kingdom, Alaska, Mexico, California, and Iraq. His first assignment in Russia was in 2003, joining TNK-BP as Business Unit Leader, first in the Udmurtia Business Unit and later in the East Siberia Business Unit.

    Mr. Campbell was appointed Chief Operating Officer of the new Iraq business following BP’s successful re-entry to the country in 2009. He oversaw all technical and operational aspects in the reactivation of the super-giant Rumaila oilfield. In 2012 he led a BP Group wide review of contractor safety management before being appointed Head of the Group Chief Executive’s Office in BP corporate headquarters in London.For more than 20 years, Tatyana Mitrova has been working in the sphere of analysis of the Russian and

    foreign energy markets, including the issues of energy sources’ development and transportation, demand, energy politics, price formation, tax liabilities, and market restructuring. She is the head of the project, «Global and Russian Energy Development Forecast up to 2020».

    Tatyana is a member of the Governmental Council of the Russian Federation on the issues of the Fuel and Energy complex, mineral reserves’ replacement, and increase in the economy power efficiency. She is a member of the Board of Directors of E.ON Russia.

    Tatyana graduated from economic faculty of the Lomonosov Moscow State University. She has a PhD degree in economics. Tatyana is associate professor of Gubkin Russian State University of Oil and Gas, professor of the Paris Institute of political research (Sciences Po). She is the author of more than 120 articles in scientific and business magazines and collected books on energy problems and four monographies.

    TATYANA MITROVA

    GLOBAL AND RUSSIAN ENERGY DEVELOPMENT FORECAST TO 2040

    Head of Oil and Gas Department, Energy Research Institute of the Russian Academy of Sciences

    ABSTRACT

    The report will provide a new edition of the «Forecast of the energy development in the world and Russia up to 2040». Previous editions showed high demand of the country for our own vision of the world energy development. Forecast materials are widely discussed in Russia and abroad, they are actively used in state and corporate strategy documents, in scientific and applied research. New edition provides vision of the situation development at the world energy markets and in Russia for the period of up to 2040. New Forecast-2016 provides the following information: 

    • analysis of last modifications which transform the established trends in the world economy and energy, and assessment of the world development in the next 25 years;

    • forecast results of hydrocarbon market conditions on the basis of the advanced model unit which allows to perform detailed study of the world oil, gas and coal markets;

    • detailed analysis of the changes of Russian economy and energy prospects under the influence of new trends: how sensitive will the consequences of these global changes be for Russia?

    ABSTRACT

    The challenges of today’s energy market are obvious to all of us in the Russian oil industry: decreased revenue and budgets, increased pressure on costs and margins. Oil prices will likely stay lower for even longer, further increasing the requirement to improve performance. We are all under pressure to deliver our production targets with maximum efficiency of cost, schedule, and people. This is our challenge and one that we must meet.

    The significance of the brownfields and improving their efficiency has never been greater. The Russian oil industry will likely continue to rely on its portfolio of brownfield assets to deliver its near term production targets. This means optimizing base decline, delivering world class waterflood management, continuously improving drilling and well services capability, and debottlenecking existing facilities. These priorities are even more challenging with increasing watercut, expansion into more complex geology, and integrating subsurface needs within surface capacity.

    Meeting this challenge is not magic. It requires focused work based on people, technology, and performance. People with the right training working on the right things. Applying the right technologies that deliver results now rather than years from now. And a relentless pursuit of performance that never stops. This is proven via BP’s experience and track record in improving efficiency in super giant brownfields such as Prudhoe Bay, Rumaila, and Burgan.

    Russia’s brownfield portfolio is world class, producing 11.4 mln bpd in 2015, 2nd in the world. The foundation of this is the Russian oil industry’s experience and operating capability. Building upon this foundation will be integral to delivering near term production as well as sustaining it well into the future.

    11

  • 12 13

    PLENARY SESSION«In the Middle of Difficulties

    Lies Opportunity»OVERVIEWS

    Mikhail Chertenkov holds a degree in geology and prospecting of oil and gas fields from the Tomsk Polytechnic University in Russia.

    His areas of scientific interest include improvement in the processes for development of heavy oil fields and new technologies.

    MIKHAIL CHERTENKOV

    XXI-CENTURY TECHNOLOGY FOR BROWNFIELD EFFICIENCY EXTENSION. INNOVATIVE INORGANIC POLYMER FOR IN-DEPTH SWEEP IMPROVEMENT IN HETEROGENEOUS RESERVOIRS

    Deputy General Director for Field Development Technologies, LUKOIL-Engineering

    ABSTRACT

    Development of heterogeneous reservoirs is accompanied by fast increase of water-cut in producers caused by water break-through by most permeable intervals and zones, and characterized by the poor sweep, production of large amounts of water and inefficient water injection.

    Development of heterogeneous reservoirs requires special approach to technology application. One of the solutions is implementation of in-depth sweep improvement technologies.

    Wide range of chemical reagents belonging to different classes of chemical compounds is used for well treatments. However, in general, polyacrylamide series synthetic organic polymers is used for conformance treatment, which possess a number of disadvantages, including short period of efficiency they are providing.

    New technology is aimed to solve this problem. Proposed to use innovative reagent – inorganic polymer. This reagent is complex composition of titanium and aluminum compounds, consisting of hydroxides, chlorides and oxide hydrochlorides of titanium and aluminum.

    Creation of hydrodynamic screens in high permeable and swept zones, is driven by mudding of channels by dispersed particles of titanium coagulant and coagulation products which are formed due to contact with formation and injected water. Gels formed by titanium coagulant belongs to inorganic polymers series and characterized, in comparison with the organic polymers, by stability over time and in high temperature environment.

    A distinguishing ability of the technology is ability to amplify hydrodynamic screen over time, which leads to increased efficiency and duration of barrier, due to volume increase of coagulation products induced by contact with injected water. A pilot project in West Siberia is currently underway.

    Dr. Nathan Meehan, 2016 Society of Petroleum Engineers president, is senior executive adviser at Baker Hughes, advising executive management on reservoir and geoscience issues. Previously, he was president of CMG Petroleum Consulting, vice president of engineering for Occidental Oil & Gas; and general manager exploration and production at Union Pacific Resources.

    Meehan earned a BSc in physics from the Georgia Institute of Technology, an MSc in petroleum engineering from the University of Oklahoma, and a PhD degree in Petroleum Engineering from Stanford University. He previously served as chairman of the CMG Reservoir Simulation Foundation and as director of the Computer Modelling Group, Vanyoganeft Oil Company, Pinnacle Technologies, SPE Board of Directors, and JOA Oil & Gas BV. He served on advisory boards of the University of Texas and the University of Houston and currently serves on the EME industry relations board at Pennsylvania State, the Interstate Oil and Gas Compact Commission and the Advisory Board of World Oil. He is the recipient of the Lester C. Uren Award for Distinguished Achievement in Petroleum Engineering and the Degolyer Distinguished Service Medal and served as a Distinguished Lecturer. He is a licensed professional engineer in four states and has published scores of papers.

    NATHAN MEEHAN

    GLOBAL CHALLENGES AND OPPORTUNITIES

    SPE President 2016

    ABSTRACT

    In spite of a dramatic reduction in commodity prices, opportunities for profitable exploration and development of new energy resources are abundant. However, the approach to capturing these resources has to be different than in the past. In this presentation Dr. Meehan provides examples of innovations in technology, collaboration and thinking that have enabled breakthroughs and points to four areas where huge gains can be had in the industry.

    The examples include technology issues, breakthrough thinking, and new approaches to social license to operate. Finally, the challenges of global desires to lower carbon emissions are discussed along with the relative risks and opportunities for the oil and gas industry.

  • 12 13

    PLENARY SESSION«In the Middle of Difficulties

    Lies Opportunity»OVERVIEWS

    Mikhail Chertenkov holds a degree in geology and prospecting of oil and gas fields from the Tomsk Polytechnic University in Russia.

    His areas of scientific interest include improvement in the processes for development of heavy oil fields and new technologies.

    MIKHAIL CHERTENKOV

    XXI-CENTURY TECHNOLOGY FOR BROWNFIELD EFFICIENCY EXTENSION. INNOVATIVE INORGANIC POLYMER FOR IN-DEPTH SWEEP IMPROVEMENT IN HETEROGENEOUS RESERVOIRS

    Deputy General Director for Field Development Technologies, LUKOIL-Engineering

    ABSTRACT

    Development of heterogeneous reservoirs is accompanied by fast increase of water-cut in producers caused by water break-through by most permeable intervals and zones, and characterized by the poor sweep, production of large amounts of water and inefficient water injection.

    Development of heterogeneous reservoirs requires special approach to technology application. One of the solutions is implementation of in-depth sweep improvement technologies.

    Wide range of chemical reagents belonging to different classes of chemical compounds is used for well treatments. However, in general, polyacrylamide series synthetic organic polymers is used for conformance treatment, which possess a number of disadvantages, including short period of efficiency they are providing.

    New technology is aimed to solve this problem. Proposed to use innovative reagent – inorganic polymer. This reagent is complex composition of titanium and aluminum compounds, consisting of hydroxides, chlorides and oxide hydrochlorides of titanium and aluminum.

    Creation of hydrodynamic screens in high permeable and swept zones, is driven by mudding of channels by dispersed particles of titanium coagulant and coagulation products which are formed due to contact with formation and injected water. Gels formed by titanium coagulant belongs to inorganic polymers series and characterized, in comparison with the organic polymers, by stability over time and in high temperature environment.

    A distinguishing ability of the technology is ability to amplify hydrodynamic screen over time, which leads to increased efficiency and duration of barrier, due to volume increase of coagulation products induced by contact with injected water. A pilot project in West Siberia is currently underway.

    Dr. Nathan Meehan, 2016 Society of Petroleum Engineers president, is senior executive adviser at Baker Hughes, advising executive management on reservoir and geoscience issues. Previously, he was president of CMG Petroleum Consulting, vice president of engineering for Occidental Oil & Gas; and general manager exploration and production at Union Pacific Resources.

    Meehan earned a BSc in physics from the Georgia Institute of Technology, an MSc in petroleum engineering from the University of Oklahoma, and a PhD degree in Petroleum Engineering from Stanford University. He previously served as chairman of the CMG Reservoir Simulation Foundation and as director of the Computer Modelling Group, Vanyoganeft Oil Company, Pinnacle Technologies, SPE Board of Directors, and JOA Oil & Gas BV. He served on advisory boards of the University of Texas and the University of Houston and currently serves on the EME industry relations board at Pennsylvania State, the Interstate Oil and Gas Compact Commission and the Advisory Board of World Oil. He is the recipient of the Lester C. Uren Award for Distinguished Achievement in Petroleum Engineering and the Degolyer Distinguished Service Medal and served as a Distinguished Lecturer. He is a licensed professional engineer in four states and has published scores of papers.

    NATHAN MEEHAN

    GLOBAL CHALLENGES AND OPPORTUNITIES

    SPE President 2016

    ABSTRACT

    In spite of a dramatic reduction in commodity prices, opportunities for profitable exploration and development of new energy resources are abundant. However, the approach to capturing these resources has to be different than in the past. In this presentation Dr. Meehan provides examples of innovations in technology, collaboration and thinking that have enabled breakthroughs and points to four areas where huge gains can be had in the industry.

    The examples include technology issues, breakthrough thinking, and new approaches to social license to operate. Finally, the challenges of global desires to lower carbon emissions are discussed along with the relative risks and opportunities for the oil and gas industry.

  • 14

    PANEL SESSION«Hard-to-Recover Reserves.

    Problems and Solutions»

    Roman Gnilitsky graduated from Tyumen State Oil and Gas University with honors with a specialization in «Development and Exploitation of Oil and Gas Fields» in 2004. He started his professional experience in 2002 as oil and gas production operator at TNK-Nyagan. From 2003–2011, he worked at Tuymen Oil and Gas Institute and dealt with preparation and defence of project process documentation for fields’ development during critical review by the state authorities.

    Roman currently works at Tyumen Petroleum Research Center as chief engineer, West Siberia and Orenburg Projects, and coordinates the issues of design and monitoring of fields’ development.

    EVOLUTION OF ENGINEERING SOLUTIONS ON THE DEVELOPMENT OF HARD-TO-RECOVER RESERVES FROM LOW-PERMEABLE RESERVOIRS OF TYUMEN SUITE OIL RESERVES ON AN EXAMPLE OF KRASNOLENINSKOE OILFIELD

    ROMAN GNILITSKY

    Chief Engineer, West Siberia and Orenburg Projects, Tyumen Petroleum Research Centre

    Mars Khasanov is the leading Russian scientist who has made outstanding contributions to the science and industrial practice of the oil and gas industry. He is an expert in the field of fluid mechanics, applied mathematics, oil field development. Doctor of technical Sciences, Professor.

    The Northwest section of SPE was established with active participation of Mr. Khasanov.

    MARS KHASANOV

    INTEGRATED APPROACH TO UNCONVENTIONAL RESERVES DEVELOPMENT: GAZPROM NEFT EXPERIENCE

    Director of Technology, Upstream, Gazprom Neft, CEO, Gazpromneft STC

    ABSTRACT

    The presentation describes integrated engineering of hard-to-recover reserves at Gazprom Neft. The deliverable – Decision Making Pattern – is informed by top-down reservoir modeling, with cost engineering helping address optimization challenges. Comprehensive analysis of integrated engineering results drives a longer-term technology vision to make expansion into hard-to-recover reserves more efficient.

    OVERVIEWS

    ABSTRACT

    The predominant share of the company portfolio deals with deep-lying, hard-to-recover reserves with extremely unfavorable properties for production, the development of which using traditional methods is unprofitable.

    The goal of this paper is to demonstrate, through a field example, how the opinion regarding the geological structure of model has changed, and the development strategy is optimized during a short period of time. The decisions proposed today are not revolutionary, but they are a logical continuation of the evolutionary chain of technological solutions, while the most efficient of them may be followed.

  • 14

    PANEL SESSION«Hard-to-Recover Reserves.

    Problems and Solutions»

    Roman Gnilitsky graduated from Tyumen State Oil and Gas University with honors with a specialization in «Development and Exploitation of Oil and Gas Fields» in 2004. He started his professional experience in 2002 as oil and gas production operator at TNK-Nyagan. From 2003–2011, he worked at Tuymen Oil and Gas Institute and dealt with preparation and defence of project process documentation for fields’ development during critical review by the state authorities.

    Roman currently works at Tyumen Petroleum Research Center as chief engineer, West Siberia and Orenburg Projects, and coordinates the issues of design and monitoring of fields’ development.

    EVOLUTION OF ENGINEERING SOLUTIONS ON THE DEVELOPMENT OF HARD-TO-RECOVER RESERVES FROM LOW-PERMEABLE RESERVOIRS OF TYUMEN SUITE OIL RESERVES ON AN EXAMPLE OF KRASNOLENINSKOE OILFIELD

    ROMAN GNILITSKY

    Chief Engineer, West Siberia and Orenburg Projects, Tyumen Petroleum Research Centre

    Mars Khasanov is the leading Russian scientist who has made outstanding contributions to the science and industrial practice of the oil and gas industry. He is an expert in the field of fluid mechanics, applied mathematics, oil field development. Doctor of technical Sciences, Professor.

    The Northwest section of SPE was established with active participation of Mr. Khasanov.

    MARS KHASANOV

    INTEGRATED APPROACH TO UNCONVENTIONAL RESERVES DEVELOPMENT: GAZPROM NEFT EXPERIENCE

    Director of Technology, Upstream, Gazprom Neft, CEO, Gazpromneft STC

    ABSTRACT

    The presentation describes integrated engineering of hard-to-recover reserves at Gazprom Neft. The deliverable – Decision Making Pattern – is informed by top-down reservoir modeling, with cost engineering helping address optimization challenges. Comprehensive analysis of integrated engineering results drives a longer-term technology vision to make expansion into hard-to-recover reserves more efficient.

    OVERVIEWS

    ABSTRACT

    The predominant share of the company portfolio deals with deep-lying, hard-to-recover reserves with extremely unfavorable properties for production, the development of which using traditional methods is unprofitable.

    The goal of this paper is to demonstrate, through a field example, how the opinion regarding the geological structure of model has changed, and the development strategy is optimized during a short period of time. The decisions proposed today are not revolutionary, but they are a logical continuation of the evolutionary chain of technological solutions, while the most efficient of them may be followed.

  • 16 17

    PANEL SESSION «Innovation Technologies. New Ideas in New Reality»

    OVERVIEWS

    Alexander Nikonov is a graduate and professor of Moscow Institute of Fine Chemical Technology. He has also worked for the Academy of Sciences of the USSR. Alexander has headed up a number of commercial firms dealing in engineering, industrial safety, ecology and conservation and was elected Vice-President of the Ecological Union of the USSR. He is currently Deputy Chairman, Senior Vice-President and Executive Director of ROMAN CAPITAL Ltd. Alexander is also a member of Scientific Advisory Council of the Civic Chamber of the Russian Federation.

    ALEXANDER NIKONOV

    AN INNOVATIVE APPROACH TO OIL PRODUCTION EFFICIENCY ENHANCEMENT

    Senior Vice President and Executive Director, Roman Capital

    In 1992 Edmund has graduated from Gubkin State Academy of Oil and Gas with honors, with a specialization in “Geology and Exploration of Oil and Gas Fields”, in June 1991 he has received diploma of the assistant translator of the same academy.

    Edmund has more than 23 years’ experience in the oil and gas industry; he was involved in production management and R&D in geophysical equipment engineering, pilot tests of different equipment prototypes, well survey and perforating-explosive operations in Austria and Canada. He also performed complex well survey at different oil platforms in the North Sea - sectors of Great Britain, Denmark, Holland, Atlantic ocean region-coast of Canada and Ireland. At present Edmund is working as R&D Director at ROSGEO .

    EDMUND ONGEMAKH

    ROSGEO INNOVATION TECHNOLOGIES AND SOLUTIONS

    R&D Director, ROSGEO

    Valery Shaposhnikov graduated from Leningrad Ship Building Institute in 1974. He has a PhD in engineering science. In his career, he has served as head of basic chair at Marine Technical University of St. Peterburg; representative of the Russian Federation at the International Congress on durability, structure of ships and marine facilities; member of the scientific and technical council of the Marine Register of the ship building industry; member of the scientific and technical council of the composite cluster of St. Petersburg; and member of the Scientific Council of Krylov State Scientific Center. His honours include ship builder of the Russian Federation, Russian Federation Government award winner in the sphere of science and technology. Valery contributes significantly to the development of applied research methods related to the ships and marine facilities’ durability. More than 30 international projects have been fulfilled under his leadership. He is the author of more than 90 scientific works and holds six patents.

    SCIENTIFIC BASIS FOR REDUCING REGULATED ICE LOAD ON FIXED PLATFORMS AND ICE-GOING VESSELS

    VALERY SHAPOSHNIKOV

    Head of Vessel Durability and Marine Facilities Department, Krylov State Research Center

    ABSTRACT

    The complex application of new technologies helps to reduce production costs of oil production in the conditions of crisis. The research is aimed at creation and introduction in practice of a number of technological solutions under the concept of integrated engineering services for improving the efficiency of field development. The concept includes the use of new technologies of mechanized extraction (gerotor and vibroseismic pumps), wave action on the reservoir, proposed innovative solutions to improve the efficiency of pumps – deparafinization, filters). The use of container equipment for obtaining of high-quality fuel for local use in remote areas also is promising. New catalytic system, based on the results of experimental tests, will allow to create compact equipment for the production of valuable petrochemical products in the conditions of the oil deposit. Integrated use of the above technologies provides the basis for effective development of hard-to-reach areas.

    ABSTRACT

    The scientific basis of the existing regulations on the ice loads assignment was formed a few decades ago. Modern technology and new scientific discoveries assist to reduce estimated value of the ice loads.

    Based on experimental studies of mechanics of deformation and cracking of ice, breaking the ice crushing numerical model has been developed. This model allows physically reliable reproducing of the «ice-structure» interaction process and provides distribution diagrams of the ice pressures, which correspond to the experimental observations.

    The proposed model expands the possibilities of the ice model basin from the point of view of local ice pressures forecast. The Russian Maritime Register of Shipping in the form of the corresponding methodology approved the use of the integrated approach, which combines the physical model experiment and computer simulation. The obtained semi-empirical estimate of the ice pressures reduces the specific content of metal of the ice belt up to 15%.

    The developed methodology focuses on the design of ice-resistant fixed platforms for the development of continental shelf resources. It can be also extended to the design of ice-going vessels.

  • 16 17

    PANEL SESSION «Innovation Technologies. New Ideas in New Reality»

    OVERVIEWS

    Alexander Nikonov is a graduate and professor of Moscow Institute of Fine Chemical Technology. He has also worked for the Academy of Sciences of the USSR. Alexander has headed up a number of commercial firms dealing in engineering, industrial safety, ecology and conservation and was elected Vice-President of the Ecological Union of the USSR. He is currently Deputy Chairman, Senior Vice-President and Executive Director of ROMAN CAPITAL Ltd. Alexander is also a member of Scientific Advisory Council of the Civic Chamber of the Russian Federation.

    ALEXANDER NIKONOV

    AN INNOVATIVE APPROACH TO OIL PRODUCTION EFFICIENCY ENHANCEMENT

    Senior Vice President and Executive Director, Roman Capital

    In 1992 Edmund has graduated from Gubkin State Academy of Oil and Gas with honors, with a specialization in “Geology and Exploration of Oil and Gas Fields”, in June 1991 he has received diploma of the assistant translator of the same academy.

    Edmund has more than 23 years’ experience in the oil and gas industry; he was involved in production management and R&D in geophysical equipment engineering, pilot tests of different equipment prototypes, well survey and perforating-explosive operations in Austria and Canada. He also performed complex well survey at different oil platforms in the North Sea - sectors of Great Britain, Denmark, Holland, Atlantic ocean region-coast of Canada and Ireland. At present Edmund is working as R&D Director at ROSGEO .

    EDMUND ONGEMAKH

    ROSGEO INNOVATION TECHNOLOGIES AND SOLUTIONS

    R&D Director, ROSGEO

    Valery Shaposhnikov graduated from Leningrad Ship Building Institute in 1974. He has a PhD in engineering science. In his career, he has served as head of basic chair at Marine Technical University of St. Peterburg; representative of the Russian Federation at the International Congress on durability, structure of ships and marine facilities; member of the scientific and technical council of the Marine Register of the ship building industry; member of the scientific and technical council of the composite cluster of St. Petersburg; and member of the Scientific Council of Krylov State Scientific Center. His honours include ship builder of the Russian Federation, Russian Federation Government award winner in the sphere of science and technology. Valery contributes significantly to the development of applied research methods related to the ships and marine facilities’ durability. More than 30 international projects have been fulfilled under his leadership. He is the author of more than 90 scientific works and holds six patents.

    SCIENTIFIC BASIS FOR REDUCING REGULATED ICE LOAD ON FIXED PLATFORMS AND ICE-GOING VESSELS

    VALERY SHAPOSHNIKOV

    Head of Vessel Durability and Marine Facilities Department, Krylov State Research Center

    ABSTRACT

    The complex application of new technologies helps to reduce production costs of oil production in the conditions of crisis. The research is aimed at creation and introduction in practice of a number of technological solutions under the concept of integrated engineering services for improving the efficiency of field development. The concept includes the use of new technologies of mechanized extraction (gerotor and vibroseismic pumps), wave action on the reservoir, proposed innovative solutions to improve the efficiency of pumps – deparafinization, filters). The use of container equipment for obtaining of high-quality fuel for local use in remote areas also is promising. New catalytic system, based on the results of experimental tests, will allow to create compact equipment for the production of valuable petrochemical products in the conditions of the oil deposit. Integrated use of the above technologies provides the basis for effective development of hard-to-reach areas.

    ABSTRACT

    The scientific basis of the existing regulations on the ice loads assignment was formed a few decades ago. Modern technology and new scientific discoveries assist to reduce estimated value of the ice loads.

    Based on experimental studies of mechanics of deformation and cracking of ice, breaking the ice crushing numerical model has been developed. This model allows physically reliable reproducing of the «ice-structure» interaction process and provides distribution diagrams of the ice pressures, which correspond to the experimental observations.

    The proposed model expands the possibilities of the ice model basin from the point of view of local ice pressures forecast. The Russian Maritime Register of Shipping in the form of the corresponding methodology approved the use of the integrated approach, which combines the physical model experiment and computer simulation. The obtained semi-empirical estimate of the ice pressures reduces the specific content of metal of the ice belt up to 15%.

    The developed methodology focuses on the design of ice-resistant fixed platforms for the development of continental shelf resources. It can be also extended to the design of ice-going vessels.

  • 18 19

    PANEL SESSION«Well Сonstruction Efficiency

    Improvement Challenges in New Market Reality»

    OVERVIEWS

    Ken has over 25 years of industry experience, 10 years of which was spent working in the Russian Oil & Gas industry.  He has held positions in Drilling Technology, Well Construction Operations, Project Management, Sales and Marketing and Mergers & Acquisitions. Ken holds a master’s degree in Electrical Engineering, a MBA and is pursuing a Doctorate degree in business management. He attained his Project Management Professional (PMP) certification from the Project Management Institute (PMI) and is a licensed Professional Engineer (P.Eng) from APEGA Canada.

    NTEGRATED WELL CONSTRUCTION PROJECTS: DRIVING COST PERFORMANCE THROUGH INCENTIVIZED COMMERCIAL MODELS

    KEN ATERE

    Regional Manager, Project Management for Eurasia Region, Halliburton

    Nikolay Smirnov is a recognized Russian expert in geomechanics that in 2005 founded this discipline for Russian oil and gas industry. He had successfully solved numerous problems in the industry, such as drilling through “chocolate” clays, problems of horizontal wells on Achimov and Jurasic sediments, also looking at Bazhen-Abalak formation development issues, problems of developing shelf prospects with extended reach wells, problems of multistage fracturing, reservoir issues like sanding and many others.  Smirnov started his career in Schlumberger Sedco-Forex in 1997 as a Drilling Engineer, working in West Africa. Throughout his carrier Smirnov was working as senior geomechanics engineer at Holditch-Reservoir Technologies in Houston Texas, which eventually became Data and Consulting services of Schlumberger Technologies. In 2005 Smirnov initiated geomechanics development in Russia as Geomechanics Domain Head for Schlumberger Russia and later expanding to Central Asia. Before coming to Russia Smirnov was developing Geomechanics technology in Beijing, China.

    Nikolay Smirnov had authored and co-authored over 20 technical papers and patents. He graduated from Novosibirsk State University with degree in Geology and Geophysics.

    NIKOLAY SMIRNOV

    ENGINEERING APPROACH OR PLAYING RISK MANAGEMENT

    Chief Engineer, PetroGM

    VASILY LARIONOV

    RECENT TECHNOLOGY SOLUTIONS IN WELL CONSTRUCTION

    Technology Director, Targin

    ABSTRACT

    The value proposition of most integration well construction projects aims to deliver predictable well construction projects through collaborative leadership and risk management. Similar to the application of collaborative leadership engagement between the operator and the integrated project contractor to driving performance in scope and time management, the proven global incentive commercial models best practices can be adopted in the Russian land drilling context to a foster sense of joint commercial responsibility among all stakeholders in the well construction delivery process.

    This paper provides a prescriptive methodology and criteria for the adoption of a «Russianized» version of globally proven incentive commercial models for managed integrated well construction projects, which could potentially ensure that wells are drilled on-budget for customers and profitably for integrated contractors.

    ABSTRACT

    Projects in the oil industry carry significant risks of not being successful, or being not economically sound, for different reasons. In current realities of the oil market and technology, selection of a correct approach to drilling, completion, development and production require internally consistent understanding of the entire chain of the project, at as early as possible stages. In this presentation we are shedding the light on the main ideology-engineering approach and steps, required to accordingly influencing different risks, during the main stages of the life of the field. Engineering approach allows building the right strategy of the main stages and significantly improving economics of the project.

    ABSTRACT

    Currently in Russia the part of horizontal and ERD wells has annual consistent growth. This happens because of increased number of remote oilfields, located especially in Yamal, Caspian region, northern part of Krasnoyarsk region and etc. New offshore projects, as well as prospective projects for unconventional resources significantly increases demand of new next-generation wells. Complexity and costs of development of the oilfield which were mentioned above is always raises the question about feasibility of the projects. Significant part in development of this kind of oilfields is represents by the most recent technologies in directional drilling, completion and other existing technology solutions. Moreover, the cheapest technological solutions are not the most effective in the most of the cases. Implementation of recent technology solutions in combination with manufacturing localization of their components could significantly improve project’s economics.

    In 1999 Vasily graduated from Gubkin Russian State University of Oil and Gas; in 2014 – from the International Business School - Duke Corporate Education.

    Since July 2015 Vasily is Chief Technology Officer at Targin Holding. From 2010 to 2015 he started as Commercial Director in Russia and moved up to director of Global Product Line – Innovation Drilling at Baker Hughes (Russia, USA).

    From 2001 to 2010 Vasily started as Junior Field Engineer and moved up to Director for Central and Eastern Europe, Schlumberger (Russia, Scotland, Norway, Romania and other countries). From 1999 to 2001 he worked as Assistant Driller and was promoted to Chief of Work Over Shop and Sidetracking, Neftestroyservice (Surgut, Russia).

  • 18 19

    PANEL SESSION«Well Сonstruction Efficiency

    Improvement Challenges in New Market Reality»

    OVERVIEWS

    Ken has over 25 years of industry experience, 10 years of which was spent working in the Russian Oil & Gas industry.  He has held positions in Drilling Technology, Well Construction Operations, Project Management, Sales and Marketing and Mergers & Acquisitions. Ken holds a master’s degree in Electrical Engineering, a MBA and is pursuing a Doctorate degree in business management. He attained his Project Management Professional (PMP) certification from the Project Management Institute (PMI) and is a licensed Professional Engineer (P.Eng) from APEGA Canada.

    NTEGRATED WELL CONSTRUCTION PROJECTS: DRIVING COST PERFORMANCE THROUGH INCENTIVIZED COMMERCIAL MODELS

    KEN ATERE

    Regional Manager, Project Management for Eurasia Region, Halliburton

    Nikolay Smirnov is a recognized Russian expert in geomechanics that in 2005 founded this discipline for Russian oil and gas industry. He had successfully solved numerous problems in the industry, such as drilling through “chocolate” clays, problems of horizontal wells on Achimov and Jurasic sediments, also looking at Bazhen-Abalak formation development issues, problems of developing shelf prospects with extended reach wells, problems of multistage fracturing, reservoir issues like sanding and many others.  Smirnov started his career in Schlumberger Sedco-Forex in 1997 as a Drilling Engineer, working in West Africa. Throughout his carrier Smirnov was working as senior geomechanics engineer at Holditch-Reservoir Technologies in Houston Texas, which eventually became Data and Consulting services of Schlumberger Technologies. In 2005 Smirnov initiated geomechanics development in Russia as Geomechanics Domain Head for Schlumberger Russia and later expanding to Central Asia. Before coming to Russia Smirnov was developing Geomechanics technology in Beijing, China.

    Nikolay Smirnov had authored and co-authored over 20 technical papers and patents. He graduated from Novosibirsk State University with degree in Geology and Geophysics.

    NIKOLAY SMIRNOV

    ENGINEERING APPROACH OR PLAYING RISK MANAGEMENT

    Chief Engineer, PetroGM

    VASILY LARIONOV

    RECENT TECHNOLOGY SOLUTIONS IN WELL CONSTRUCTION

    Technology Director, Targin

    ABSTRACT

    The value proposition of most integration well construction projects aims to deliver predictable well construction projects through collaborative leadership and risk management. Similar to the application of collaborative leadership engagement between the operator and the integrated project contractor to driving performance in scope and time management, the proven global incentive commercial models best practices can be adopted in the Russian land drilling context to a foster sense of joint commercial responsibility among all stakeholders in the well construction delivery process.

    This paper provides a prescriptive methodology and criteria for the adoption of a «Russianized» version of globally proven incentive commercial models for managed integrated well construction projects, which could potentially ensure that wells are drilled on-budget for customers and profitably for integrated contractors.

    ABSTRACT

    Projects in the oil industry carry significant risks of not being successful, or being not economically sound, for different reasons. In current realities of the oil market and technology, selection of a correct approach to drilling, completion, development and production require internally consistent understanding of the entire chain of the project, at as early as possible stages. In this presentation we are shedding the light on the main ideology-engineering approach and steps, required to accordingly influencing different risks, during the main stages of the life of the field. Engineering approach allows building the right strategy of the main stages and significantly improving economics of the project.

    ABSTRACT

    Currently in Russia the part of horizontal and ERD wells has annual consistent growth. This happens because of increased number of remote oilfields, located especially in Yamal, Caspian region, northern part of Krasnoyarsk region and etc. New offshore projects, as well as prospective projects for unconventional resources significantly increases demand of new next-generation wells. Complexity and costs of development of the oilfield which were mentioned above is always raises the question about feasibility of the projects. Significant part in development of this kind of oilfields is represents by the most recent technologies in directional drilling, completion and other existing technology solutions. Moreover, the cheapest technological solutions are not the most effective in the most of the cases. Implementation of recent technology solutions in combination with manufacturing localization of their components could significantly improve project’s economics.

    In 1999 Vasily graduated from Gubkin Russian State University of Oil and Gas; in 2014 – from the International Business School - Duke Corporate Education.

    Since July 2015 Vasily is Chief Technology Officer at Targin Holding. From 2010 to 2015 he started as Commercial Director in Russia and moved up to director of Global Product Line – Innovation Drilling at Baker Hughes (Russia, USA).

    From 2001 to 2010 Vasily started as Junior Field Engineer and moved up to Director for Central and Eastern Europe, Schlumberger (Russia, Scotland, Norway, Romania and other countries). From 1999 to 2001 he worked as Assistant Driller and was promoted to Chief of Work Over Shop and Sidetracking, Neftestroyservice (Surgut, Russia).

  • 20 21

    TECHNICAL PROGRAMMETECHNICAL PROGRAMME

    Programme correct as of May, 13 2016. All author names, companies and paper titles are listed as submitted to SPE. Programme correct as of May, 13 2016. All author names, companies and paper titles are listed as submitted to SPE.

    TECHNICAL SESSION «SHELF DEVELOPMENT EXPERIENCE AND PROSPECTS»

    181898Gas Production Optimization for Two Offshore Fields Based on Integrated Model

    M. Karamzin, S. Buchinsky, A. Yushkov, Tyumen Petroleum Research Center

    181901New Vision: IC TAML5 Wells on Caspian Offshore. Reasons, Implementation and Results

    D. Eliseev, M. Golenkin, LUKOIL

    181902A New Method of Joined Inversion of Seismic and Electromagnetic (Magnetotelluric) Data for Uncovering of Perspective Structures at the Shelf

    N. Bobrov, D. Molodtsov, Geology Center, St. Petersburg University; V. Polovkov, St. Petersburg University

    181904«Vaguely Right or Precisely Wrong?»: Making Probabilistic Cost, Time and Performance Estimates for Bluefields Appraisal

    D. Surovtsev, Schlumberger; A. Sungurov, Rystad Energy

    182146 Offshore Seismic Technology for Geological Drilling Hazards Assessment

    M. Tokarev, Geology Faculty, Lomonosov MSU; Ya. Terekhina, Oil and Gas Center, Lomonosov MSU

    181900Horizontal Wells Permanent Downhole Monitoring to Optimize Carbonate Reservoir Development

    S. Melnikov, A. Ipatov, D. Gulyaev, A. Simakov,