«THE END OF THE OIL ERA IS STILL FAR AWAY...»(LE ‘PEAK OIL’ N’EST PLUS VRAIMENT D’ACTUALITÉ...)

Christophe de Margerie

PLATINUM SPONSORPLATINUM SPONSOR GOLD SPONSOR

YOUNG PROFESSIONAL PROGRAMME SPONSOR

SPONSORS

SOCIALLY RESPONSIBLE SPONSOR

SPE RUSSIAN PETROLEUM TECHNOLOGY CONFERENCE

26–28 October 2015 | InfoSpace, Moscow, Russia

CONFERENCE PREVIEW

2 1

Pascal Dauboin Total E&P Russie

Alexander Shandrygin DeGolyer and MacNaughton Corp.

Mikhail Chertenkov LUKOIL-Engineering

Dear Colleague,

We are pleased to invite you to participate in the SPE Russian Petroleum Technical Conference, to be held 26–28 October 2015 in Moscow, Russia. Traditionally, the programme committee chooses the motto that sets the tone of the conference. This year they have selected a quotation by Christophe de Margerie, “The end of the oil era is still far away...” (Le peak oil n’est plus vraiment d’actualité...).

It is no revelation to say that the time of “easy” oil and gas is over for all countries including Russia. The complexity of production increases every year and resource depletion becomes more prevalent for the industry. However, replacement of major hydrocarbon resources, or their complete elimination in the energy mix of today’s world is impossible. Oil and gas companies are actively exploring offshore, in remote and autonomous fields, in hard to recover reserves and searching for the new reserves. They also build partnerships to tackle the increasingly difficult challenges they have to face. To meet their objectives, companies require the most modern equipment, software, effective production techniques, and emerging technologies. The current industry demands are reflected in the list of the conference technical categories:

• Brownfields: Efficient Production• Search of New Reserves. New in Direction Exploration• Fast Tracking Field Development• R&D and Innovations for Hydrocarbon Exploration and Production• Advanced Equipment, Materials and Software• Oil and Gas Production Equipment and Technologies, etc.

The SPE Russian Petroleum Technical Conference welcomes experienced specialists, experts from oil and gas companies, and university researchers, as well as novice specialists and students. SPE has organized several events in conjunction with the conference for the next generation of leaders in our field: a Young Professional Session, a Regional Student Paper Contest, and an Energy4me workshop for teachers.

We cordially invite you to take part in the conference where you will give the opportunity to learn about the latest industry technologies as well as discuss interesting topics and share your achievements and ideas with colleagues in the plenary sessions, 20 technical sessions, knowledge sharing eposter sessions, round tables, and topical luncheons.

We are looking forward to welcoming you at the SPE conference!

Pascal Dauboin, Total E&P RussieMikhail Chertenkov, LUKOIL-EngineeringAlexander Shandrygin, DeGolyer and MacNaughton Corp.

WELCOME FROM THE PROGRAMME COMMITTEE COCHAIRS

• • • Т

CONTENTS

Welcome from the programme committee cochairs 1

SPE Russia and Caspian Advisory committee 2

Programme committee 3

Event highlights 4

Schedule of events overview 6

Plenary sessions summary 7

Topical lunch overviews 8

Technical programme 16 Training courses 26

Registration information 29

Terms and conditions 30

Travel and accommodation 31

2 1

Pascal Dauboin Total E&P Russie

Alexander Shandrygin DeGolyer and MacNaughton Corp.

Mikhail Chertenkov LUKOIL-Engineering

Dear Colleague,

We are pleased to invite you to participate in the SPE Russian Petroleum Technical Conference, to be held 26–28 October 2015 in Moscow, Russia. Traditionally, the programme committee chooses the motto that sets the tone of the conference. This year they have selected a quotation by Christophe de Margerie, “The end of the oil era is still far away...” (Le peak oil n’est plus vraiment d’actualité...).

It is no revelation to say that the time of “easy” oil and gas is over for all countries including Russia. The complexity of production increases every year and resource depletion becomes more prevalent for the industry. However, replacement of major hydrocarbon resources, or their complete elimination in the energy mix of today’s world is impossible. Oil and gas companies are actively exploring offshore, in remote and autonomous fields, in hard to recover reserves and searching for the new reserves. They also build partnerships to tackle the increasingly difficult challenges they have to face. To meet their objectives, companies require the most modern equipment, software, effective production techniques, and emerging technologies. The current industry demands are reflected in the list of the conference technical categories:

• Brownfields: Efficient Production• Search of New Reserves. New in Direction Exploration• Fast Tracking Field Development• R&D and Innovations for Hydrocarbon Exploration and Production• Advanced Equipment, Materials and Software• Oil and Gas Production Equipment and Technologies, etc.

The SPE Russian Petroleum Technical Conference welcomes experienced specialists, experts from oil and gas companies, and university researchers, as well as novice specialists and students. SPE has organized several events in conjunction with the conference for the next generation of leaders in our field: a Young Professional Session, a Regional Student Paper Contest, and an Energy4me workshop for teachers.

We cordially invite you to take part in the conference where you will give the opportunity to learn about the latest industry technologies as well as discuss interesting topics and share your achievements and ideas with colleagues in the plenary sessions, 20 technical sessions, knowledge sharing eposter sessions, round tables, and topical luncheons.

We are looking forward to welcoming you at the SPE conference!

Pascal Dauboin, Total E&P RussieMikhail Chertenkov, LUKOIL-EngineeringAlexander Shandrygin, DeGolyer and MacNaughton Corp.

WELCOME FROM THE PROGRAMME COMMITTEE COCHAIRS

• • • Т

CONTENTS

Welcome from the programme committee cochairs 1

SPE Russia and Caspian Advisory committee 2

Programme committee 3

Event highlights 4

Schedule of events overview 6

Plenary sessions summary 7

Topical lunch overviews 8

Technical programme 16 Training courses 26

Registration information 29

Terms and conditions 30

Travel and accommodation 31

2 3

SPE RUSSIA AND CASPIAN ADVISORY COMMITTEE PROGRAMME COMMITTEE

• Pascal Dauboin Total E&P Russie, Programme Committee Cochair

• Mikhail Chertenkov LUKOIL-Engineering, Programme Committee Cochair

• Alexander Shandrygin DeGolyer and MacNaughton Corp., Programme Committee Cochair

• Anton Ablaev Schlumberger

• Irina Bobb NTC Tatneft

• Dmitry Bogdanov GeoKIN

• Krešo Kurt Butula Schlumberger Russia & Central Asia

• Stanislav Buchinsky TNNC

• Marwan Charara Skoltech

• Michael Dommenz KCA DEUTAG DRILLING GMBH

• Andrey Evdokimov Targin

• Dmitry Eydinov Rock Flow Dynamics

• Konstantin Fedorov Academy of Oil and Gas Engineering

• Roman Gavrilov HSE Committee of Russian Union of Industrialists and Entrepreneurs, Union of HSE Professionals

• Mikhail Gelfgat Weatherford

• Andrei Kharitonov Halliburton

• Sergey Kolbikov NOVATEK

• Dmitry Korost Lomonosov MSU

• Mikhail Kravtsov OZNA-Management

• Vyacheslav Kretsul Schlumberger

• Oleg Loznyuk Rosneft

• Sergey Monastyrev SibSAC

• Аlexander Muravyev Weatherford

• Alexander Oganov Association of Drilling Contractors

• Edmund Ongemakh Weatherford

• Konstantin Rymarenko Reservoir Engineering Advisor

• Sergey Ryabov Technologies of Safety

• Assel Salimova Baker Hughes

• Gennady Sarkisov Roxar

• Alexander Sitnikov Gazpromneft STC

• Vladimir Sledkov LUKOIL-Engineering

• Tatyana Smagina TNNC

• Nikolay Smirnov Petro GM

• Alexander Timchuk ZapSibNIIGG

• Rim Valiullin GeoTEK, Bashkir State University

• Sergey Vereschagin Schlumberger

• Anton Yushkov TNNC

• Vladislav Zhukov Gazpromneft STC

• Vladimir Mulyak

LUKOIL Vice-President, Science and Technology, LUKOILCEO, LUKOIL-EngineeringSPE Advisory Committee Co-Chair

• Gokhan SaygiSchlumbergerPresident Russia and Central AsiaSPE Advisory Committee Co-Chair

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

• Irina Bobb NTC Tatneft Director

• Renaud Gauchet Total E&P RussieGeosciences Director

• Kenzhebek IbrashevKAZENERGYAdviser to ChairmanGeneral Director, KazMunayTeniz Offshore projects

• Mars Khasanov Gazpromneft NTCDirector for Technology Development, Gazprom NeftCEO, Gazpromneft NTC

• Hans Klampferer WeatherfordVice President Russia

• Sergey Kolbikov NOVATEKHead of Field Development Forecast and Monitoring Division

• Vladimir Litvinenko National Mineral Resources UniversityRector

• Viktor Martynov Gubkin Russian State Oil and Gas UniversityRector

• 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

• Igor Shpurov State Committee on ReservesCEO

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

• Richard Syms BPVice President Exploration and Production

• Mikhail Tokarev Moscow State University, Oil &Gas CenterCEO

2 3

SPE RUSSIA AND CASPIAN ADVISORY COMMITTEE PROGRAMME COMMITTEE

• Pascal Dauboin Total E&P Russie, Programme Committee Cochair

• Mikhail Chertenkov LUKOIL-Engineering, Programme Committee Cochair

• Alexander Shandrygin DeGolyer and MacNaughton Corp., Programme Committee Cochair

• Anton Ablaev Schlumberger

• Irina Bobb NTC Tatneft

• Dmitry Bogdanov GeoKIN

• Krešo Kurt Butula Schlumberger Russia & Central Asia

• Stanislav Buchinsky TNNC

• Marwan Charara Skoltech

• Michael Dommenz KCA DEUTAG DRILLING GMBH

• Andrey Evdokimov Targin

• Dmitry Eydinov Rock Flow Dynamics

• Konstantin Fedorov Academy of Oil and Gas Engineering

• Roman Gavrilov HSE Committee of Russian Union of Industrialists and Entrepreneurs, Union of HSE Professionals

• Mikhail Gelfgat Weatherford

• Andrei Kharitonov Halliburton

• Sergey Kolbikov NOVATEK

• Dmitry Korost Lomonosov MSU

• Mikhail Kravtsov OZNA-Management

• Vyacheslav Kretsul Schlumberger

• Oleg Loznyuk Rosneft

• Sergey Monastyrev SibSAC

• Аlexander Muravyev Weatherford

• Alexander Oganov Association of Drilling Contractors

• Edmund Ongemakh Weatherford

• Konstantin Rymarenko Reservoir Engineering Advisor

• Sergey Ryabov Technologies of Safety

• Assel Salimova Baker Hughes

• Gennady Sarkisov Roxar

• Alexander Sitnikov Gazpromneft STC

• Vladimir Sledkov LUKOIL-Engineering

• Tatyana Smagina TNNC

• Nikolay Smirnov Petro GM

• Alexander Timchuk ZapSibNIIGG

• Rim Valiullin GeoTEK, Bashkir State University

• Sergey Vereschagin Schlumberger

• Anton Yushkov TNNC

• Vladislav Zhukov Gazpromneft STC

• Vladimir Mulyak

LUKOIL Vice-President, Science and Technology, LUKOILCEO, LUKOIL-EngineeringSPE Advisory Committee Co-Chair

• Gokhan SaygiSchlumbergerPresident Russia and Central AsiaSPE Advisory Committee Co-Chair

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

• Irina Bobb NTC Tatneft Director

• Renaud Gauchet Total E&P RussieGeosciences Director

• Kenzhebek IbrashevKAZENERGYAdviser to ChairmanGeneral Director, KazMunayTeniz Offshore projects

• Mars Khasanov Gazpromneft NTCDirector for Technology Development, Gazprom NeftCEO, Gazpromneft NTC

• Hans Klampferer WeatherfordVice President Russia

• Sergey Kolbikov NOVATEKHead of Field Development Forecast and Monitoring Division

• Vladimir Litvinenko National Mineral Resources UniversityRector

• Viktor Martynov Gubkin Russian State Oil and Gas UniversityRector

• 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

• Igor Shpurov State Committee on ReservesCEO

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

• Richard Syms BPVice President Exploration and Production

• Mikhail Tokarev Moscow State University, Oil &Gas CenterCEO

EVENT HIGHLIGHTS EVENT HIGHLIGHTS

1. Advanced Equipment, Materials and Software for Oil and Gas Exploration and Production – Developments, Experience and Application in Russia

2. Drilling Rigs and Specialized Equipment

3. Remote and Autonomous Fields’ Development

4. Search of New Reserves. New in Direction Exploration

5. Fast Tracking Field Development

CONFERENCE HIGHLIGHTS

6. Experience and Prospects of the Shelf Development

7. Hard-To-Recover Reserves

8. Well Construction – Drilling and Completion

9. Oil and Gas Production – Equipment and Technologies

10. Field Development Monitoring and Control

11. R&D and Innovations for Hydrocarbon Exploration and Production

12. Static, Dynamic and Geomechanical Modeling. Software

13. New Opportunities for Brownfields

14. An Integrated Approach to Gas and Gas-Condensate Field Development

15. Formation Evaluation

16. Smart field. Technology challenges

17. HSE

ROUND TABLE «NEW RULES FOR HYDROCARBONS FIELDS’ DEVELOPMENT AND FDP DESIGN AND THEIR IMPACT ON THE SUBSOIL USAGE IN RUSSIA»MONDAY, 26 OCTOBER

TOPICAL LUNCHEONSTopical luncheons will be taking place throughout the event, to book your place and for more information please mark appropriate field in the registration form.

MONDAY, 26 OCTOBER

TUESDAY,27 OCTOBER

TOPIC: Exploration Efficiency and Incentive Scheme

PRESENTED BY: Dmitry Bogdanov, Executive director, GeoKIN

TOPIC: Clay-Fines-Migration-Assisted Low-Salinity Oil and Gas Recovery: a formation damage may enhance recovery and production

PRESENTED BY: Pavel Bedrikovetsky, Professor, University of Adelaide

ROUND TABLE «EOR PHYSICO-CHEMICAL METHODS» TUESDAY, 27 OCTOBER

Rational and effective exploitation of hydrocarbons fields is one of the most important factors in the development of the Russian Federation in the short and long term. Several decades has already been passed since the approval of the existing field development rules. Progress in technology and technique of natural hydrocarbons fields development and oil and gas production, changing economic conditions in the country’s oil and gas industry and the adoption of a new classification of hydrocarbon reserves requires serious updating rules mining hydrocarbons. The same reasons cause the need to amend the rules of field development plan preparation. During the round table the main provisions of the new rules development of hydrocarbon field development and FDP design will be presented. We plan also to discuss most important moments of implementation of these rules, as well as their impact on improving the efficiency of subsoil usage in Russia.

Chemicals are widely used in oil and gas production. According to specific application areas chemicals can be classified into two groups: waterflood management and enhance oil recovery. First group is common for Russian oil and gas practices while use of EOR chemicals is limited. Papers presented at the round table will contain analysis of both groups and focus of discussion will be on core phases of development and implementation of such projects.

SPE Russian Petroleum Technology Conference 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.

SPE REGIONAL AWARDS CEREMONY

This event will take place on 26 October during reception.

UNDERGRADUATE/POSTGRADUATE STUDENT PAPER CONTEST

There will be two divisions: undergraduate contest (28 October) and postgraduate contest (Diploma and Candidate, 29 October).

The Student Paper Contest highlights SPE’s global links with Universities and student support groups around the world.

The winner of each division is invited to attend the international SPE student paper contest to be held at the 2016 SPE Annual Technical Conference & Exhibition in Dubai, UAE. All travel expenses and accommodation will be covered by SPE.

For further information please contact Yaroslava Orlova, SPE Moscow office, at spemos@spe.org or +7 495 268 0454

YOUNG PROFESSIONAL SPECIAL TECHNICAL SESSION

Spearheaded by Russia and Caspian SPE Advisory Committee, SPE will hold traditional special Young Professionals Technical Session at the SPE Russian Petroleum Technology Conference. SPE invited the winners (first to third places) of internal corporate young professionals’ contests to speak. These contests are held 2014 to 2015 in Russian and Caspian oil and gas and service companies.

ENERGY4ME (workshop for regular school teachers)

In order to address the challenges of big crew change SPE has launched the Energy4me programme worldwide to enhance energy education in schools, increase public awareness about the oil and gas industry and help to attract young people to the industry.

Energy4me Teacher Workshop was for the first time held in Russia during SPE conference in 2014. The workshop was attended by fourteen middle and secondary school teachers from all across Russia who had an opportunity to try things out and conduct practical experiments in small groups.

We are pleased to announce that registration for the workshop is open. Deadline for registration is 11 September 2015. Workshop is free for teachers. For further information please contact Mariya Tishkova, SPE Moscow office, at mtishkova@spe.org or +7 495 268 0454

SPECIAL SESSION«OIL AND GAS LEGENDS»TUESDAY, 27 OCTOBER

SPE will hold evening special session “Oil and Gas Legends” where Russian Honored industry experts such as Valery Graifer, Valentine Kolbikov, Valentine Kudinov are invited to speak about the most favorite and interesting moments and memorials of their professional life.

4 5

SUPPORTED BY GUBKIN STATE OIL AND GAS UNIVERSITY

SUPPORTED BY GUBKIN STATE OIL AND GAS UNIVERSITY

EVENT HIGHLIGHTS EVENT HIGHLIGHTS

1. Advanced Equipment, Materials and Software for Oil and Gas Exploration and Production – Developments, Experience and Application in Russia

2. Drilling Rigs and Specialized Equipment

3. Remote and Autonomous Fields’ Development

4. Search of New Reserves. New in Direction Exploration

5. Fast Tracking Field Development

CONFERENCE HIGHLIGHTS

6. Experience and Prospects of the Shelf Development

7. Hard-To-Recover Reserves

8. Well Construction – Drilling and Completion

9. Oil and Gas Production – Equipment and Technologies

10. Field Development Monitoring and Control

11. R&D and Innovations for Hydrocarbon Exploration and Production

12. Static, Dynamic and Geomechanical Modeling. Software

13. New Opportunities for Brownfields

14. An Integrated Approach to Gas and Gas-Condensate Field Development

15. Formation Evaluation

16. Smart field. Technology challenges

17. HSE

ROUND TABLE «NEW RULES FOR HYDROCARBONS FIELDS’ DEVELOPMENT AND FDP DESIGN AND THEIR IMPACT ON THE SUBSOIL USAGE IN RUSSIA»MONDAY, 26 OCTOBER

TOPICAL LUNCHEONSTopical luncheons will be taking place throughout the event, to book your place and for more information please mark appropriate field in the registration form.

MONDAY, 26 OCTOBER

TUESDAY,27 OCTOBER

TOPIC: Exploration Efficiency and Incentive Scheme

PRESENTED BY: Dmitry Bogdanov, Executive director, GeoKIN

TOPIC: Clay-Fines-Migration-Assisted Low-Salinity Oil and Gas Recovery: a formation damage may enhance recovery and production

PRESENTED BY: Pavel Bedrikovetsky, Professor, University of Adelaide

ROUND TABLE «EOR PHYSICO-CHEMICAL METHODS» TUESDAY, 27 OCTOBER

Rational and effective exploitation of hydrocarbons fields is one of the most important factors in the development of the Russian Federation in the short and long term. Several decades has already been passed since the approval of the existing field development rules. Progress in technology and technique of natural hydrocarbons fields development and oil and gas production, changing economic conditions in the country’s oil and gas industry and the adoption of a new classification of hydrocarbon reserves requires serious updating rules mining hydrocarbons. The same reasons cause the need to amend the rules of field development plan preparation. During the round table the main provisions of the new rules development of hydrocarbon field development and FDP design will be presented. We plan also to discuss most important moments of implementation of these rules, as well as their impact on improving the efficiency of subsoil usage in Russia.

Chemicals are widely used in oil and gas production. According to specific application areas chemicals can be classified into two groups: waterflood management and enhance oil recovery. First group is common for Russian oil and gas practices while use of EOR chemicals is limited. Papers presented at the round table will contain analysis of both groups and focus of discussion will be on core phases of development and implementation of such projects.

SPE Russian Petroleum Technology Conference 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.

SPE REGIONAL AWARDS CEREMONY

This event will take place on 26 October during reception.

UNDERGRADUATE/POSTGRADUATE STUDENT PAPER CONTEST

There will be two divisions: undergraduate contest (28 October) and postgraduate contest (Diploma and Candidate, 29 October).

The Student Paper Contest highlights SPE’s global links with Universities and student support groups around the world.

The winner of each division is invited to attend the international SPE student paper contest to be held at the 2016 SPE Annual Technical Conference & Exhibition in Dubai, UAE. All travel expenses and accommodation will be covered by SPE.

For further information please contact Yaroslava Orlova, SPE Moscow office, at spemos@spe.org or +7 495 268 0454

YOUNG PROFESSIONAL SPECIAL TECHNICAL SESSION

Spearheaded by Russia and Caspian SPE Advisory Committee, SPE will hold traditional special Young Professionals Technical Session at the SPE Russian Petroleum Technology Conference. SPE invited the winners (first to third places) of internal corporate young professionals’ contests to speak. These contests are held 2014 to 2015 in Russian and Caspian oil and gas and service companies.

ENERGY4ME (workshop for regular school teachers)

In order to address the challenges of big crew change SPE has launched the Energy4me programme worldwide to enhance energy education in schools, increase public awareness about the oil and gas industry and help to attract young people to the industry.

Energy4me Teacher Workshop was for the first time held in Russia during SPE conference in 2014. The workshop was attended by fourteen middle and secondary school teachers from all across Russia who had an opportunity to try things out and conduct practical experiments in small groups.

We are pleased to announce that registration for the workshop is open. Deadline for registration is 11 September 2015. Workshop is free for teachers. For further information please contact Mariya Tishkova, SPE Moscow office, at mtishkova@spe.org or +7 495 268 0454

SPECIAL SESSION«OIL AND GAS LEGENDS»TUESDAY, 27 OCTOBER

SPE will hold evening special session “Oil and Gas Legends” where Russian Honored industry experts such as Valery Graifer, Valentine Kolbikov, Valentine Kudinov are invited to speak about the most favorite and interesting moments and memorials of their professional life.

4 5

SUPPORTED BY GUBKIN STATE OIL AND GAS UNIVERSITY

SUPPORTED BY GUBKIN STATE OIL AND GAS UNIVERSITY

6

SCHEDULE OF EVENTS OVERVIEW PLENARY SESSIONS SUMMARY

DAY 1. 26 OCTOBER 2015

DAY 2. 27 OCTOBER 2015

DAY 3. 28 OCTOBER 2015

ROOM 1 ROOM 2 ROOM 3 ROOM 4 ROOM 5 ROOM 60830–1730 REGISTRATION OPEN

1000–1200PLENARY SESSION: Development Perspectives and Priorities of the Oil and Gas Industry in Russia

1230–1330 Topical LuncheonKnowledge Sha ring ePoster presentations

Knowledge Sha ring ePoster presentations

1330–1530 Technical Session 1

Technical Session 2

Technical Session 3

TechnicalSession 4

1530–1600 Round Table “New Rules for Hydrocarbons Fields’ Development and FDP Design and Their Impact on the Subsoil Usage in Russia” (start at 1600)

Knowledge Sha ring ePoster presentations

Knowledge Sha ring ePoster presentations

1600–1800 Technical Session 5

Technical Session 6

Technical Session 7

1800–2000 RECEPTION. SPE REGIONAL AWARDS CEREMONY

ROOM 1 ROOM 2 ROOM 3 ROOM 4 ROOM 5 ROOM 60830–1730 REGISTRATION OPEN

1000–1200PANEL SESSION on R&D and Innovations for Oil and Gas Industry «From Scientific Idea to Technology Implementation»

1230–1330 Topical LuncheonKnowledge Sha ring ePoster presentations

Knowledge Sha ring ePoster presentations

1330–1530 Technical Session 8

Technical Session 9

Technical Session 10

1530–1600 Round Table “EOR Physico-Chemical Methods”(start at 1500)

Knowledge Sha ring ePoster presentations

Knowledge Sha ring ePoster presentations

1600–1800 Technical Session 11

Technical Session 12

Technical Session 13

1800–2000 SPECIAL SESSION “OIL AND GAS LEGENDS”

ROOM 1 ROOM 2 ROOM 3 ROOM 4 ROOM 5 ROOM 60830–1500 REGISTRATION OPEN

1000–1200PANEL SESSION: Hydrocarbon Source Rocks: Exploration, Evaluation and Production Technologies

Technical Session 14

1200–1300

YOUNG PROFESSIONALS SPECIALSESSION

Knowledge Sha ring ePoster presentations

Knowledge Sha ring ePoster presentations

1300–1500 Technical Session 15

Technical Session16

Technical Session 17

1500–1600 Knowledge Sha ring ePoster presentations

Knowledge Sha ring ePoster presentations

1600–1800 Technical Session18

Technical Session 19

Technical Session 20

PLENARYSESSION 1

MONDAY, 26 OCTOBER 1000–1200

PANEL SESSION ON R&D AND INNOVATIONS FOR OIL AND GAS INDUSTRY

TUESDAY, 27 OCTOBER1000–1200

PANEL SESSION WEDNESDAY, 28 OCTOBER 1000–1200

«DEVELOPMENT PERSPECTIVES AND PRIORITIES OF THE OIL AND GAS INDUSTRY IN RUSSIA»

«FROM SCIENTIFIC IDEA TO TECHNOLOGY IMPLEMENTATION»

«HYDROCARBON SOURCE ROCKS: EXPLORATION, EVALUATION AND PRODUCTION TECHNOLOGIES»

SESSION MODERATORS:Mikhail Chertenkov, LUKOIL-Engineering

Pascal Dauboin, Total E&P Russie

SESSION MODERATORS:Mikhail Gelfgat, Weatherford

Vladimir Sledkov, LUKOIL-Engineering

SESSION MODERATORS:Igor Shpurov, State committeeon Reserves

Alexander Timchuk, ZapSibNIIGG

THE VITAL ROLE OF COLLABORATIVE TECHNOLOGY DEVELOPMENT AND HOW TO MAKE IT EFFECTIVE FOR THE INDUSTRY PRESENTED BY: Patrick O’Brien, CEO, ITF

NEW TECHNOLOGIES OF OIL PRODUCTION ENHANCEMENT DEVELOPED IN THE GUBKIN RUSSIAN STATE OIL AND GAS UNIVERSITY PRESENTED BY: Mikhail Silin, Vice-Rector of Innovations and Commercialization, Gubkin Russian State University of Oil and Gas

HOW TO TURN AN INNOVATIVE IDEA INTO A BUSINESS OPPORTUNITY IN THE OIL AND GAS INDUSTRYPRESENTED BY: Marat Zaydullin, Head of Oil and Gas Center, Skolkovo

INNOVATIONS IN RUSSIAN OILFIELD INDUSTRYPRESENTED BY: Marina Bulova, Director, Schlumberger Moscow Research Center

ASPECTS OF PROSPECTING AND EXPLORATION STAGES OF UNCONVENTIONAL OIL RESERVOIRS STUDYPRESENTED BY: Vladislav Zhukov, Head of Unconventional Projects Department, Gazpromneft STC

NEW APPROACHES TO SOURCE ROCK EXAMINATION BY CORE MATERIAL AND DRILLING SLUDGE PRESENTED BY: Yan Gilmanov, Expert on Petrophysical Study, Core Research Center, TNNC

CSP-PRM: EXPLORATION AND RESERVOIR MANAGEMENT OF BAZHENOV FORMATIONPRESENTED BY: Gennady Erokhin, Technical Director, Tehnologii Obratnyh Zadach

MULTISTAGE FRACTURING IN HORIZONTAL WELLS. TECHNOLOGY AND CASE STUDIESPRESENTED BY: Mikhail Samoilov, Head of Project and Engineering Group, «Upstream Peer Review and Technical Development Center» in Tyumen, Rosneft

WELCOME SPEECH: Denis Khramov, 1st Deputy Minister, Ministry of Natural Resources and Environment of the Russian Federation.

MANAGING THE FUTURE CHALLENGES OF RUSSIAN RESERVOIRS: AN EXAMPLE FROM STATOILPRESENTED BY: Torgeir Kydland, President, Statoil Russia

INNOVATION AND COLLABORATION PRESENTED BY: Nathan Meehan, SPE President 2016

7

6

SCHEDULE OF EVENTS OVERVIEW PLENARY SESSIONS SUMMARY

DAY 1. 26 OCTOBER 2015

DAY 2. 27 OCTOBER 2015

DAY 3. 28 OCTOBER 2015

ROOM 1 ROOM 2 ROOM 3 ROOM 4 ROOM 5 ROOM 60830–1730 REGISTRATION OPEN

1000–1200PLENARY SESSION: Development Perspectives and Priorities of the Oil and Gas Industry in Russia

1230–1330 Topical LuncheonKnowledge Sha ring ePoster presentations

Knowledge Sha ring ePoster presentations

1330–1530 Technical Session 1

Technical Session 2

Technical Session 3

TechnicalSession 4

1530–1600 Round Table “New Rules for Hydrocarbons Fields’ Development and FDP Design and Their Impact on the Subsoil Usage in Russia” (start at 1600)

Knowledge Sha ring ePoster presentations

Knowledge Sha ring ePoster presentations

1600–1800 Technical Session 5

Technical Session 6

Technical Session 7

1800–2000 RECEPTION. SPE REGIONAL AWARDS CEREMONY

ROOM 1 ROOM 2 ROOM 3 ROOM 4 ROOM 5 ROOM 60830–1730 REGISTRATION OPEN

1000–1200PANEL SESSION on R&D and Innovations for Oil and Gas Industry «From Scientific Idea to Technology Implementation»

1230–1330 Topical LuncheonKnowledge Sha ring ePoster presentations

Knowledge Sha ring ePoster presentations

1330–1530 Technical Session 8

Technical Session 9

Technical Session 10

1530–1600 Round Table “EOR Physico-Chemical Methods”(start at 1500)

Knowledge Sha ring ePoster presentations

Knowledge Sha ring ePoster presentations

1600–1800 Technical Session 11

Technical Session 12

Technical Session 13

1800–2000 SPECIAL SESSION “OIL AND GAS LEGENDS”

ROOM 1 ROOM 2 ROOM 3 ROOM 4 ROOM 5 ROOM 60830–1500 REGISTRATION OPEN

1000–1200PANEL SESSION: Hydrocarbon Source Rocks: Exploration, Evaluation and Production Technologies

Technical Session 14

1200–1300

YOUNG PROFESSIONALS SPECIALSESSION

Knowledge Sha ring ePoster presentations

Knowledge Sha ring ePoster presentations

1300–1500 Technical Session 15

Technical Session16

Technical Session 17

1500–1600 Knowledge Sha ring ePoster presentations

Knowledge Sha ring ePoster presentations

1600–1800 Technical Session18

Technical Session 19

Technical Session 20

PLENARYSESSION 1

MONDAY, 26 OCTOBER 1000–1200

PANEL SESSION ON R&D AND INNOVATIONS FOR OIL AND GAS INDUSTRY

TUESDAY, 27 OCTOBER1000–1200

PANEL SESSION WEDNESDAY, 28 OCTOBER 1000–1200

«DEVELOPMENT PERSPECTIVES AND PRIORITIES OF THE OIL AND GAS INDUSTRY IN RUSSIA»

«FROM SCIENTIFIC IDEA TO TECHNOLOGY IMPLEMENTATION»

«HYDROCARBON SOURCE ROCKS: EXPLORATION, EVALUATION AND PRODUCTION TECHNOLOGIES»

SESSION MODERATORS:Mikhail Chertenkov, LUKOIL-Engineering

Pascal Dauboin, Total E&P Russie

SESSION MODERATORS:Mikhail Gelfgat, Weatherford

Vladimir Sledkov, LUKOIL-Engineering

SESSION MODERATORS:Igor Shpurov, State committeeon Reserves

Alexander Timchuk, ZapSibNIIGG

THE VITAL ROLE OF COLLABORATIVE TECHNOLOGY DEVELOPMENT AND HOW TO MAKE IT EFFECTIVE FOR THE INDUSTRY PRESENTED BY: Patrick O’Brien, CEO, ITF

NEW TECHNOLOGIES OF OIL PRODUCTION ENHANCEMENT DEVELOPED IN THE GUBKIN RUSSIAN STATE OIL AND GAS UNIVERSITY PRESENTED BY: Mikhail Silin, Vice-Rector of Innovations and Commercialization, Gubkin Russian State University of Oil and Gas

HOW TO TURN AN INNOVATIVE IDEA INTO A BUSINESS OPPORTUNITY IN THE OIL AND GAS INDUSTRYPRESENTED BY: Marat Zaydullin, Head of Oil and Gas Center, Skolkovo

INNOVATIONS IN RUSSIAN OILFIELD INDUSTRYPRESENTED BY: Marina Bulova, Director, Schlumberger Moscow Research Center

ASPECTS OF PROSPECTING AND EXPLORATION STAGES OF UNCONVENTIONAL OIL RESERVOIRS STUDYPRESENTED BY: Vladislav Zhukov, Head of Unconventional Projects Department, Gazpromneft STC

NEW APPROACHES TO SOURCE ROCK EXAMINATION BY CORE MATERIAL AND DRILLING SLUDGE PRESENTED BY: Yan Gilmanov, Expert on Petrophysical Study, Core Research Center, TNNC

CSP-PRM: EXPLORATION AND RESERVOIR MANAGEMENT OF BAZHENOV FORMATIONPRESENTED BY: Gennady Erokhin, Technical Director, Tehnologii Obratnyh Zadach

MULTISTAGE FRACTURING IN HORIZONTAL WELLS. TECHNOLOGY AND CASE STUDIESPRESENTED BY: Mikhail Samoilov, Head of Project and Engineering Group, «Upstream Peer Review and Technical Development Center» in Tyumen, Rosneft

WELCOME SPEECH: Denis Khramov, 1st Deputy Minister, Ministry of Natural Resources and Environment of the Russian Federation.

MANAGING THE FUTURE CHALLENGES OF RUSSIAN RESERVOIRS: AN EXAMPLE FROM STATOILPRESENTED BY: Torgeir Kydland, President, Statoil Russia

INNOVATION AND COLLABORATION PRESENTED BY: Nathan Meehan, SPE President 2016

7

MANAGING THE FUTURE CHALLENGES OF RUSSIAN RESERVOIRS: AN EXAMPLE FROM STATOIL

TORGEIR KYDLAND, President, Statoil Russia

Torgeir Kydland graduated from the University of Oslo in 1981, he is MSc Mathematics. Kydland joined Hydro Oil & Energy in 1984 as a reservoir engineer. During his first ten years in Hydro, he held various management positions in petroleum engineering. In 1996, he joined the Exploration & Production management team, as Vice President for the Oseberg Field Asset, became Senior Vice President for the Troll Field Asset in 1999 and Head of all of Hydro’s Oil and Gas Operations in 2001. During 2005-2006, he was General Manager for Hydro’s businesses in Iran and in August 2006 became Senior Vice President and Head of Hydro Oil and Energy’s International Business Development.

From October 2007, following the merger between Statoil and the oil and gas division of Hydro, Kydland was appointed Senior Vice President with responsibility for Eurasia, Middle East & Asia (after 1 January 2011 Senior Vice President, Europe & Asia in Development & Production International (DPI).

From July 2014, Torgeir Kydland was appointed President Statoil Russia.

INNOVATION AND COLLABORATION

NATHAN MEEHAN, SPE President 2016

D. Nathan Meehan, 2016 Society of Petroleum Engineers (SPE) 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. ABSTRACT

Innovation in technology is essential during times of low product prices and difficult technical challenges. This presentation illustrates some of these technical challenges and the creative solutions that have been developed to address them, including the role of collaboration. The importance of safe, affordable energy and the necessary advances are illustrated with examples.

THE VITAL ROLE OF COLLABORATIVE TECHNOLOGY DEVELOPMENT AND HOW TO MAKE IT EFFECTIVE FOR THE INDUSTRY

PATRICK O’BRIEN, CEO, ITF

A chartered engineer with over 30 years’ oil and gas industry experience, Patrick O’Brien started his career with riser design specialist MCS, where he helped lead the business through successful product commercialisation, international growth, and subsequent integration into Wood Group Kenny. O’Brien is a recognised expert in subsea riser mechanics, riser design, and flexible pipe technology with an established international reputation for his contributions to the industry.

In April 2013, Dr O’Brien joined ITF as chief executive and is responsible making the organisation a driving force for collaborative development and implementation of technology in the industry both within the UK and internationally. ITF facilitates technology development across a wide range of upstream technology disciplines including subsurface, drilling and wells, facilities and process, subsea and decommissioning.

O’Brien is a Fellow of the Royal Academy of Engineering (FREng); he also serves as an honorary professor of engineering at the University of Aberdeen and an adjunct professor of engineering at the National University of Ireland, Galway. Additionally, O’Brien was a founding director of industry body Subsea UK and served on its board for nearly ten years since its establishment in 2004.

ABSTRACT

Providing insight on the workings of ITF, this paper explains how we are helping the industry develop technology in a collaborative manner and meet industry needs on an international basis. A key element is empowering local collaboration among major oil and gas company operators, major service providers, and entrepreneurial technology developers while connecting to an international agenda. The paper describes our current technology programme, the technology priorities set by our members, interesting and relevant technology development projects, and will articulate some of the key technology challenges faced by our members and the wider industry at this time.

PLENARY SESSIONS OVERVIEWS PLENARY SESSIONS OVERVIEWS

PLENARYSESSION

«DEVELOPMENT PERSPECTIVES AND PRIORITIES OF THE OIL AND GAS INDUSTRY IN RUSSIA»

PANEL SESSION ON R&D AND INNOVATIONS FOR OIL AND GAS INDUSTRY

«FROM SCIENTIFIC IDEA TO TECHNOLOGY IMPLEMENTATION»

8 9

MANAGING THE FUTURE CHALLENGES OF RUSSIAN RESERVOIRS: AN EXAMPLE FROM STATOIL

TORGEIR KYDLAND, President, Statoil Russia

Torgeir Kydland graduated from the University of Oslo in 1981, he is MSc Mathematics. Kydland joined Hydro Oil & Energy in 1984 as a reservoir engineer. During his first ten years in Hydro, he held various management positions in petroleum engineering. In 1996, he joined the Exploration & Production management team, as Vice President for the Oseberg Field Asset, became Senior Vice President for the Troll Field Asset in 1999 and Head of all of Hydro’s Oil and Gas Operations in 2001. During 2005-2006, he was General Manager for Hydro’s businesses in Iran and in August 2006 became Senior Vice President and Head of Hydro Oil and Energy’s International Business Development.

From October 2007, following the merger between Statoil and the oil and gas division of Hydro, Kydland was appointed Senior Vice President with responsibility for Eurasia, Middle East & Asia (after 1 January 2011 Senior Vice President, Europe & Asia in Development & Production International (DPI).

From July 2014, Torgeir Kydland was appointed President Statoil Russia.

INNOVATION AND COLLABORATION

NATHAN MEEHAN, SPE President 2016

D. Nathan Meehan, 2016 Society of Petroleum Engineers (SPE) 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. ABSTRACT

Innovation in technology is essential during times of low product prices and difficult technical challenges. This presentation illustrates some of these technical challenges and the creative solutions that have been developed to address them, including the role of collaboration. The importance of safe, affordable energy and the necessary advances are illustrated with examples.

THE VITAL ROLE OF COLLABORATIVE TECHNOLOGY DEVELOPMENT AND HOW TO MAKE IT EFFECTIVE FOR THE INDUSTRY

PATRICK O’BRIEN, CEO, ITF

A chartered engineer with over 30 years’ oil and gas industry experience, Patrick O’Brien started his career with riser design specialist MCS, where he helped lead the business through successful product commercialisation, international growth, and subsequent integration into Wood Group Kenny. O’Brien is a recognised expert in subsea riser mechanics, riser design, and flexible pipe technology with an established international reputation for his contributions to the industry.

In April 2013, Dr O’Brien joined ITF as chief executive and is responsible making the organisation a driving force for collaborative development and implementation of technology in the industry both within the UK and internationally. ITF facilitates technology development across a wide range of upstream technology disciplines including subsurface, drilling and wells, facilities and process, subsea and decommissioning.

O’Brien is a Fellow of the Royal Academy of Engineering (FREng); he also serves as an honorary professor of engineering at the University of Aberdeen and an adjunct professor of engineering at the National University of Ireland, Galway. Additionally, O’Brien was a founding director of industry body Subsea UK and served on its board for nearly ten years since its establishment in 2004.

ABSTRACT

Providing insight on the workings of ITF, this paper explains how we are helping the industry develop technology in a collaborative manner and meet industry needs on an international basis. A key element is empowering local collaboration among major oil and gas company operators, major service providers, and entrepreneurial technology developers while connecting to an international agenda. The paper describes our current technology programme, the technology priorities set by our members, interesting and relevant technology development projects, and will articulate some of the key technology challenges faced by our members and the wider industry at this time.

PLENARY SESSIONS OVERVIEWS PLENARY SESSIONS OVERVIEWS

PLENARYSESSION

«DEVELOPMENT PERSPECTIVES AND PRIORITIES OF THE OIL AND GAS INDUSTRY IN RUSSIA»

PANEL SESSION ON R&D AND INNOVATIONS FOR OIL AND GAS INDUSTRY

«FROM SCIENTIFIC IDEA TO TECHNOLOGY IMPLEMENTATION»

8 9

INNOVATIONS IN RUSSIAN OILFIELD INDUSTRY

MARINA BULOVA, Director, Schlumberger Moscow Research Center

Marina Bulova has over 10 years of experience in the oil and gas industry. She primarily focuses on the development of new, innovative technologies for optimizing hydrocarbons production. In her current role at the Schlumberger Moscow Research Center Director, Bulova leads a team of over 70 talented researchers and professionals with worldwide reputation. The center focuses on fundamental investigations of downhole rock and hydrocarbons behavior to invent new approaches for effective production optimization. Bulova gained experience as the stimulation domain manager for the Russia and Central Asia region, where she ensured the technical excellence for each stimulation treatment in conventional and unconventional reservoirs, including tight sandstones, carbonates, Bazhenov, and Domanic shales. As a product line engineering manager for the Schlumberger Novosibirsk Technology Center, Bulova commercialized a number of key stimulation technologies, such as HiWAY, PropGUARD, and RodPROP. Marina also worked at the Schlumberger DBR Technology Center in Edmonton, Canada, where she led petroleum chemistry research activities. Prior to joining Schlumberger, Bulova worked as project coordinator for Samsung Electronics Research Center in Moscow. She graduated from the chemical faculty, Lomonosov Moscow State University, with a specialty in chemistry. Thereafter in 2001, she earned a PhD degree in materials science in Grenoble, France, and in 2002 she earned a candidate of science degree in physical chemistry in Moscow.

ABSTRACT

This talk will focus on differences between academic and corporate research and product development in the oilfield industry. Covering various aspects of R&D project management, discussion will focus on specifics of disruptive and incremental innovations. We will also observe peculiarities of introducing new innovative technologies to the Russian oilfield industry. A number of examples of industrial product developments, in Russia and others worldwide, will be demonstrated to illustrate the business impact of introducing new technology.

PLENARY SESSIONS OVERVIEWS PLENARY SESSIONS OVERVIEWS

HOW TO TURN AN INNOVATIVE IDEA INTO A BUSINESS OPPORTUNITY IN THE OIL AND GAS INDUSTRY

MARAT ZAYDULLIN Head of Oil and Gas Center, Skolkovo

Marat Zaidullin holds master degrees (2005) from Moscow Institute of Physics and Technology in computer science and social and economic systems control, and from New Economic School, Moscow in corporate finance. In 2005–2007, as a project leader for a Russian consulting company, Zaidullin executed more than ten projects to improve operational efficiency for major Russian industrial companies such as SIBUR and Rusal. In 2007, Zaidullin joined Gazprom Neft as a head of performance management project office, responsible for corporate KPI system and establishing a benchmarking process between Russian oil and gas majors and wide-scale projects to improve operational and organizational efficiency. In 2012, Zaidullin was named a major developer of Gazprom Neft innovation program for upstream until 2020. Zaidullin joined Energy Cluster in January 2013, where he is responsible for developing the Skolkovo oil and gas technologies sector for upstream, downstream, and petrochemicals.

ABSTRACT

Each time new technologies and equipment for oil and gas exploration appear, such innovative ideas and prototypes must undergo a long conversion process to become suitable products for industrial use. The problem with field-testing new technologies

NEW TECHNOLOGIES OF OIL PRODUCTION ENHANCEMENT DEVELOPED IN THE GUBKIN RUSSIAN STATE OIL AND GAS UNIVERSITY

MIKHAIL SILIN, Vice-Rector of Innovations and Commercialization, Gubkin Russian State University of Oil and Gas

Mikhail Silin started his professional activity in 1978 as operator at Moscow Refinery. In 1979, he began working at Gubkin Russian State University of Oil and Gas where he occupied various positions. He has worked as head of the “Technologies of chemical substances for oil and gas industries” department since 2005. In 2008, he was appointed the academic vice-president of Gubkin State University of Oil and Gas. From 2010 to 2013, he was the first vice-president for strategic development of the National Research Institute of Russia. Since 2013, he served as the vice-president for innovation activities and commercialization of innovations, deputy chairman of the Academic Board of the University, and deputy chairman of the Thesis Board. Currently, he is the vice-president for innovation activities and commercialization of innovations of Gubkin Russian State University of Oil and Gas. From its founding year in 1991 to the present day, Silin is CEO of Himeko-GANG CJSC, which provides the testing ground for scientific and technical innovations developed by specialists of Gubkin Russian State University of Oil and Gas. In 2006, Silin was awarded the “Petrochemist of Honor” title and given certificates of merit as Distinguished Worker of TNK-BP OJSC and Distinguished Worker of NK Rosneft OJSC. In 2013, he obtained the award of Gazprom OJSC in the domain of science and technology. Silin is also the author of numerous articles in leading Russian publications on the following subjects: hydraulic fracturing, improvement of oil production rate, production stimulation, and innovative technologies. He is an associate member of the Russian Academy of Natural Sciences for oil and gas since 2007 and an acting member of the Russian Academy of Natural Sciences for oil and gas since 2011.

ABSTRACT

Several technologies have emerged that allow stimulation in remote locations from the borehole zone at required distances. Several series of processing operations were conducted at various fields, including OJSC Gazprom Neft and OJSC NK Lukoil. For example, water-gas stimulation technology was proposed as a form of foam injection for petroleum gas. Field tests were conducted with newly developed equipment to implement the technology and filtration system. Positive results were obtained. Currently, one East-Siberian company is adapting the technology to use in their operations.

is particularly acute in this industry—to obtain access to a well, the technology should already demonstrate its efficiency and reliability, but it is impossible to do this without field-testing. Small innovation companies along with big oil field service enterprises and equipment manufacturers each face this problem. Start-ups with outstanding teams, investments, and technologies that have only passed laboratory testing can sometimes be delayed in their development while searching for an oil producing company ready to take a risk and be the first to implement a new technology. This industry-specific problem can be solved by several means. The system of innovation support in Norway, with projects such as Petromaks and DEMO 2000, offers a spectacular example of such a solution. Russia should also develop its own instruments of support, starting from privileged access to financial resources for small companies to field testing to insurance systems that cover the risks of unsuccessful testing results, and ending with the development of independent and open test fields for new technologies at operating oil fields. Such process will enhance the role of big oil field service enterprises and manufacturers in integrating innovative solutions into their product range. The report will describe the initiatives implemented by Skolkovo Foundation to develop a comprehensive system of support to implement new technologies throughout the oil and gas industry.

PANEL SESSION ON R&D AND INNOVATIONS FOR OIL AND GAS INDUSTRY

PANEL SESSION ON R&D AND INNOVATIONS FOR OIL AND GAS INDUSTRY

«FROM SCIENTIFIC IDEA TO TECHNOLOGY IMPLEMENTATION»

«FROM SCIENTIFIC IDEA TO TECHNOLOGY IMPLEMENTATION»

10 11

INNOVATIONS IN RUSSIAN OILFIELD INDUSTRY

MARINA BULOVA, Director, Schlumberger Moscow Research Center

Marina Bulova has over 10 years of experience in the oil and gas industry. She primarily focuses on the development of new, innovative technologies for optimizing hydrocarbons production. In her current role at the Schlumberger Moscow Research Center Director, Bulova leads a team of over 70 talented researchers and professionals with worldwide reputation. The center focuses on fundamental investigations of downhole rock and hydrocarbons behavior to invent new approaches for effective production optimization. Bulova gained experience as the stimulation domain manager for the Russia and Central Asia region, where she ensured the technical excellence for each stimulation treatment in conventional and unconventional reservoirs, including tight sandstones, carbonates, Bazhenov, and Domanic shales. As a product line engineering manager for the Schlumberger Novosibirsk Technology Center, Bulova commercialized a number of key stimulation technologies, such as HiWAY, PropGUARD, and RodPROP. Marina also worked at the Schlumberger DBR Technology Center in Edmonton, Canada, where she led petroleum chemistry research activities. Prior to joining Schlumberger, Bulova worked as project coordinator for Samsung Electronics Research Center in Moscow. She graduated from the chemical faculty, Lomonosov Moscow State University, with a specialty in chemistry. Thereafter in 2001, she earned a PhD degree in materials science in Grenoble, France, and in 2002 she earned a candidate of science degree in physical chemistry in Moscow.

ABSTRACT

This talk will focus on differences between academic and corporate research and product development in the oilfield industry. Covering various aspects of R&D project management, discussion will focus on specifics of disruptive and incremental innovations. We will also observe peculiarities of introducing new innovative technologies to the Russian oilfield industry. A number of examples of industrial product developments, in Russia and others worldwide, will be demonstrated to illustrate the business impact of introducing new technology.

PLENARY SESSIONS OVERVIEWS PLENARY SESSIONS OVERVIEWS

HOW TO TURN AN INNOVATIVE IDEA INTO A BUSINESS OPPORTUNITY IN THE OIL AND GAS INDUSTRY

MARAT ZAYDULLIN Head of Oil and Gas Center, Skolkovo

Marat Zaidullin holds master degrees (2005) from Moscow Institute of Physics and Technology in computer science and social and economic systems control, and from New Economic School, Moscow in corporate finance. In 2005–2007, as a project leader for a Russian consulting company, Zaidullin executed more than ten projects to improve operational efficiency for major Russian industrial companies such as SIBUR and Rusal. In 2007, Zaidullin joined Gazprom Neft as a head of performance management project office, responsible for corporate KPI system and establishing a benchmarking process between Russian oil and gas majors and wide-scale projects to improve operational and organizational efficiency. In 2012, Zaidullin was named a major developer of Gazprom Neft innovation program for upstream until 2020. Zaidullin joined Energy Cluster in January 2013, where he is responsible for developing the Skolkovo oil and gas technologies sector for upstream, downstream, and petrochemicals.

ABSTRACT

Each time new technologies and equipment for oil and gas exploration appear, such innovative ideas and prototypes must undergo a long conversion process to become suitable products for industrial use. The problem with field-testing new technologies

NEW TECHNOLOGIES OF OIL PRODUCTION ENHANCEMENT DEVELOPED IN THE GUBKIN RUSSIAN STATE OIL AND GAS UNIVERSITY

MIKHAIL SILIN, Vice-Rector of Innovations and Commercialization, Gubkin Russian State University of Oil and Gas

Mikhail Silin started his professional activity in 1978 as operator at Moscow Refinery. In 1979, he began working at Gubkin Russian State University of Oil and Gas where he occupied various positions. He has worked as head of the “Technologies of chemical substances for oil and gas industries” department since 2005. In 2008, he was appointed the academic vice-president of Gubkin State University of Oil and Gas. From 2010 to 2013, he was the first vice-president for strategic development of the National Research Institute of Russia. Since 2013, he served as the vice-president for innovation activities and commercialization of innovations, deputy chairman of the Academic Board of the University, and deputy chairman of the Thesis Board. Currently, he is the vice-president for innovation activities and commercialization of innovations of Gubkin Russian State University of Oil and Gas. From its founding year in 1991 to the present day, Silin is CEO of Himeko-GANG CJSC, which provides the testing ground for scientific and technical innovations developed by specialists of Gubkin Russian State University of Oil and Gas. In 2006, Silin was awarded the “Petrochemist of Honor” title and given certificates of merit as Distinguished Worker of TNK-BP OJSC and Distinguished Worker of NK Rosneft OJSC. In 2013, he obtained the award of Gazprom OJSC in the domain of science and technology. Silin is also the author of numerous articles in leading Russian publications on the following subjects: hydraulic fracturing, improvement of oil production rate, production stimulation, and innovative technologies. He is an associate member of the Russian Academy of Natural Sciences for oil and gas since 2007 and an acting member of the Russian Academy of Natural Sciences for oil and gas since 2011.

ABSTRACT

Several technologies have emerged that allow stimulation in remote locations from the borehole zone at required distances. Several series of processing operations were conducted at various fields, including OJSC Gazprom Neft and OJSC NK Lukoil. For example, water-gas stimulation technology was proposed as a form of foam injection for petroleum gas. Field tests were conducted with newly developed equipment to implement the technology and filtration system. Positive results were obtained. Currently, one East-Siberian company is adapting the technology to use in their operations.

is particularly acute in this industry—to obtain access to a well, the technology should already demonstrate its efficiency and reliability, but it is impossible to do this without field-testing. Small innovation companies along with big oil field service enterprises and equipment manufacturers each face this problem. Start-ups with outstanding teams, investments, and technologies that have only passed laboratory testing can sometimes be delayed in their development while searching for an oil producing company ready to take a risk and be the first to implement a new technology. This industry-specific problem can be solved by several means. The system of innovation support in Norway, with projects such as Petromaks and DEMO 2000, offers a spectacular example of such a solution. Russia should also develop its own instruments of support, starting from privileged access to financial resources for small companies to field testing to insurance systems that cover the risks of unsuccessful testing results, and ending with the development of independent and open test fields for new technologies at operating oil fields. Such process will enhance the role of big oil field service enterprises and manufacturers in integrating innovative solutions into their product range. The report will describe the initiatives implemented by Skolkovo Foundation to develop a comprehensive system of support to implement new technologies throughout the oil and gas industry.

PANEL SESSION ON R&D AND INNOVATIONS FOR OIL AND GAS INDUSTRY

PANEL SESSION ON R&D AND INNOVATIONS FOR OIL AND GAS INDUSTRY

«FROM SCIENTIFIC IDEA TO TECHNOLOGY IMPLEMENTATION»

«FROM SCIENTIFIC IDEA TO TECHNOLOGY IMPLEMENTATION»

10 11

PLENARY SESSIONS OVERVIEWS PLENARY SESSIONS OVERVIEWS

NEW APPROACHES TO SOURCE ROCK EXAMINATION BY CORE MATERIAL AND DRILLING SLUDGE

YAN GILMANOV, Expert on Petrophysical Study, Core Research Center, TNNC

CSP-PRM: EXPLORATION AND RESERVOIR MANAGEMENT OF BAZHENOV FORMATION

GENNADY EROKHIN, Technical Director, Tehnologii Obratnyh Zadach

Yan Gilmanov graduated from Tyumen State Oil and Gas University as a mining engineer geophysicist—oil-industry specialist in 1993. From 1997 to 2003, Gilmanov successfully graduated with his postgraduate studies in geological and mineralogical sciences with a specialization in geophysical methods of exploration of mineral resources. Gilmanov has 24 years of work experience in oil and gas industry. From 1991 to 2006 he worked with the Surgutneftegeofizika trust. He started as logging crew engineer and worked up to the position of geological and engineering survey manager. He has work experience in geophysical exploration of wells in an open and closed hole (prospective exploration and production drilling), field geophysical tests in the course of control over exploitation (production and injection wells), drilling and gas logging support, and core material and drilling sludge examinations. Starting in 2006, Gilmanov worked for Tyumen Oil Scientific Center LLC in the core material examination department supervising works in specific core material and petrophysical core material examinations. He participated in the organization and start-up of production areas in these domains. At present, he serves as expert in petrophysical studies.

ABSTRACT

As crude hydrocarbon reserves in conventional fields run low and the discovery of new fields does not significantly increase reserves, all leading oil and gas companies of the world are starting to study unconventional reserves. In foreign countries, such reserves include shale source rock and their equivalents. Reserves in the Russian Federation are found in Bazhenov, Abalak, and Domanik formations.

Gennady Nikolaevich Erokhin is a professor with a doctorate in physics and mathematics who founded and directs the Research and Development Institute of Applied Information Science and Mathematical Geophysics at Immanuel Kant Baltic Federal University. Erokhin also directed Yugorsk Research and Development Institute of Information Technologies during the years 2000–2011. He currently serves as technical director for Technologies of Inverse Problems, Ltd. His work specializes in the domain of inverse problems in mathematical geophysics, information, and supercomputer technologies. Erokhin graduated from Novosibirsk State University and worked many years in SB RAS, Computing Center of SB RAS at the Institute of Computational Mathematics and Mathematical Geophysics SB RAS, under the guidance of Academy of Sciences members M.M. Lavrentyev and A.S. Alekseev.

ABSTRACT Permanent reservoir monitoring (PRM) traditionally packages two independent technologies that depend on a single instrument system to record surface seismic signals. The first, 4D seismic study, ensures at least 6 months of active 3D seismic survey. The second, passive micro-seismic monitoring, is applied between periods of active 4D study.

CSP Approach technology package, developed by Tech Image CJSC, is based upon two methods:1. FractureCSP—An innovative seismic study method based on scattered waves.

It efficiently searches for and explores fractured reservoirs. Standard 2D/3D CDP survey data serve as reference data for the method. Processing data with supercomputers using the FractureCSP method generates SEG-Y cubes (for 2D cuts) of reflectors and refractors.

2. MicroseismicCSP—A high-precision method of micro-seismic monitoring for geologic and technical operations in hydrocarbon field development. The method is based upon original mathematic algorithms for solving inverse problems of micro-seismics, small-aperture seismic arrays, and processing high-precision measurement results with a supercomputer.

The report demonstrates a new approach to combining PRM and CSP Approach technologies for shale oil exploration.

ASPECTS OF PROSPECTING AND EXPLORATION STAGES OF UNCONVENTIONAL OIL RESERVOIRS STUDY

VLADISLAV ZHUKOV, Head of Unconventional Projects Department, Gazpromneft STC

Vladislav Zhukov is an employee at Scientific and Technical Center of Gazprom Neft since 2008. In his course of work, Zhukov actively participated in projects of Priob field, Prirazlomnoye field, and development of the Arctic shelf. He currently leads a multidisciplinary team of enthusiasts studying the Bazhenov formation, providing scientific and technical support to development projects of non-conventional resources for the company.

ABSTRACT

Currently, there is no globally established, generally accepted definition of non-conventional resources. In general, non-conventional resources are hydrocarbon resources that require a specific approach to their study, search, exploration, and development, which is different from the traditional approach. A textbook example of a non-conventional field in the territory of Russia is Bazhenov formation (BF). Though it is believed to contain substantial reserves of hydrocarbons, scientists still have not found a technology for its development despite its long history of study. The authors of the report propose to change the established methods of search and exploration for non-conventional oil fields. The main efforts are focused on deep integration of oil recovery technologies with methods to study geological properties of oil formations. The object of the study requires selection and justification of industrial development technology at the earliest stages. The report proposes a variant to the way search and exploration stages are organized for non-conventional oil and gas fields, while also staying focused on cost-efficient oil recovery technologies.

PANEL SESSION

PANEL SESSION

«HYDROCARBON SOURCE ROCKS: EXPLORATION, EVALUATION AND PRODUCTION TECHNOLOGIES»

«HYDROCARBON SOURCE ROCKS: EXPLORATION, EVALUATION AND PRODUCTION TECHNOLOGIES»

In our opinion, conventional approaches to source rock studies in the Russian Federation need to be revised and updated. The most reliable information is obtained by examining the core material. It is also equally important to correctly organize geological and technological exploration to support well construction. A comprehensive approach, beginning with the core material collection, its handling at the surface, transportation to a laboratory, and working through a detailed program of laboratory testing, can lead to effective solutions for evaluating crude hydrocarbon reserves and developing methods for exploiting these unconventional formations. The initial stage in examining core materials plays a key role for executing more specific, highly informative tests.

12 13

PLENARY SESSIONS OVERVIEWS PLENARY SESSIONS OVERVIEWS

NEW APPROACHES TO SOURCE ROCK EXAMINATION BY CORE MATERIAL AND DRILLING SLUDGE

YAN GILMANOV, Expert on Petrophysical Study, Core Research Center, TNNC

CSP-PRM: EXPLORATION AND RESERVOIR MANAGEMENT OF BAZHENOV FORMATION

GENNADY EROKHIN, Technical Director, Tehnologii Obratnyh Zadach

Yan Gilmanov graduated from Tyumen State Oil and Gas University as a mining engineer geophysicist—oil-industry specialist in 1993. From 1997 to 2003, Gilmanov successfully graduated with his postgraduate studies in geological and mineralogical sciences with a specialization in geophysical methods of exploration of mineral resources. Gilmanov has 24 years of work experience in oil and gas industry. From 1991 to 2006 he worked with the Surgutneftegeofizika trust. He started as logging crew engineer and worked up to the position of geological and engineering survey manager. He has work experience in geophysical exploration of wells in an open and closed hole (prospective exploration and production drilling), field geophysical tests in the course of control over exploitation (production and injection wells), drilling and gas logging support, and core material and drilling sludge examinations. Starting in 2006, Gilmanov worked for Tyumen Oil Scientific Center LLC in the core material examination department supervising works in specific core material and petrophysical core material examinations. He participated in the organization and start-up of production areas in these domains. At present, he serves as expert in petrophysical studies.

ABSTRACT

As crude hydrocarbon reserves in conventional fields run low and the discovery of new fields does not significantly increase reserves, all leading oil and gas companies of the world are starting to study unconventional reserves. In foreign countries, such reserves include shale source rock and their equivalents. Reserves in the Russian Federation are found in Bazhenov, Abalak, and Domanik formations.

Gennady Nikolaevich Erokhin is a professor with a doctorate in physics and mathematics who founded and directs the Research and Development Institute of Applied Information Science and Mathematical Geophysics at Immanuel Kant Baltic Federal University. Erokhin also directed Yugorsk Research and Development Institute of Information Technologies during the years 2000–2011. He currently serves as technical director for Technologies of Inverse Problems, Ltd. His work specializes in the domain of inverse problems in mathematical geophysics, information, and supercomputer technologies. Erokhin graduated from Novosibirsk State University and worked many years in SB RAS, Computing Center of SB RAS at the Institute of Computational Mathematics and Mathematical Geophysics SB RAS, under the guidance of Academy of Sciences members M.M. Lavrentyev and A.S. Alekseev.

ABSTRACT Permanent reservoir monitoring (PRM) traditionally packages two independent technologies that depend on a single instrument system to record surface seismic signals. The first, 4D seismic study, ensures at least 6 months of active 3D seismic survey. The second, passive micro-seismic monitoring, is applied between periods of active 4D study.

CSP Approach technology package, developed by Tech Image CJSC, is based upon two methods:1. FractureCSP—An innovative seismic study method based on scattered waves.

It efficiently searches for and explores fractured reservoirs. Standard 2D/3D CDP survey data serve as reference data for the method. Processing data with supercomputers using the FractureCSP method generates SEG-Y cubes (for 2D cuts) of reflectors and refractors.

2. MicroseismicCSP—A high-precision method of micro-seismic monitoring for geologic and technical operations in hydrocarbon field development. The method is based upon original mathematic algorithms for solving inverse problems of micro-seismics, small-aperture seismic arrays, and processing high-precision measurement results with a supercomputer.

The report demonstrates a new approach to combining PRM and CSP Approach technologies for shale oil exploration.

ASPECTS OF PROSPECTING AND EXPLORATION STAGES OF UNCONVENTIONAL OIL RESERVOIRS STUDY

VLADISLAV ZHUKOV, Head of Unconventional Projects Department, Gazpromneft STC

Vladislav Zhukov is an employee at Scientific and Technical Center of Gazprom Neft since 2008. In his course of work, Zhukov actively participated in projects of Priob field, Prirazlomnoye field, and development of the Arctic shelf. He currently leads a multidisciplinary team of enthusiasts studying the Bazhenov formation, providing scientific and technical support to development projects of non-conventional resources for the company.

ABSTRACT

Currently, there is no globally established, generally accepted definition of non-conventional resources. In general, non-conventional resources are hydrocarbon resources that require a specific approach to their study, search, exploration, and development, which is different from the traditional approach. A textbook example of a non-conventional field in the territory of Russia is Bazhenov formation (BF). Though it is believed to contain substantial reserves of hydrocarbons, scientists still have not found a technology for its development despite its long history of study. The authors of the report propose to change the established methods of search and exploration for non-conventional oil fields. The main efforts are focused on deep integration of oil recovery technologies with methods to study geological properties of oil formations. The object of the study requires selection and justification of industrial development technology at the earliest stages. The report proposes a variant to the way search and exploration stages are organized for non-conventional oil and gas fields, while also staying focused on cost-efficient oil recovery technologies.

PANEL SESSION

PANEL SESSION

«HYDROCARBON SOURCE ROCKS: EXPLORATION, EVALUATION AND PRODUCTION TECHNOLOGIES»

«HYDROCARBON SOURCE ROCKS: EXPLORATION, EVALUATION AND PRODUCTION TECHNOLOGIES»

In our opinion, conventional approaches to source rock studies in the Russian Federation need to be revised and updated. The most reliable information is obtained by examining the core material. It is also equally important to correctly organize geological and technological exploration to support well construction. A comprehensive approach, beginning with the core material collection, its handling at the surface, transportation to a laboratory, and working through a detailed program of laboratory testing, can lead to effective solutions for evaluating crude hydrocarbon reserves and developing methods for exploiting these unconventional formations. The initial stage in examining core materials plays a key role for executing more specific, highly informative tests.

12 13

PLENARY SESSIONS OVERVIEWS PLENARY SESSIONS OVERVIEWS

CLAY-FINES-MIGRATION-ASSISTED LOW-SALINITY OIL AND GAS RECOVERY: A FORMATION DAMAGE MAY ENHANCE RECOVERY AND PRODUCTION

PAVEL BEDRIKOVETSKY, Professor, University of Adelaide

Pavel Bedrikovetsky is professor of petroleum engineering at the University of Adelaide. He is the author of a seminal book on reservoir engineering along with over 200 published papers in international journals and SPE. His research covers waterflood, formation damage, EOR, and unconventional energy. He holds MSc in applied mathematics, PhD in fluid mechanics, and DSc in reservoir engineering, each from Moscow Gubkin Oil-Gas University. Bedrikovetsky was a visiting professor at Delft University of Technology and Imperial College of Science and Technology from 1991 to 1994. He boasts 40 years of industrial experience in Russia, Europe, Brazil, and Australia. He served as section chairman, short course instructor, and program committee member for numerous SPE conferences. Bedrikovetsky also served as 2008–2009 SPE Distinguished Lecturer.

ABSTRACT

Fines migration is the most common cause of formation damage that can greatly impact the economic viability of petroleum development projects. It occurs when reservoir fines are picked up and migrate, plugging pores along the flow path and consequently reducing permeability. The phenomenon is widely reported for production and injection wells, drilling, waterflooding, and pressure depletion with water support.

We introduce a function to determine the maximum retention for fines that models the fines’ mobility, giving the ability to interpret corefloods, analyze well impairment history, and predict well behavior. Several laboratory and field studies are included that validate the approach. One recent field study, in particular, shows how to use coreflood, Z-potential and SEM data along with well history to reliably predict productivity decline and successfully prevent and mitigate unwanted decline.

Fines migration is traditionally avoided for its detrimental effect on reservoir permeability. However, this particular effect provides a relatively simple method for water mobility control. Cases based on laboratory data show examples where fines-assisted low-salinity waterfloods significantly increased the reservoir sweep because the lifted fines reduced the permeability in the swept zone, when compared with “normal” waterflooding. Injecting fresh water back into watered-up wells decelerates the invaded water and significantly decreases water production in oil and gas fields. Injecting fresh water near the oil/gas-water contact also yields a decrease in water coning. The main idea of the lecture is naturally or deliberately induced fines migration can assist oil and gas production and recovery.

TOPICAL LUNCH OVERVIEWS

TOPICAL LUNCH OVERVIEWS

EXPLORATION EFFICIENCY AND INCENTIVE SCHEME

DMITRY BOGDANOV, Executive Director

In 1995, Dmitry Bogdanov graduated from the geophysical faculty of Moscow State Geological Exploration Academy, named after S. Ordzhonikidze, with a degree as mining engineer—geophysicist. From 1995 to 1998, he was a full time postgraduate student of the department of nuclear radiological methods and geophysical informatics (NRMGI) of the geophysical faculty of MSGEA with a specialization in mathematical simulation.

For over ten years, Bogdanov has specialised in a number of roles as head of laboratory, senior staff scientist, and head of mathematical stimulation for the All-Russian Research and Development Geological Oil Insititute (VNIGNI), OJSC VNIIneft, Federal State Unitary Enterprise VNIGNI, and the Skolkovo business school Energy Center. Since 2012, he serves as executive director and partner for GeoKIN LLC. His work is focused on developing new procedures that improve recovery as well as the system for taxation and cost-estimating.

Bogdanov is expert for the Central Commission for the Development of Mineral Deposits of the Russian Federation and the Central Commission for Mineral Resources of the Russian Federation. He is also an active member of the National Association for the Expertise of Mineral Resources (NAEN) and senior expert of PravoTEK school for mineral resources exploitation and taxation. In 2013, he was awarded with the lapel badge “Specialist of Honor in the Domain of Resources Exploration”.

ABSTRACT Issues in geological exploration stimulation are mainly connected with the economic performance of such works. Unfortunately today, the established system for taxes and payments interferes with the development of new and unexplored regions. A brief analysis of the economic risks involved in geological exploration works shows a paradoxical situation where companies are not motivated by the state to perform these works. However, the situation is starting to change for the better; the option to pay by installments upon a field’s discovery, along with additional initiatives, provides incentive to perform geological exploration works.

14 15

PLENARY SESSIONS OVERVIEWS PLENARY SESSIONS OVERVIEWS

CLAY-FINES-MIGRATION-ASSISTED LOW-SALINITY OIL AND GAS RECOVERY: A FORMATION DAMAGE MAY ENHANCE RECOVERY AND PRODUCTION

PAVEL BEDRIKOVETSKY, Professor, University of Adelaide

Pavel Bedrikovetsky is professor of petroleum engineering at the University of Adelaide. He is the author of a seminal book on reservoir engineering along with over 200 published papers in international journals and SPE. His research covers waterflood, formation damage, EOR, and unconventional energy. He holds MSc in applied mathematics, PhD in fluid mechanics, and DSc in reservoir engineering, each from Moscow Gubkin Oil-Gas University. Bedrikovetsky was a visiting professor at Delft University of Technology and Imperial College of Science and Technology from 1991 to 1994. He boasts 40 years of industrial experience in Russia, Europe, Brazil, and Australia. He served as section chairman, short course instructor, and program committee member for numerous SPE conferences. Bedrikovetsky also served as 2008–2009 SPE Distinguished Lecturer.

ABSTRACT

Fines migration is the most common cause of formation damage that can greatly impact the economic viability of petroleum development projects. It occurs when reservoir fines are picked up and migrate, plugging pores along the flow path and consequently reducing permeability. The phenomenon is widely reported for production and injection wells, drilling, waterflooding, and pressure depletion with water support.

We introduce a function to determine the maximum retention for fines that models the fines’ mobility, giving the ability to interpret corefloods, analyze well impairment history, and predict well behavior. Several laboratory and field studies are included that validate the approach. One recent field study, in particular, shows how to use coreflood, Z-potential and SEM data along with well history to reliably predict productivity decline and successfully prevent and mitigate unwanted decline.

Fines migration is traditionally avoided for its detrimental effect on reservoir permeability. However, this particular effect provides a relatively simple method for water mobility control. Cases based on laboratory data show examples where fines-assisted low-salinity waterfloods significantly increased the reservoir sweep because the lifted fines reduced the permeability in the swept zone, when compared with “normal” waterflooding. Injecting fresh water back into watered-up wells decelerates the invaded water and significantly decreases water production in oil and gas fields. Injecting fresh water near the oil/gas-water contact also yields a decrease in water coning. The main idea of the lecture is naturally or deliberately induced fines migration can assist oil and gas production and recovery.

TOPICAL LUNCH OVERVIEWS

TOPICAL LUNCH OVERVIEWS

EXPLORATION EFFICIENCY AND INCENTIVE SCHEME

DMITRY BOGDANOV, Executive Director

In 1995, Dmitry Bogdanov graduated from the geophysical faculty of Moscow State Geological Exploration Academy, named after S. Ordzhonikidze, with a degree as mining engineer—geophysicist. From 1995 to 1998, he was a full time postgraduate student of the department of nuclear radiological methods and geophysical informatics (NRMGI) of the geophysical faculty of MSGEA with a specialization in mathematical simulation.

For over ten years, Bogdanov has specialised in a number of roles as head of laboratory, senior staff scientist, and head of mathematical stimulation for the All-Russian Research and Development Geological Oil Insititute (VNIGNI), OJSC VNIIneft, Federal State Unitary Enterprise VNIGNI, and the Skolkovo business school Energy Center. Since 2012, he serves as executive director and partner for GeoKIN LLC. His work is focused on developing new procedures that improve recovery as well as the system for taxation and cost-estimating.

Bogdanov is expert for the Central Commission for the Development of Mineral Deposits of the Russian Federation and the Central Commission for Mineral Resources of the Russian Federation. He is also an active member of the National Association for the Expertise of Mineral Resources (NAEN) and senior expert of PravoTEK school for mineral resources exploitation and taxation. In 2013, he was awarded with the lapel badge “Specialist of Honor in the Domain of Resources Exploration”.

ABSTRACT Issues in geological exploration stimulation are mainly connected with the economic performance of such works. Unfortunately today, the established system for taxes and payments interferes with the development of new and unexplored regions. A brief analysis of the economic risks involved in geological exploration works shows a paradoxical situation where companies are not motivated by the state to perform these works. However, the situation is starting to change for the better; the option to pay by installments upon a field’s discovery, along with additional initiatives, provides incentive to perform geological exploration works.

14 15

16 17

TECHNICAL PROGRAMME 26–28 OCTOBER TECHNICAL PROGRAMME 26–28 OCTOBER

TECHNICAL SESSION «ADVANCED EQUIPMENT, MATERIALS AND SOFTWARE FOR OIL AND GAS EXPLORATION AND PRODUCTION - DEVELOPMENTS, EXPERIENCE AND APPLICATION IN RUSSIA»

176649 Experience of 3S-technology Application for Natural Gas Processing at Gas Facilities in Russia and China S. Imaev, L. Bagirov, ENGO Engineering

176650 Proppant Flow Back Control for Fracturing Low Temperature Formations Methods and Application Studies

A. Konchenko, S. Parkhonyuk, A. Borisenko, L. Beyakova, Schlumberger; A. Letichevsky, Samaraneftegas

176652 Operational Decision Making Reaching New Frontiers with Real-Time Downhole Telemetry in the Russia's Arctic

I. Tanygin, S. Barylnik, Gazpromneft-Sakhalin; S. Abramochkin, A. Davidovsky, A. Zhandin, M. Belov, Schlumberger

176653Experience in Establishment of a Time Period Required for Safe Operation of Oil and Gas Wells Based on Diagnostics of the Production String and Casing Annulus

A. Abakumov (junior), E. Semin, A. Abakumov, CTD Introsko; R. Mukhamadiev, V. Bazhenov, TNG-Group

176654 The Use of Test Equipment to Conduct Exploration on the Promising Horizons of Oil and Gas Wells I. Kopeykin, Ufa State Oil Technical University

176655 Three Metal Barriers Monitoring in Offshore Wells A. Ansari, N. Khan, Z. Libdi, ZADCO; M. Volkov, R. Makhiyanov, A. Aslanyan, TGT OILFIELD SERVICES

TECHNICAL SESSION «REMOTE AND AUTONOMOUS FIELDS’ DEVELOPMENT»

176659 Selection of Development Strategy for Novoport Oil and Gas Condensate Field in the Conditions of Information Uncertainty

E. Podchuvalova, O. Ushmaev, M. Fedorov, E. Pavlov, R. Apasov, E. Voevoda, I. Kovalenko, A. Maksimenko, D. Reshetnikov, D. Samolovov, Gazpromneft STC; D. Bazhenov, D. Garenskikh, Gazprom Neft Novy Port

176660 Development of Remote Gas-Condensate Fields: Challenges and SolutionsA. Muravyev, J. Lievois, Weatherford; A. Nikonov, S. Zhukov, A. Kruptsev, ROMAN CAPITAL Plc.; V. Flid, Lomonosov Moscow State University of Fine Chemical Technologies

176662 Hydrodynamic Well Testing at Exploration and Appraisal for Reducing Uncertainties in Formation Properties of Uvat Project O. Kulyatin, A. Akimov, RN Management, A.Chirgun, RN-Uvatneftegaz

176663 Development of Integrated Modeling Tools for Field with SWAG K. Shlychkov, D. Efimov, E. Sergeev, BashNIPIneft; A. Zaynulin, Bashneft; V. Dobrin, Bashneft-Polus; V. Savichev, Vankorneft

TECHNICAL SESSION «SEARCH OF NEW RESERVES. NEW IN DIRECTION EXPLORATION»

176609 Fold Belts: Do We Have to Expect a Shift in Petroleum Exploration Priorities?K. Sobornov, Severo-Zapad; A. Afanasenkov, All-Russian Research and Development Geological Oil Institute; V. Zhemchugova, GSD LLC; V. Danilov, Scientific & Research Institute of Natural Gases and Gas Technologies — Gazprom VNIIGAZ; Yu. Volozh, Geological Institute of RAS

176610 Paleogeographic Reconstruction and Structural Morphology of Domanik Formation in Tatarstan L. Xinping, Institute of Geology and Fossil Fuels Development

176611Seismic Inversion Methods as a Tool for Construction and Improvement of Vendian-Cambrian Formations Seismogeological Model. An Oilfield Case Study in Eastern Siberia

I. Kubyshta, Yu. Pavlovsky, P. Emelyanov, Gazpromneft STC; L. Shakirzyanov, Gazpromneft-Angara

176612 Prognosis of Petroleum Potential on the Basis of Coal Beds Peculiarities M. Golitsin, A. Levchuk, A. Golitsin, Lomonosov MSU

176613 Features of Tyumen Formation Facial Structures According to the Spectral Decomposition A. Butorin, Gazpromneft STC

176614 The Chernyshev Swell: Supertrap or Waste Zone? K. Sobornov, Severo-Zapad; V. Danilov, Scientific & Research Institute of Natural Gases and Gas Technologies — Gazprom VNIIGAZ

TECHNICAL SESSION «FAST TRACKING FIELD DEVELOPMENT»

176665 Selecting a Development System for Offshore Coastal Gas-Condensate Fields A. Romanov, S. Buchinsky, A. Yushkov, D.Glumov, TNNC; G.Voikov, VENINEFT

TECHNICAL SESSION «EXPERIENCE AND PROSPECTS OF THE SHELF DEVELOPMENT»

176688 Gas Shutoff Treatment in Mega Rich Horizontal Well with Coiled Tubing Inflatable Packer for North Caspian

K. Burdin, P. Bravkov, A. Kichigin, M. Lobov, Schlumberger; A. Zemchikhin, D. Eliseev, LUKOIL

176692 Russian Oil and Gas Companies Face Unique Challenges in New Exploration Locations – LUKOIL Offshore Exploration Deepwater Romania Black Sea

M. Williger, D. Mian, LUKOIL Overseas; J. Roberts, P. O’Keeffe, Transocean

176687 Conceptual Design of Offshore Facilities: Objectives, Instruments and Deliverables A. Gubaev, K. Fedorov, S. Gusev, Academy of Oil and Gas Engineering

176686 The Choice of Strategy Development of Offshore Oil and Gas Field A. Shandrygin, DeGolyer and MacNaughton; D. Dubrovsky, Gazprombank Neftegas Services

176689 Minimal Renthal Reserves Estimation in Arctic Offshore R. Apasov, O. Ushmaev, A. Bochkov, A. Varavva, D. Samolovov, Gazpromneft STC; A. Makarenko, Gazpromneft-Sakhalin

176693 Digital and Automated Offset Analysis with Focus on the NCS M. Mosesyan, L. Surguchev, LUKOIL Overseas North Shelf AS; P. Mathisen, AGR

TECHNICAL SESSION "HARD-TO-RECOVER RESERVES"

176708 Assessment of the Reservoir Monitoring System and Value of Real-Time Temperature and Pressure Profiles at the Suplac HASD Demonstration Project

P. Ficocelli, O. Mezhenin, C. Hyland, Weatherford; V. Crecana, D. Legcevic, S.C. OMV PETROM S.A.-E&P

176704 Examples of Gas Well Testing in Reservoir with Low Permeability A. Davletbaev, E. Zhilko, R. Islamov, R. Murtazin, RN-UfaNIPIneft; O. Loznyuk, R. Shaybakov, Rosneft

176697 Optimization Principles of Oil Field Waterflood in Highly Heterogeneous Reservoirs

O. Pichugin, P. Solyanoy, G. Kosheverov, A. Gavris, CONCORD; S. Rodionov, V. Kosyakov, Tyumen Branch of Institute of Theoretical and Applied Mathematics of SB RAS

176695 Reservoir Well Completion Technologies and Inflow Control Devices Effectiveness during Oil Rim with Overlying Gas Cap Reservoir Development

D. Semikin, LUKOIL-Nizhnevolzhskneft; M. Chertenkov, R. Shafikov, LUKOIL-Engineering

176702 The Optimal Combination of Horizontal and Vertical Wells with Thermal Steam Method of Deposit Development of Extra-Viscous Oil with Small Thicknesses D. Shaykhutdinov, A. Zaripov, TatNIPIneft; R. Khisamov, Tatneft

176700 Optimal Well Pattern of Multifractured Horizontal Wells Arranged in Rectangular Arrays O. Fuks, M. Khasanov, O. Ushmaev, A. Andrianova, Gazpromneft STC

176698Defining Potentially-Productive Intervals and Evaluating Petrophysical Properties of Tight-Oil Bazhenov Formation in Western Siberia Using a Suite of Modern Wireline Logs

L. Melnikov, RN-Nyaganneftegaz; M. Martynov, Gazpromneft Razvitie; V. Demin, Gazpromneft-Angara; D. Ezersky, Y. Karpekin, P. Weinheber, A. Filimonov, S. Novikov, M. Charupa, I. Mikhaltseva, Schlumberger

176696 Criteria for the Identification of Productive Oil Intervals in the Bazhenov Formation G. Kalmykov, N. Balushkina, Lomonosov MSU

176701Optimization of Orientation of Horizontal Wells and Direction of Fractures at Multistage Hydraulic Fracturing for Low-permeability Reservoir: Tradeoff between Initial Oil Production and Oil Recovery

V. Akhmetgareev, TatNIPIneft; R. Khisamov, Tatneft

176706 A Multistage Stimulation Operation to Unlock the Gas Potential of the Turonian Siltstone Formation in Western Siberia

S. Sitdikov, K. Latkin, V. Surtaev, A. Pestrikov, O. Loznyuk, Z. Kaluder, R. Murtazin, Rosneft; A. Yudin, D. Vernigora, O. Olennikova, Schlumberger

176714 Multi-Stage Fractured Horizontal Well Numerical Simulator and its Application for Water Injection Optimization in Tight Sandstone Reservoirs C. Guo, M. Wei, Missouri University of Science and Technology

176718 On the Possibilities of NMR in the Study of Rocks with Highly Viscous Hydrocarbons

V. Skirda, M. Doroginitsky, D. Nurgaliev, V. Kosarev, A. Fattakhov, Kazan Federal University

176699 The Technology of Thermal Recovery at the Boca de Jaruco Field: Challenges and Opportunities

E. Yudin, A. Lubnin, I. Afanasyev, T. Azimov, Zarubezhneft; P. Grishin, A. Osipov, A. Galimova, VNIIneft

TECHNICAL SESSION «WELL CONSTRUCTION – DRILLING AND COMPLETION»

176510 First Fishbone Well Drilling at Vankorskoe Field R. Nigmatullin, V. Malyasov, RN-Vankorneft; M. Bazitov, I. Golovko, D. Konosov, A. Mingazov, Schlumberger

176524 East Siberia Drilling Success by Motor-Powered High-Dogleg RSS Concept Introduction

A. Shishkin, A. Yakupov, M. Chuvashov, G. Teleev, Schlumberger; M. Beloborodov, INK-Service

176516 How an Integrated Services Approach Significantly Reduced Well Construction Time at Kuyumbinskoe Field in Eastern Siberia, Russia

L. Malkevich, K. Mazaev, A. Novosyolov, A. Dementyev, Schlumberger; N. Ignatiev, P. Nedelko, Slavneft-KNG

176517 Drillbit Optimization System: Real Time Approach to Enhance Rate of Penetration and Bit Wear Monitoring I. Bebeshko, A. Ruzhnikov, Schlumberger

176506 Pilot Test Results of Casing while Drilling in the Urengoiskoye field S. Kulikov, M. Gelfgat, D. Priymachenko, M. Tan, Weatherford; V. Gnibidin, D. Fedoseev, SamaraNIPIneft; K. Aleksandrov, Rospan

176518 Open Hole Gravel Pack Installation for Russkoe Field S. Tyutikov, D. Pleshkov, D. Gruzdov, Schlumberger; A. Nuikin, E. Muslimov, Rosneft; G. Lunkov, Tyumenneftegaz

176507 Yurkharovskoye Extended Reach Drilling Campaign Resulted in the Successful Completion of Record Multilateral Well

S. Dymov, P. Dobrokhleb, V. Kretsul, V. Kondarev, A. Fedotov, Schlumberger; E. Glebov, I. Shokarev, NOVATEK; A. Gulov, InvestGeoService

176521 Performance Analysis of Targeted Bit Speed Technology Applied in Directional Drilling in Urengoiskoye Field, Yamal, Russia

N. Abaltusov, A. Dubrovin, Weatherford; E. Kiselev, S. Ovchinnikov, Rospan International

176508 Engineered Drilling System Approach Makes the Impossible Possible: A Case Study of horizontal Well Drilling in Achimov Formations of Urengoyskoe Field

P. Dobrokhleb, V. Kretsul, S. Dymov, Schlumberger; A. Milenky, O. Tarasov, Arcticgas

176513 Technology Evolution Brings New Step in Efficiency, Unlocks New Opportunities for Drilling Extended Laterals in Samburg Field

A. Milenky, O. Tarasov, Arcticgas; P. Dobrokhleb, V. Kretsul, S. Dymov, M. Razumny, Schlumberger

176535 Increasing Productivity of Tight-Gas Wells by More than 30% with Integrated Approach to Well Construction and Stimulation: a Case Study A. Ablaev, D. Zaichenko, A. Yudin, Schlumberger

176509 Complex Well Completion Experience via Subsea Production Unit during P6 Well Construction at Kirinskoe Gas and Condensate Field

R. Gonnov, R. Klyuchnikov, Gazprom flot; N. Kovalev, Schlumberger Vostok

176514 Specifics of the Eliminate Complications during Drilling with Oil-Based Muds A. Figilyantov, S. Ilyasov, G. Okromelidze, O. Garshina, O. Chugaeva, LUKOIL-Engineering PermNIPIneft

176512 Lost Circulation Minimization Strategy Applied while Drilling Challenging Profile Well on Salym Group of Oil Fields

A. Kharitonov, R. Burdukovsky, S. Pogorelova, Halliburton; A. Bakici, A. Antonov, Salym Petroleum Development N.V.

176519 Best Practice – A Direct Emulsion as the New Trend to Drill Mature Oilfield with Reduce Overbalance

A. Kharitonov, S. Sokovnin, E. Tikhonov, J. Vian, Halliburton; D. Bakirov, E. Babushkin, LUKOIL-Engineering

176527 Formation Damage due to Drilling and Completion: External Cake Formation and Stabilisation

A. Kalantariasl, P. Bedrikovetsky, The University of Adelaide, Australian School of Petroleum; A. Servulo, State University of Norte Fluminense – UENF

176528 Drilling Hazard Mitigation Method K. Antipova, Gazpromneft STC; O. Kulakova, Samara State Technical University

176522 Expandable, Flexible and Self-Healing Cement System with H2S Resistant Properties A. Burkenya, M. Popov, Schlumberger

TECHNICAL SESSION «OIL AND GAS PRODUCTION – EQUIPMENT AND TECHNOLOGIES»

176669 Use of Vx Multiphase Metering Technology in Russia's High-Viscous Foamy Oils: Lessons Learned

D. Lachugin, Tyumenneftegaz; A. Abramochkin, A. Davidovsky, Schlumberger

176678 Resource Efficient Central Gas Processing Facility with Reduced Methanol Demand N. Elizaryeva, A. Kolchin, A. Kurochkin, NPP OZNA-Engineering

Programme correct as of May 13 2015. All author names, companies and paper titles are listed as submitted to SPE. Programme correct as of May 13 2015. All author names, companies and paper titles are listed as submitted to SPE.

16 17

TECHNICAL PROGRAMME 26–28 OCTOBER TECHNICAL PROGRAMME 26–28 OCTOBER

TECHNICAL SESSION «ADVANCED EQUIPMENT, MATERIALS AND SOFTWARE FOR OIL AND GAS EXPLORATION AND PRODUCTION - DEVELOPMENTS, EXPERIENCE AND APPLICATION IN RUSSIA»

176649 Experience of 3S-technology Application for Natural Gas Processing at Gas Facilities in Russia and China S. Imaev, L. Bagirov, ENGO Engineering

176650 Proppant Flow Back Control for Fracturing Low Temperature Formations Methods and Application Studies

A. Konchenko, S. Parkhonyuk, A. Borisenko, L. Beyakova, Schlumberger; A. Letichevsky, Samaraneftegas

176652 Operational Decision Making Reaching New Frontiers with Real-Time Downhole Telemetry in the Russia's Arctic

I. Tanygin, S. Barylnik, Gazpromneft-Sakhalin; S. Abramochkin, A. Davidovsky, A. Zhandin, M. Belov, Schlumberger

176653Experience in Establishment of a Time Period Required for Safe Operation of Oil and Gas Wells Based on Diagnostics of the Production String and Casing Annulus

A. Abakumov (junior), E. Semin, A. Abakumov, CTD Introsko; R. Mukhamadiev, V. Bazhenov, TNG-Group

176654 The Use of Test Equipment to Conduct Exploration on the Promising Horizons of Oil and Gas Wells I. Kopeykin, Ufa State Oil Technical University

176655 Three Metal Barriers Monitoring in Offshore Wells A. Ansari, N. Khan, Z. Libdi, ZADCO; M. Volkov, R. Makhiyanov, A. Aslanyan, TGT OILFIELD SERVICES

TECHNICAL SESSION «REMOTE AND AUTONOMOUS FIELDS’ DEVELOPMENT»

176659 Selection of Development Strategy for Novoport Oil and Gas Condensate Field in the Conditions of Information Uncertainty

E. Podchuvalova, O. Ushmaev, M. Fedorov, E. Pavlov, R. Apasov, E. Voevoda, I. Kovalenko, A. Maksimenko, D. Reshetnikov, D. Samolovov, Gazpromneft STC; D. Bazhenov, D. Garenskikh, Gazprom Neft Novy Port

176660 Development of Remote Gas-Condensate Fields: Challenges and SolutionsA. Muravyev, J. Lievois, Weatherford; A. Nikonov, S. Zhukov, A. Kruptsev, ROMAN CAPITAL Plc.; V. Flid, Lomonosov Moscow State University of Fine Chemical Technologies

176662 Hydrodynamic Well Testing at Exploration and Appraisal for Reducing Uncertainties in Formation Properties of Uvat Project O. Kulyatin, A. Akimov, RN Management, A.Chirgun, RN-Uvatneftegaz

176663 Development of Integrated Modeling Tools for Field with SWAG K. Shlychkov, D. Efimov, E. Sergeev, BashNIPIneft; A. Zaynulin, Bashneft; V. Dobrin, Bashneft-Polus; V. Savichev, Vankorneft

TECHNICAL SESSION «SEARCH OF NEW RESERVES. NEW IN DIRECTION EXPLORATION»

176609 Fold Belts: Do We Have to Expect a Shift in Petroleum Exploration Priorities?K. Sobornov, Severo-Zapad; A. Afanasenkov, All-Russian Research and Development Geological Oil Institute; V. Zhemchugova, GSD LLC; V. Danilov, Scientific & Research Institute of Natural Gases and Gas Technologies — Gazprom VNIIGAZ; Yu. Volozh, Geological Institute of RAS

176610 Paleogeographic Reconstruction and Structural Morphology of Domanik Formation in Tatarstan L. Xinping, Institute of Geology and Fossil Fuels Development

176611Seismic Inversion Methods as a Tool for Construction and Improvement of Vendian-Cambrian Formations Seismogeological Model. An Oilfield Case Study in Eastern Siberia

I. Kubyshta, Yu. Pavlovsky, P. Emelyanov, Gazpromneft STC; L. Shakirzyanov, Gazpromneft-Angara

176612 Prognosis of Petroleum Potential on the Basis of Coal Beds Peculiarities M. Golitsin, A. Levchuk, A. Golitsin, Lomonosov MSU

176613 Features of Tyumen Formation Facial Structures According to the Spectral Decomposition A. Butorin, Gazpromneft STC

176614 The Chernyshev Swell: Supertrap or Waste Zone? K. Sobornov, Severo-Zapad; V. Danilov, Scientific & Research Institute of Natural Gases and Gas Technologies — Gazprom VNIIGAZ

TECHNICAL SESSION «FAST TRACKING FIELD DEVELOPMENT»

176665 Selecting a Development System for Offshore Coastal Gas-Condensate Fields A. Romanov, S. Buchinsky, A. Yushkov, D.Glumov, TNNC; G.Voikov, VENINEFT

TECHNICAL SESSION «EXPERIENCE AND PROSPECTS OF THE SHELF DEVELOPMENT»

176688 Gas Shutoff Treatment in Mega Rich Horizontal Well with Coiled Tubing Inflatable Packer for North Caspian

K. Burdin, P. Bravkov, A. Kichigin, M. Lobov, Schlumberger; A. Zemchikhin, D. Eliseev, LUKOIL

176692 Russian Oil and Gas Companies Face Unique Challenges in New Exploration Locations – LUKOIL Offshore Exploration Deepwater Romania Black Sea

M. Williger, D. Mian, LUKOIL Overseas; J. Roberts, P. O’Keeffe, Transocean

176687 Conceptual Design of Offshore Facilities: Objectives, Instruments and Deliverables A. Gubaev, K. Fedorov, S. Gusev, Academy of Oil and Gas Engineering

176686 The Choice of Strategy Development of Offshore Oil and Gas Field A. Shandrygin, DeGolyer and MacNaughton; D. Dubrovsky, Gazprombank Neftegas Services

176689 Minimal Renthal Reserves Estimation in Arctic Offshore R. Apasov, O. Ushmaev, A. Bochkov, A. Varavva, D. Samolovov, Gazpromneft STC; A. Makarenko, Gazpromneft-Sakhalin

176693 Digital and Automated Offset Analysis with Focus on the NCS M. Mosesyan, L. Surguchev, LUKOIL Overseas North Shelf AS; P. Mathisen, AGR

TECHNICAL SESSION "HARD-TO-RECOVER RESERVES"

176708 Assessment of the Reservoir Monitoring System and Value of Real-Time Temperature and Pressure Profiles at the Suplac HASD Demonstration Project

P. Ficocelli, O. Mezhenin, C. Hyland, Weatherford; V. Crecana, D. Legcevic, S.C. OMV PETROM S.A.-E&P

176704 Examples of Gas Well Testing in Reservoir with Low Permeability A. Davletbaev, E. Zhilko, R. Islamov, R. Murtazin, RN-UfaNIPIneft; O. Loznyuk, R. Shaybakov, Rosneft

176697 Optimization Principles of Oil Field Waterflood in Highly Heterogeneous Reservoirs

O. Pichugin, P. Solyanoy, G. Kosheverov, A. Gavris, CONCORD; S. Rodionov, V. Kosyakov, Tyumen Branch of Institute of Theoretical and Applied Mathematics of SB RAS

176695 Reservoir Well Completion Technologies and Inflow Control Devices Effectiveness during Oil Rim with Overlying Gas Cap Reservoir Development

D. Semikin, LUKOIL-Nizhnevolzhskneft; M. Chertenkov, R. Shafikov, LUKOIL-Engineering

176702 The Optimal Combination of Horizontal and Vertical Wells with Thermal Steam Method of Deposit Development of Extra-Viscous Oil with Small Thicknesses D. Shaykhutdinov, A. Zaripov, TatNIPIneft; R. Khisamov, Tatneft

176700 Optimal Well Pattern of Multifractured Horizontal Wells Arranged in Rectangular Arrays O. Fuks, M. Khasanov, O. Ushmaev, A. Andrianova, Gazpromneft STC

176698Defining Potentially-Productive Intervals and Evaluating Petrophysical Properties of Tight-Oil Bazhenov Formation in Western Siberia Using a Suite of Modern Wireline Logs

L. Melnikov, RN-Nyaganneftegaz; M. Martynov, Gazpromneft Razvitie; V. Demin, Gazpromneft-Angara; D. Ezersky, Y. Karpekin, P. Weinheber, A. Filimonov, S. Novikov, M. Charupa, I. Mikhaltseva, Schlumberger

176696 Criteria for the Identification of Productive Oil Intervals in the Bazhenov Formation G. Kalmykov, N. Balushkina, Lomonosov MSU

176701Optimization of Orientation of Horizontal Wells and Direction of Fractures at Multistage Hydraulic Fracturing for Low-permeability Reservoir: Tradeoff between Initial Oil Production and Oil Recovery

V. Akhmetgareev, TatNIPIneft; R. Khisamov, Tatneft

176706 A Multistage Stimulation Operation to Unlock the Gas Potential of the Turonian Siltstone Formation in Western Siberia

S. Sitdikov, K. Latkin, V. Surtaev, A. Pestrikov, O. Loznyuk, Z. Kaluder, R. Murtazin, Rosneft; A. Yudin, D. Vernigora, O. Olennikova, Schlumberger

176714 Multi-Stage Fractured Horizontal Well Numerical Simulator and its Application for Water Injection Optimization in Tight Sandstone Reservoirs C. Guo, M. Wei, Missouri University of Science and Technology

176718 On the Possibilities of NMR in the Study of Rocks with Highly Viscous Hydrocarbons

V. Skirda, M. Doroginitsky, D. Nurgaliev, V. Kosarev, A. Fattakhov, Kazan Federal University

176699 The Technology of Thermal Recovery at the Boca de Jaruco Field: Challenges and Opportunities

E. Yudin, A. Lubnin, I. Afanasyev, T. Azimov, Zarubezhneft; P. Grishin, A. Osipov, A. Galimova, VNIIneft

TECHNICAL SESSION «WELL CONSTRUCTION – DRILLING AND COMPLETION»

176510 First Fishbone Well Drilling at Vankorskoe Field R. Nigmatullin, V. Malyasov, RN-Vankorneft; M. Bazitov, I. Golovko, D. Konosov, A. Mingazov, Schlumberger

176524 East Siberia Drilling Success by Motor-Powered High-Dogleg RSS Concept Introduction

A. Shishkin, A. Yakupov, M. Chuvashov, G. Teleev, Schlumberger; M. Beloborodov, INK-Service

176516 How an Integrated Services Approach Significantly Reduced Well Construction Time at Kuyumbinskoe Field in Eastern Siberia, Russia

L. Malkevich, K. Mazaev, A. Novosyolov, A. Dementyev, Schlumberger; N. Ignatiev, P. Nedelko, Slavneft-KNG

176517 Drillbit Optimization System: Real Time Approach to Enhance Rate of Penetration and Bit Wear Monitoring I. Bebeshko, A. Ruzhnikov, Schlumberger

176506 Pilot Test Results of Casing while Drilling in the Urengoiskoye field S. Kulikov, M. Gelfgat, D. Priymachenko, M. Tan, Weatherford; V. Gnibidin, D. Fedoseev, SamaraNIPIneft; K. Aleksandrov, Rospan

176518 Open Hole Gravel Pack Installation for Russkoe Field S. Tyutikov, D. Pleshkov, D. Gruzdov, Schlumberger; A. Nuikin, E. Muslimov, Rosneft; G. Lunkov, Tyumenneftegaz

176507 Yurkharovskoye Extended Reach Drilling Campaign Resulted in the Successful Completion of Record Multilateral Well

S. Dymov, P. Dobrokhleb, V. Kretsul, V. Kondarev, A. Fedotov, Schlumberger; E. Glebov, I. Shokarev, NOVATEK; A. Gulov, InvestGeoService

176521 Performance Analysis of Targeted Bit Speed Technology Applied in Directional Drilling in Urengoiskoye Field, Yamal, Russia

N. Abaltusov, A. Dubrovin, Weatherford; E. Kiselev, S. Ovchinnikov, Rospan International

176508 Engineered Drilling System Approach Makes the Impossible Possible: A Case Study of horizontal Well Drilling in Achimov Formations of Urengoyskoe Field

P. Dobrokhleb, V. Kretsul, S. Dymov, Schlumberger; A. Milenky, O. Tarasov, Arcticgas

176513 Technology Evolution Brings New Step in Efficiency, Unlocks New Opportunities for Drilling Extended Laterals in Samburg Field

A. Milenky, O. Tarasov, Arcticgas; P. Dobrokhleb, V. Kretsul, S. Dymov, M. Razumny, Schlumberger

176535 Increasing Productivity of Tight-Gas Wells by More than 30% with Integrated Approach to Well Construction and Stimulation: a Case Study A. Ablaev, D. Zaichenko, A. Yudin, Schlumberger

176509 Complex Well Completion Experience via Subsea Production Unit during P6 Well Construction at Kirinskoe Gas and Condensate Field

R. Gonnov, R. Klyuchnikov, Gazprom flot; N. Kovalev, Schlumberger Vostok

176514 Specifics of the Eliminate Complications during Drilling with Oil-Based Muds A. Figilyantov, S. Ilyasov, G. Okromelidze, O. Garshina, O. Chugaeva, LUKOIL-Engineering PermNIPIneft

176512 Lost Circulation Minimization Strategy Applied while Drilling Challenging Profile Well on Salym Group of Oil Fields

A. Kharitonov, R. Burdukovsky, S. Pogorelova, Halliburton; A. Bakici, A. Antonov, Salym Petroleum Development N.V.

176519 Best Practice – A Direct Emulsion as the New Trend to Drill Mature Oilfield with Reduce Overbalance

A. Kharitonov, S. Sokovnin, E. Tikhonov, J. Vian, Halliburton; D. Bakirov, E. Babushkin, LUKOIL-Engineering

176527 Formation Damage due to Drilling and Completion: External Cake Formation and Stabilisation

A. Kalantariasl, P. Bedrikovetsky, The University of Adelaide, Australian School of Petroleum; A. Servulo, State University of Norte Fluminense – UENF

176528 Drilling Hazard Mitigation Method K. Antipova, Gazpromneft STC; O. Kulakova, Samara State Technical University

176522 Expandable, Flexible and Self-Healing Cement System with H2S Resistant Properties A. Burkenya, M. Popov, Schlumberger

TECHNICAL SESSION «OIL AND GAS PRODUCTION – EQUIPMENT AND TECHNOLOGIES»

176669 Use of Vx Multiphase Metering Technology in Russia's High-Viscous Foamy Oils: Lessons Learned

D. Lachugin, Tyumenneftegaz; A. Abramochkin, A. Davidovsky, Schlumberger

176678 Resource Efficient Central Gas Processing Facility with Reduced Methanol Demand N. Elizaryeva, A. Kolchin, A. Kurochkin, NPP OZNA-Engineering

Programme correct as of May 13 2015. All author names, companies and paper titles are listed as submitted to SPE. Programme correct as of May 13 2015. All author names, companies and paper titles are listed as submitted to SPE.

18 19

TECHNICAL PROGRAMME 26–28 OCTOBER TECHNICAL PROGRAMME 26–28 OCTOBER

176671 Dynamic Stability for Lift with Constant Gas Injection Rate H. Asheim, NTNU

176668 A New Approach to the Calculation of Operating Mode and Optimization Gas Lift Wells Ya. Burtsev, R. Khabibullin, Gazpromneft STC

176676 Prospects of Development of Jet Pump’s Well Operation Technology in Russia A. Drozdov, Gubkin Russian State University of Oil and Gas

176677 Flow Assurance in the Gas Gathering Networks of Two Gas-Condensate Formations of Urengoyskoe Gas Condensate Field

S. Bikbulatov, V. Buleiko, I. Mukminov, ROSPAN INTERNATIONAL; R. Bikbulatov, A. Vinokurov, RN-UfaNIPIneft

TECHNICAL SESSION «FIELD DEVELOPMENT MONITORING AND CONTROL»

176562 Methods of Research for the Development of Spontaneous Growth of Induced Fractures during Flooding in Low Permeability Reservoirs

A. Davletbaev, G. Asalkhuzina, D. Ivashenko, A. Fedorov, E. Valeeva, RN-UfaNIPIneft; G. Fursov, E. Nazargalin, A. Slabetsky, RN-Yuganskneftegaz; A. Sergeychev, I. Yamalov, Rosneft

176566 Optimizing Multi-Stage Fractured Horizontals Performance Using Well Test Results

V. Krichevsky, N. Morozovsky, Gazpromneft STC; M. Bikkulov, Gazprom-Khantos

176560 Injection Profiling in Horizontal Wells by Using Distributed Fiber Optic Permanent Monitoring Systems

E. Figura, M. Solodyankin, D. Komarov, Laser Solutions; A. Lutfullin, E. Mironov, NOVATEK-TARKOSALENEFTEGAZ; M. Nukhaev, Siberian Federal University, O. Zhuravlev, Wormholes

176563 Autonomous ICD Well Performance Assessment Using Intelligent Inflow Tracer Technology in the Yuri Korchagin Field in Russia

D. Semikin, A. Senkov, A. Surmaev, LUKOIL-Nizhnevolzhskneft; A. Prusakov, E. Leung, RESMAN AS

176561 Digital Information Systems Development for Optimization of Complex Geotechnical Programs Formation Process

R. Zulkarniev, R. Khalikov, A. Sheremeev, A. Sitnikov, A. Pustovskih, R. Gilmanov, Gazpromneft STC

174872Modern Data-Driven Performance Analysis of Mature Waterfloods

R. Mijnarends, F. Grishko, S. Kryanev, E. Mikhaylenko, E. Nizamutdinov, O. Plokhotnichenko, I. Surovets, Y. Volokitin, Salym Petroleum Development; A. Gladkov, M. Belyanushkina, A. Lvov, Modeling Technologies Center

TECHNICAL SESSION «R&D AND INNOVATIONS FOR HYDROCARBON EXPLORATION AND PRODUCTION»

176559 A Novel Tool to Improve Rate of Penetration—Down-hole Drilling String Absorption and Hydraulic Supercharging Device H. Zhang, Yo. Liu, Yu. Xu, China university of petroleum

176540 The First Stimulation Experience with Rod-shaped Proppant in Western Siberia Oil Fields А. Valiullin, LUKOIL

176552 Investigation of Well Jet Pump Unit for Technology of Multi-Level Oil and Gas Recovery of Two Layers Kh. Tumanyan, Gubkin Russian State University of Oil and Gas

176555 Uranium Wells: Correct Choice of Drilling and Completion Fluids Totally Changed the Game A. Kharitonov, A. Gumarov, A. Kenjebayev, Halliburton

176536Integrated Approach to Drilling ERD Wells with the Innovative Reservoir-Scale Mapping while Drilling Technology on Korchagina Field

M. Golenkin, S. Shtun, A. Shtun, D. Shtepin, LUKOIL-Nizhnevolzhskneft; D. Shabalinskaya, A. Makhambetov, A. Shirshov, I. Zakharov, O. Gorshenina, L. Sadykov, O. Ocheretyany, A. Khakov, V. Kuzakov, A. Fitsner, K. Pyankov, D. Vasilyev, Schlumberger

176553 Determination of Main Petrophysical Parameters of the Formation based on 4 Detector Neutron Thermal Neutron and Neutron-Gamma Measurements and its Comparison with the Parameters Measured on Core

S. Plugin, Roke International; A. Kalistratov, Roke Technologies Ltd

176541 Technological and Innovative Cooperation with LUKOIL: New Opportunities for Technology Developers V. Baronov, M. Vyatchinin, LUKOIL-Engineering

176543 New Mud-Pulse Telemetry System Delivers Improved Drilling Dynamics and Formation Evaluation Data P. Cooper, L. Samuel, Halliburton

176537 Horizontal Well Design Justification and Results of Drilling for the Jurassic Low Permeable Sands of Western Siberia S. Kolbikov, E. Druganova, NOVATEK; F. Zavalyn, NOVATEK R&DC

176538 Electromagnetic Heating for Heavy Oil Production: Case Study of a Field Applicability

M. Rafiee, A. Behr, E. Lessner, Wintershall Holding GmbH; D. Diehl, B. Trautmann, A. Koch, Siemens AG

176545 Characterisation of Formation Damage Systems from Laboratory Coreflood Pressure Measurements

A. Vaz, D. Maffra, State University of Norte Fluminense - UENF; T. Carageorgos, P. Bedrikovetsky, The University of Adelaide, Australian School of Petroleum

176551 Innovations in Geological Prospecting and Reservoir Engineering in Tatneft’s License Blocks

R. Khisamov, Tatneft; V. Bazarevskaya, TatNIPIneft; V. Ekimenko, TNG-Group

TECHNICAL SESSION «STATIC, DYNAMIC AND GEOMECHANICAL MODELING. SOFTWARE»

176633 Comparative Study of Pressure Dependent Permeability Application for Modeling and Forecast Estimation of Well Performance in Microfractured Carbonate Formations

K. Gopa, A. Konoplev, D. Skryabin, Roxar Software Solutions; E. Sazonov, Bashneft

176634 Geological and Hydrodynamic Modeling based on the Formation Mechanical Properties

A. Shaybakov, D. Korneva, NPO "SNGS"; D. Eydinov, E. Piskovsky, Rock Flow Dynamics

176631 Two-Way Coupled Geomechanical Analysis of a Naturally Fractured Oil Reservoir’s Behavior Using Finite Element Method N. Dubinya, S. Lukin, I. Chebyshev, Gazpromneft STC

176638 The Main Tendencies of Water-Induced Hydraulic Fracture Propagation M. Trimonova, N. Dubinya, Gazpromneft STC

176639 Integrated Approach to Modeling Naturally Fractured Carbonate Reservoirs D. Ardislamova, E. Salimgareeva, D. Gallyamova, BashNIPIneft

176637 3D Geomechanical Modeling of Oil Field on the Basis of a Model of Mechanical Properties of Formations for the Purpose of Operating Wells Construction

I. Garagash, I. Bayuk, A. Dubovskaya, S. Tikhotsky, I. Berezina, Institute of Earth's Physics RAS; S. Glubokovskih, MSU Center of Seismic Data Analysis; D. Korneeva, NPO SNGS

176628 Modeling of PVT-properties of Natural Gas Condensate Mixtures Adjusted for Presence of Residual Water in Collector

T. Yushenko, Moscow Institute of Physics and Technology (State University); A. Brusilovsky, Gazpromeft STC

176632 Modelling of Non-Equilibrium Phase Behavior of Hydrocarbon Mixtures O. Lobanova, I. Indrupsky, IOGP RAS

176635 Geological Models for the Implementation of Adaptive Exploration and Fast-Tracking Field Development of Oil Pools in Imilor-Istochny License Area

V. Kasatkin, V. Shalamova, V. Druchin, LUKOIL-Engineering KogalymNIPIneft Branch Office in Tyumen

176629 The Mechanism of Oil Displacement from Micro Heterogeneous Porous Media at WAG

A. Shandrygin, DeGolyer and MacNaughton; V. Shelepov, R. Ramazanov, Lomonosov MSU; N. Andrianov, D. Klemin, Schlumberger

176636 Concept Baseline for the Development of a Major Complex Field in Eastern Siberia using Flow Simulation

A. Levanov, V. Belyansky, I. Volkov, D. Anuryev, TNNC; V. Grinchenko, Taas-Yuryakh Neftegazdobycha; T. Musabirov, Rosneft

176630 Laboratory and Numerical Study of the Dissolution Process of Salinization Clastic Reservoirs

I. Vinogradov, A. Zagorovsky, TNNC; S. Milyutin, Rock Flow Dynamics; E. Gorbatko, I. Dolgov, Verkhnechonskneftegaz

TECHNICAL SESSION "NEW OPPORTUNITIES FOR BROWNFIELDS"

176722 Implementation of Low-residue Polysaccharide Fracturing Fluid System Aids Flowback Recovery at Chicontepec Basin: Field Experiences on Sandstone Tight-Oil Wells

E. Castro-Vera, E. Chuc, L. Gutierrez, Halliburton; A. Sanchez, PEMEX

176726 Hydraulic Fracturing Treatment with RPM on Watered Layer Samotlor Oilfield V. Keda, Halliburton; V. Lepeshkin, Samotlorneftegaz

176721Fines-Migration-Assisted Low-Salinity Waterflooding: Field Case Analysis

P. Bedrikovetsky, A. Zeinijahromi, A. Badalyan, The University of Adelaide, Australian School of Petroleum; V. Akhmetgareev, TatNIPIneft; R. Khisamov, Tatneft

176720 Re-fracturing Considerations of Horizontal Well Multi Stage Fractured Completions in Mid Permeability Formations K. Butula, A. Yudin, Schlumberger

176724 More with Less: Channel Fracturing Delivers Improved and Sustainable Production with Less Resources in Low-Temperature Reservoirs of Tsarichanskoe Field

V. Sukovaty, I. Titov, A. Konopelko, Gazprom Neft Orenburg; D. Ovsyannikov, A. Borisenko, A. Yudin, Schlumberger

176725 A Novel Automated and Probabilistic EOR Screening Method to Integrate Theoretical Screening Criteria and Real Field EOR Practices M. Tarrahi, S. Afra, Texas A&M University

TECHNICAL SESSION «AN INTEGRATED APPROACH TO GAS AND GAS-CONDENSATE FIELD DEVELOPMENT»

176582 Evaluation of Cycling Options for Achimov Reservoirs of Urengoy Field A. Yushkov, P. Merkushin, TNNC

176580 Integrated Modeling of Oil-Gas Condensate Field for Full Associated Gas Utilization A. Vasilyev, Halliburton

176584 The Results of the Integrated Modeling in LUKOIL Uzbekistan D. Pak, LUKOIL-Uzbekistan

176578 Integrating Asset Modelling for Strategic Gas Field Development Planning and Short-Term Optimization

A. Mulkamanov, A. Dorofeev, V. Vorobiev, Severneftegazprom; A. Bolshakova, A. Chupeev, B. Sauve, T. Tonkin, J. Vernus, Schlumberger

176581 Improvement of the Well Performance Optimization Methodology based on the Integrated Modeling

A. Bikbulatov, D. Vorobyev, A. Smirnov, I. Mukminov, S. Romashkin, ROSPAN INTERNATIONAL

176579 Development and Practical Applications of Integrated Model of North Vasyugansk Gas Condensate Field A. Voronkov, V. Zhuk, D. Tyunkin, A. Silantyev, Tomskgazprom

TECHNICAL SESSION "FORMATION EVALUATION"

176598Contact Determination, Fluid Typing and Deliverability Estimation in North Caspian Appraisal Wells

V. Blinov, P. Weinheber, M. Chapura, M. Ivashin, Schlumberger; D. Ganichev, Rosneft; A. Tereschuk, RN-Shelf-Arctica; S. Shtun, LUKOIL-Nizhnevolzhskneft; I. Alekseev, Caspian Oil Company; O. Neyaglova, LUKOIL

176590 Integrated Petrophysical Fissuring Estimation Approach of Riphean Sediments in East Siberia

N. Shetinina, A. Malshakov, V. Grinchenko, TNNC; A. Khabarov, Sakhalin Energy

176593 The Techniques of Core Experiment Planning and Analysis for Determining the WAG Modeling Parameters in the Case of R. Trebs Oil Field A. Gimazov, K. Russkih, BashNIPIneft

176602Formation Pressure while Drilling Technology Applied in Arctic Environment: Yamal Region Case Study

M. Ivashin, A. Yakovlev, A. Makhmotov, Yu. Petrakov, A. Sobolev, D. Zadvornov, Schlumberger; A. Abdrakhimov, E. Glebov, I. Shokarev, V. Kozlov, NOVATEK; V. Bebekin, V. Datsko, A. Kurasov, O. Kharuk, NOVATEK-YURKHAROVNEFTEGAZ; A. Buldin, A. Gulov, F. Chimbulatov, V. Poletaev, Investgeoservice

176604 Modeling of Effective Pressure Effect on Deformation Mechanisms of Fractured Reservoirs

S. Lukin, M. Tugarova, R. Oshmarin, N. Dubinya, I. Chebyshev, Gazpromneft STC

176589 Interpretation of Non-Isothermal Testing Data based on the Numerical Simulation

R. Valiullin, A. Ramazanov, T. Khabirov, Bashkir State University, NPF GeoTEK; V. Shako, M. Sidorova, Schlumberger Moscow Scientific Center; V. Fedorov, E. Salimgareeva, BashNIPIneft

Programme correct as of May 13 2015. All author names, companies and paper titles are listed as submitted to SPE.Programme correct as of May 13 2015. All author names, companies and paper titles are listed as submitted to SPE.

18 19

TECHNICAL PROGRAMME 26–28 OCTOBER TECHNICAL PROGRAMME 26–28 OCTOBER

176671 Dynamic Stability for Lift with Constant Gas Injection Rate H. Asheim, NTNU

176668 A New Approach to the Calculation of Operating Mode and Optimization Gas Lift Wells Ya. Burtsev, R. Khabibullin, Gazpromneft STC

176676 Prospects of Development of Jet Pump’s Well Operation Technology in Russia A. Drozdov, Gubkin Russian State University of Oil and Gas

176677 Flow Assurance in the Gas Gathering Networks of Two Gas-Condensate Formations of Urengoyskoe Gas Condensate Field

S. Bikbulatov, V. Buleiko, I. Mukminov, ROSPAN INTERNATIONAL; R. Bikbulatov, A. Vinokurov, RN-UfaNIPIneft

TECHNICAL SESSION «FIELD DEVELOPMENT MONITORING AND CONTROL»

176562 Methods of Research for the Development of Spontaneous Growth of Induced Fractures during Flooding in Low Permeability Reservoirs

A. Davletbaev, G. Asalkhuzina, D. Ivashenko, A. Fedorov, E. Valeeva, RN-UfaNIPIneft; G. Fursov, E. Nazargalin, A. Slabetsky, RN-Yuganskneftegaz; A. Sergeychev, I. Yamalov, Rosneft

176566 Optimizing Multi-Stage Fractured Horizontals Performance Using Well Test Results

V. Krichevsky, N. Morozovsky, Gazpromneft STC; M. Bikkulov, Gazprom-Khantos

176560 Injection Profiling in Horizontal Wells by Using Distributed Fiber Optic Permanent Monitoring Systems

E. Figura, M. Solodyankin, D. Komarov, Laser Solutions; A. Lutfullin, E. Mironov, NOVATEK-TARKOSALENEFTEGAZ; M. Nukhaev, Siberian Federal University, O. Zhuravlev, Wormholes

176563 Autonomous ICD Well Performance Assessment Using Intelligent Inflow Tracer Technology in the Yuri Korchagin Field in Russia

D. Semikin, A. Senkov, A. Surmaev, LUKOIL-Nizhnevolzhskneft; A. Prusakov, E. Leung, RESMAN AS

176561 Digital Information Systems Development for Optimization of Complex Geotechnical Programs Formation Process

R. Zulkarniev, R. Khalikov, A. Sheremeev, A. Sitnikov, A. Pustovskih, R. Gilmanov, Gazpromneft STC

174872Modern Data-Driven Performance Analysis of Mature Waterfloods

R. Mijnarends, F. Grishko, S. Kryanev, E. Mikhaylenko, E. Nizamutdinov, O. Plokhotnichenko, I. Surovets, Y. Volokitin, Salym Petroleum Development; A. Gladkov, M. Belyanushkina, A. Lvov, Modeling Technologies Center

TECHNICAL SESSION «R&D AND INNOVATIONS FOR HYDROCARBON EXPLORATION AND PRODUCTION»

176559 A Novel Tool to Improve Rate of Penetration—Down-hole Drilling String Absorption and Hydraulic Supercharging Device H. Zhang, Yo. Liu, Yu. Xu, China university of petroleum

176540 The First Stimulation Experience with Rod-shaped Proppant in Western Siberia Oil Fields А. Valiullin, LUKOIL

176552 Investigation of Well Jet Pump Unit for Technology of Multi-Level Oil and Gas Recovery of Two Layers Kh. Tumanyan, Gubkin Russian State University of Oil and Gas

176555 Uranium Wells: Correct Choice of Drilling and Completion Fluids Totally Changed the Game A. Kharitonov, A. Gumarov, A. Kenjebayev, Halliburton

176536Integrated Approach to Drilling ERD Wells with the Innovative Reservoir-Scale Mapping while Drilling Technology on Korchagina Field

M. Golenkin, S. Shtun, A. Shtun, D. Shtepin, LUKOIL-Nizhnevolzhskneft; D. Shabalinskaya, A. Makhambetov, A. Shirshov, I. Zakharov, O. Gorshenina, L. Sadykov, O. Ocheretyany, A. Khakov, V. Kuzakov, A. Fitsner, K. Pyankov, D. Vasilyev, Schlumberger

176553 Determination of Main Petrophysical Parameters of the Formation based on 4 Detector Neutron Thermal Neutron and Neutron-Gamma Measurements and its Comparison with the Parameters Measured on Core

S. Plugin, Roke International; A. Kalistratov, Roke Technologies Ltd

176541 Technological and Innovative Cooperation with LUKOIL: New Opportunities for Technology Developers V. Baronov, M. Vyatchinin, LUKOIL-Engineering

176543 New Mud-Pulse Telemetry System Delivers Improved Drilling Dynamics and Formation Evaluation Data P. Cooper, L. Samuel, Halliburton

176537 Horizontal Well Design Justification and Results of Drilling for the Jurassic Low Permeable Sands of Western Siberia S. Kolbikov, E. Druganova, NOVATEK; F. Zavalyn, NOVATEK R&DC

176538 Electromagnetic Heating for Heavy Oil Production: Case Study of a Field Applicability

M. Rafiee, A. Behr, E. Lessner, Wintershall Holding GmbH; D. Diehl, B. Trautmann, A. Koch, Siemens AG

176545 Characterisation of Formation Damage Systems from Laboratory Coreflood Pressure Measurements

A. Vaz, D. Maffra, State University of Norte Fluminense - UENF; T. Carageorgos, P. Bedrikovetsky, The University of Adelaide, Australian School of Petroleum

176551 Innovations in Geological Prospecting and Reservoir Engineering in Tatneft’s License Blocks

R. Khisamov, Tatneft; V. Bazarevskaya, TatNIPIneft; V. Ekimenko, TNG-Group

TECHNICAL SESSION «STATIC, DYNAMIC AND GEOMECHANICAL MODELING. SOFTWARE»

176633 Comparative Study of Pressure Dependent Permeability Application for Modeling and Forecast Estimation of Well Performance in Microfractured Carbonate Formations

K. Gopa, A. Konoplev, D. Skryabin, Roxar Software Solutions; E. Sazonov, Bashneft

176634 Geological and Hydrodynamic Modeling based on the Formation Mechanical Properties

A. Shaybakov, D. Korneva, NPO "SNGS"; D. Eydinov, E. Piskovsky, Rock Flow Dynamics

176631 Two-Way Coupled Geomechanical Analysis of a Naturally Fractured Oil Reservoir’s Behavior Using Finite Element Method N. Dubinya, S. Lukin, I. Chebyshev, Gazpromneft STC

176638 The Main Tendencies of Water-Induced Hydraulic Fracture Propagation M. Trimonova, N. Dubinya, Gazpromneft STC

176639 Integrated Approach to Modeling Naturally Fractured Carbonate Reservoirs D. Ardislamova, E. Salimgareeva, D. Gallyamova, BashNIPIneft

176637 3D Geomechanical Modeling of Oil Field on the Basis of a Model of Mechanical Properties of Formations for the Purpose of Operating Wells Construction

I. Garagash, I. Bayuk, A. Dubovskaya, S. Tikhotsky, I. Berezina, Institute of Earth's Physics RAS; S. Glubokovskih, MSU Center of Seismic Data Analysis; D. Korneeva, NPO SNGS

176628 Modeling of PVT-properties of Natural Gas Condensate Mixtures Adjusted for Presence of Residual Water in Collector

T. Yushenko, Moscow Institute of Physics and Technology (State University); A. Brusilovsky, Gazpromeft STC

176632 Modelling of Non-Equilibrium Phase Behavior of Hydrocarbon Mixtures O. Lobanova, I. Indrupsky, IOGP RAS

176635 Geological Models for the Implementation of Adaptive Exploration and Fast-Tracking Field Development of Oil Pools in Imilor-Istochny License Area

V. Kasatkin, V. Shalamova, V. Druchin, LUKOIL-Engineering KogalymNIPIneft Branch Office in Tyumen

176629 The Mechanism of Oil Displacement from Micro Heterogeneous Porous Media at WAG

A. Shandrygin, DeGolyer and MacNaughton; V. Shelepov, R. Ramazanov, Lomonosov MSU; N. Andrianov, D. Klemin, Schlumberger

176636 Concept Baseline for the Development of a Major Complex Field in Eastern Siberia using Flow Simulation

A. Levanov, V. Belyansky, I. Volkov, D. Anuryev, TNNC; V. Grinchenko, Taas-Yuryakh Neftegazdobycha; T. Musabirov, Rosneft

176630 Laboratory and Numerical Study of the Dissolution Process of Salinization Clastic Reservoirs

I. Vinogradov, A. Zagorovsky, TNNC; S. Milyutin, Rock Flow Dynamics; E. Gorbatko, I. Dolgov, Verkhnechonskneftegaz

TECHNICAL SESSION "NEW OPPORTUNITIES FOR BROWNFIELDS"

176722 Implementation of Low-residue Polysaccharide Fracturing Fluid System Aids Flowback Recovery at Chicontepec Basin: Field Experiences on Sandstone Tight-Oil Wells

E. Castro-Vera, E. Chuc, L. Gutierrez, Halliburton; A. Sanchez, PEMEX

176726 Hydraulic Fracturing Treatment with RPM on Watered Layer Samotlor Oilfield V. Keda, Halliburton; V. Lepeshkin, Samotlorneftegaz

176721Fines-Migration-Assisted Low-Salinity Waterflooding: Field Case Analysis

P. Bedrikovetsky, A. Zeinijahromi, A. Badalyan, The University of Adelaide, Australian School of Petroleum; V. Akhmetgareev, TatNIPIneft; R. Khisamov, Tatneft

176720 Re-fracturing Considerations of Horizontal Well Multi Stage Fractured Completions in Mid Permeability Formations K. Butula, A. Yudin, Schlumberger

176724 More with Less: Channel Fracturing Delivers Improved and Sustainable Production with Less Resources in Low-Temperature Reservoirs of Tsarichanskoe Field

V. Sukovaty, I. Titov, A. Konopelko, Gazprom Neft Orenburg; D. Ovsyannikov, A. Borisenko, A. Yudin, Schlumberger

176725 A Novel Automated and Probabilistic EOR Screening Method to Integrate Theoretical Screening Criteria and Real Field EOR Practices M. Tarrahi, S. Afra, Texas A&M University

TECHNICAL SESSION «AN INTEGRATED APPROACH TO GAS AND GAS-CONDENSATE FIELD DEVELOPMENT»

176582 Evaluation of Cycling Options for Achimov Reservoirs of Urengoy Field A. Yushkov, P. Merkushin, TNNC

176580 Integrated Modeling of Oil-Gas Condensate Field for Full Associated Gas Utilization A. Vasilyev, Halliburton

176584 The Results of the Integrated Modeling in LUKOIL Uzbekistan D. Pak, LUKOIL-Uzbekistan

176578 Integrating Asset Modelling for Strategic Gas Field Development Planning and Short-Term Optimization

A. Mulkamanov, A. Dorofeev, V. Vorobiev, Severneftegazprom; A. Bolshakova, A. Chupeev, B. Sauve, T. Tonkin, J. Vernus, Schlumberger

176581 Improvement of the Well Performance Optimization Methodology based on the Integrated Modeling

A. Bikbulatov, D. Vorobyev, A. Smirnov, I. Mukminov, S. Romashkin, ROSPAN INTERNATIONAL

176579 Development and Practical Applications of Integrated Model of North Vasyugansk Gas Condensate Field A. Voronkov, V. Zhuk, D. Tyunkin, A. Silantyev, Tomskgazprom

TECHNICAL SESSION "FORMATION EVALUATION"

176598Contact Determination, Fluid Typing and Deliverability Estimation in North Caspian Appraisal Wells

V. Blinov, P. Weinheber, M. Chapura, M. Ivashin, Schlumberger; D. Ganichev, Rosneft; A. Tereschuk, RN-Shelf-Arctica; S. Shtun, LUKOIL-Nizhnevolzhskneft; I. Alekseev, Caspian Oil Company; O. Neyaglova, LUKOIL

176590 Integrated Petrophysical Fissuring Estimation Approach of Riphean Sediments in East Siberia

N. Shetinina, A. Malshakov, V. Grinchenko, TNNC; A. Khabarov, Sakhalin Energy

176593 The Techniques of Core Experiment Planning and Analysis for Determining the WAG Modeling Parameters in the Case of R. Trebs Oil Field A. Gimazov, K. Russkih, BashNIPIneft

176602Formation Pressure while Drilling Technology Applied in Arctic Environment: Yamal Region Case Study

M. Ivashin, A. Yakovlev, A. Makhmotov, Yu. Petrakov, A. Sobolev, D. Zadvornov, Schlumberger; A. Abdrakhimov, E. Glebov, I. Shokarev, V. Kozlov, NOVATEK; V. Bebekin, V. Datsko, A. Kurasov, O. Kharuk, NOVATEK-YURKHAROVNEFTEGAZ; A. Buldin, A. Gulov, F. Chimbulatov, V. Poletaev, Investgeoservice

176604 Modeling of Effective Pressure Effect on Deformation Mechanisms of Fractured Reservoirs

S. Lukin, M. Tugarova, R. Oshmarin, N. Dubinya, I. Chebyshev, Gazpromneft STC

176589 Interpretation of Non-Isothermal Testing Data based on the Numerical Simulation

R. Valiullin, A. Ramazanov, T. Khabirov, Bashkir State University, NPF GeoTEK; V. Shako, M. Sidorova, Schlumberger Moscow Scientific Center; V. Fedorov, E. Salimgareeva, BashNIPIneft

Programme correct as of May 13 2015. All author names, companies and paper titles are listed as submitted to SPE.Programme correct as of May 13 2015. All author names, companies and paper titles are listed as submitted to SPE.

2120

TECHNICAL PROGRAMME 26–28 OCTOBER

TECHNICAL SESSION «SMART FIELD. TECHNOLOGY CHALLENGES.»

176646 Integrated Modeling of the Severo – Kochevskoe Oilfield R. Khaliulin, LUKOIL – Western Siberia; O. Zuikina, Roxar – Technologies AS

176645 Temperature Field Study in Wells with Hydrofractures Kh. Musaleev, S. Melnikov, Gubkin Russian State University of Oil and Gas

176648 Real Time Production Optimization of an Intelligent Well Offshore, Caspian Sea

S. Shestov, V. Blekhman, V. Gottumukkala, Schlumberger; M. Golenkin, LUKOIL; A. Senkov, LUKOIL-Nizhnevolzhskneft

176644 Development of the Control Algorithms of the RPM System under Full Implementation of the SWAG Injection Technique at Roman Trebs’ Oil Field

O. Nadezhdin, A. Lutfurakhmanov, P. Vinogradov, D. Efimov, E. Sergeev, BashNIPIneft

176643 Evolution of Completion Strategy at the Yu. Korchagina Field - From Uncontrolled Influx through Perforated Liner to a Fully Intelligent Inflow Monitor and Control Systems

M. Golenkin, LUKOIL-Nizhnevolzhskneft; I. Bulygin, S. Shestov, A. Ksenofontova, M. Buyanov, Schlumberger

TECHNICAL SESSION «HSE»

176681 Environmental Monitoring of Arctic Waters with Unmanned Bivalve Biosensor Technology: One Year of Background Data Acquisition in the Barents Sea

P. Blanc, Total; J. Massabuau, CNRS; A. Gudimov, Murmansk Marine Biological Institute of KSC of RAS

176680Gas Well Safe Operation Control by Well Logging Methods

A. Lysenkov, R. Yarullin, E. Sudnichnikova, L. Borisova, NPP "VNIIGIS"; Yu. Ivanov, S. Egurtsov, Innovative Oil and Gas Technologies; V. Danilenko, NPF "GITAS"

176685 Net Environmental Benefit Analysis at the Planning of Oil Spill Response Operations

N. Chekmeneva, Institute of Ecological Engineering and Surveys; S. Sery, Gazprom VNIIGAZ

176683 Method of Determining the Effectiveness of Dispersant for Oil Spilt Response at Icy Seas

A. Salnikov, Ukhta State Technical Univesrity; G. Gribov, Research and Development Engineering Institute of Oil and Gas of Ukhta State Technical University (USTU)

176684 Vulnerability of Arctic Coastal Environments to Oil Spill Impacts (White Sea Case Study)

D. Zagretdinova, Center of Marine Research of Moscow State University named after M.V. Lomonosov

TECHNICAL PROGRAMME 26–28 OCTOBER

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: ADVANCED EQUIPMENT, MATERIALS AND SOFTWARE FOR OIL AND GAS EXPLORATION AND PRODUCTION – DEVELOPMENTS, EXPERIENCE AND APPLICATION IN RUSSIA

176651 Implementation of New Multi Module Configurations in Wireline Logging Suits. Case Studies.

M. Yakovlev, D. Feofilov, A. Zakirov, Tyumenpromgeophysika; A. Isakov, Rosneft; I. Usov, Samotlorneftegaz; E. Dontsov, Varyeganneftegaz; R. Sharipov, RN-Uvatneftegaz

176656 The Benefits of Local Manufacture of Advanced Downhole Equipment S. Glebov, K. Sidorenko, S. Kulikov, Weatherford

176657 The Information Support of Fluid Sample’s Lifecycle from the Planning through to Analysis of the Laboratory Tests Results D. Efimov, K. Shlychkov, L. Minikeeva, BashNIPIneft

176658 Quantitative Structure-Property Relationship (QSPR) Approach for Modeling Surfactants Optimal Salinity in Microemulsion Systems

M. Mavaddat, S. Riahi, A. Bahramian, Institute of Petroleum Engineering

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: REMOTE AND AUTONOMOUS FIELDS’ DEVELOPMENT

176661 Efficient Offshore Field Development on Base of Permanent Downhole Monitoring

S. Melnikov, D. Gulyaev, A. Simakov, Gazpromneft STC; M. Andriyanov, A. Panarin, Gazprom Neft Shelf

176664 Utilization of Associated Petroleum Gas at Oil Production Facilities Located in Remote Area for the Generation of Heat, Electricity and Synthetic Liquid Fuels

G. Buslaev, Research and Design Institute of Oil and Gas of Ukhta State Technical University; F. Baitalow, Y. Voloshchuk, R. Pardemann, B. Meyer, Technical University Bergakademie Freiberg

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: SEARCH OF NEW RESERVES. NEW IN DIRECTION EXPLORATION

176606 Looking for New Hydrocarbon Accumulations within the Orenburgneft Brownfields V. Shakirov, D. Deryushev, TNNC; I. Sereda, Rosneft

176607 Optimization of Oil and Gas Exploration on the Basis of the Research on the Structural and Geomorphological Structure of the Territory and Gas Component of Subsoil Geosphere

A. Zotov, LukBelOil

176608 Lower Cretaceous Aptian-Albian Formations - New Exploration Play in Shaim Region

R. Akhmetzyanov, D. Sazonenko, A. Makarova, M. Seryakova, V. Goitia, R. Ismagilov, E. Evdokimova, M. Ravilov, Eurotek Yugra

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: FAST TRACKING FIELD DEVELOPMENT

176666 New Approach to an Assessment of Structure of Initial Stocks on the Example of the Ozhginsky Field

A. Podnebesnyh, S. Nurov, A. Kuvaldin, STC OILTEAM; A. Baryshnikov, S. Stukov, Yu. Timokhovich, UNS CJSC

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: EXPERIENCE AND PROSPECTS OF THE SHELF DEVELOPMENT

176691 Modern Methods of Reinforcement of Weak Bases in the Course of Construction of Oil and Gas Production Facilities on a Shelf A. Lofitsky, Keller Russia, A. Lofitskay, GAZPROM VNIIGAZ

176694 Real Options as the Instrument for Offshore Fields Development Project Management under IFRS Conditions A. Talipova, Gubkin Russian State University of Oil and Gas

176690 The System Approach to the Development of Multilayer Offshore Fields A. Lubnin, E. Yudin, I. Afanasyev, G. Fedorchenko, Zarubezhneft

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: HARD-TO-RECOVER RESERVES

176709 Optimization of Experimental Field Operations Technology- Multiple Cyclic Steam Treatment - on the Base of Thermohydrodynamic Modeling of the Drill out South Zone of Permian-Carboniferous deposit of Usinsk field

E. Taraskin, LUKOIL-Engineering PechorNIPIneft Branch Office in Ukhta

176703Pilot Tests of New IOR Technologies for Heavy Oil Pools

L. Altunina, V. Kuvshinov, Institute of Oil Chemistry SB RAS; M. Chertenkov, LUKOIL-Engineering; S. Ursegov, LUKOIL-Engineering PechorNIPIneft

176707 Possibility of Kerogen Decomposition Using Termo-Gas-Wave Stimulation in Bazhenov Formation

M. Kravchenko, N. Dmitriev, A. Muradov, N. Dieva, Gubkin Russian State University of Oil and Gas

176716 Optimization of Cyclic Steam Stimulation (CSS) under Geomechanics-dependent Permeability C. Temizel, AERA ENERGY

176710 Microseismic Monitoring of Multistage Hydraulic Fracturing in Complex Reservoirs of the Volgo-Urals Region of Russia

A. Mitin, A. Rubtsova, Weatherford; A. Konopelko, V. Sukovaty, Gazprom neft Orenburg

176719 Integration of Field Geochemical Data (Advanced Cutting Characterization) and Wireline Data Interpretation in Study of Domanic Formation of Volgo-Ural Region

E. Derengovsky, R. Rogov, Schlumberger

176705 Characteristics of Bazhenov and Abalak Formation’s Carbonate Rocks and its Petroleum Potential

N. Balushkina, A. Yurchenko, G. Kalmykov, R. Khamidullin, Lomonosov MSU

176715 Taking Marginal Reservoir into Reality: a Case Study in Economically Developing a Low Resistivity Deep Thin Pay Resource, Tarim Basin West China

X. Lin, Schlumberger

176713 Modern Geosteering Technologies as the Enhanced Efficiency Method of Reserve Development in Marginal Zones. Bottom Water-Drive Reservoir of Vikulov Suite at Kamenny License Area,Krasnoleninskoye Field

V. Kiselev, K. Zaboev, Halliburton

176717 "Well Productivity Dependence on Curvature of Multi-stage Hydraulic Fractures G. Paderin, M. Mityaev, N. Dubinya, Gazpromneft STC

176712 Stimulation of Unconventional Reservoirs using Graded Proppant Injection A. Badalyan, A. Keshavarz, R. Johnson, P. Bedrikovetsky, The University of Adelaide, Australian School of Petroleum

176711 Assessment of Visco-Heterogeneity of Heavy Oil by NMR Core Analysis T. Abdullin, K. Musin, R. Khisamov, R. Dinmukhamedov, STC Tatneft

Programme correct as of May 13 2015. All author names, companies and paper titles are listed as submitted to SPE.

2120

TECHNICAL PROGRAMME 26–28 OCTOBER

TECHNICAL SESSION «SMART FIELD. TECHNOLOGY CHALLENGES.»

176646 Integrated Modeling of the Severo – Kochevskoe Oilfield R. Khaliulin, LUKOIL – Western Siberia; O. Zuikina, Roxar – Technologies AS

176645 Temperature Field Study in Wells with Hydrofractures Kh. Musaleev, S. Melnikov, Gubkin Russian State University of Oil and Gas

176648 Real Time Production Optimization of an Intelligent Well Offshore, Caspian Sea

S. Shestov, V. Blekhman, V. Gottumukkala, Schlumberger; M. Golenkin, LUKOIL; A. Senkov, LUKOIL-Nizhnevolzhskneft

176644 Development of the Control Algorithms of the RPM System under Full Implementation of the SWAG Injection Technique at Roman Trebs’ Oil Field

O. Nadezhdin, A. Lutfurakhmanov, P. Vinogradov, D. Efimov, E. Sergeev, BashNIPIneft

176643 Evolution of Completion Strategy at the Yu. Korchagina Field - From Uncontrolled Influx through Perforated Liner to a Fully Intelligent Inflow Monitor and Control Systems

M. Golenkin, LUKOIL-Nizhnevolzhskneft; I. Bulygin, S. Shestov, A. Ksenofontova, M. Buyanov, Schlumberger

TECHNICAL SESSION «HSE»

176681 Environmental Monitoring of Arctic Waters with Unmanned Bivalve Biosensor Technology: One Year of Background Data Acquisition in the Barents Sea

P. Blanc, Total; J. Massabuau, CNRS; A. Gudimov, Murmansk Marine Biological Institute of KSC of RAS

176680Gas Well Safe Operation Control by Well Logging Methods

A. Lysenkov, R. Yarullin, E. Sudnichnikova, L. Borisova, NPP "VNIIGIS"; Yu. Ivanov, S. Egurtsov, Innovative Oil and Gas Technologies; V. Danilenko, NPF "GITAS"

176685 Net Environmental Benefit Analysis at the Planning of Oil Spill Response Operations

N. Chekmeneva, Institute of Ecological Engineering and Surveys; S. Sery, Gazprom VNIIGAZ

176683 Method of Determining the Effectiveness of Dispersant for Oil Spilt Response at Icy Seas

A. Salnikov, Ukhta State Technical Univesrity; G. Gribov, Research and Development Engineering Institute of Oil and Gas of Ukhta State Technical University (USTU)

176684 Vulnerability of Arctic Coastal Environments to Oil Spill Impacts (White Sea Case Study)

D. Zagretdinova, Center of Marine Research of Moscow State University named after M.V. Lomonosov

TECHNICAL PROGRAMME 26–28 OCTOBER

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: ADVANCED EQUIPMENT, MATERIALS AND SOFTWARE FOR OIL AND GAS EXPLORATION AND PRODUCTION – DEVELOPMENTS, EXPERIENCE AND APPLICATION IN RUSSIA

176651 Implementation of New Multi Module Configurations in Wireline Logging Suits. Case Studies.

M. Yakovlev, D. Feofilov, A. Zakirov, Tyumenpromgeophysika; A. Isakov, Rosneft; I. Usov, Samotlorneftegaz; E. Dontsov, Varyeganneftegaz; R. Sharipov, RN-Uvatneftegaz

176656 The Benefits of Local Manufacture of Advanced Downhole Equipment S. Glebov, K. Sidorenko, S. Kulikov, Weatherford

176657 The Information Support of Fluid Sample’s Lifecycle from the Planning through to Analysis of the Laboratory Tests Results D. Efimov, K. Shlychkov, L. Minikeeva, BashNIPIneft

176658 Quantitative Structure-Property Relationship (QSPR) Approach for Modeling Surfactants Optimal Salinity in Microemulsion Systems

M. Mavaddat, S. Riahi, A. Bahramian, Institute of Petroleum Engineering

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: REMOTE AND AUTONOMOUS FIELDS’ DEVELOPMENT

176661 Efficient Offshore Field Development on Base of Permanent Downhole Monitoring

S. Melnikov, D. Gulyaev, A. Simakov, Gazpromneft STC; M. Andriyanov, A. Panarin, Gazprom Neft Shelf

176664 Utilization of Associated Petroleum Gas at Oil Production Facilities Located in Remote Area for the Generation of Heat, Electricity and Synthetic Liquid Fuels

G. Buslaev, Research and Design Institute of Oil and Gas of Ukhta State Technical University; F. Baitalow, Y. Voloshchuk, R. Pardemann, B. Meyer, Technical University Bergakademie Freiberg

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: SEARCH OF NEW RESERVES. NEW IN DIRECTION EXPLORATION

176606 Looking for New Hydrocarbon Accumulations within the Orenburgneft Brownfields V. Shakirov, D. Deryushev, TNNC; I. Sereda, Rosneft

176607 Optimization of Oil and Gas Exploration on the Basis of the Research on the Structural and Geomorphological Structure of the Territory and Gas Component of Subsoil Geosphere

A. Zotov, LukBelOil

176608 Lower Cretaceous Aptian-Albian Formations - New Exploration Play in Shaim Region

R. Akhmetzyanov, D. Sazonenko, A. Makarova, M. Seryakova, V. Goitia, R. Ismagilov, E. Evdokimova, M. Ravilov, Eurotek Yugra

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: FAST TRACKING FIELD DEVELOPMENT

176666 New Approach to an Assessment of Structure of Initial Stocks on the Example of the Ozhginsky Field

A. Podnebesnyh, S. Nurov, A. Kuvaldin, STC OILTEAM; A. Baryshnikov, S. Stukov, Yu. Timokhovich, UNS CJSC

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: EXPERIENCE AND PROSPECTS OF THE SHELF DEVELOPMENT

176691 Modern Methods of Reinforcement of Weak Bases in the Course of Construction of Oil and Gas Production Facilities on a Shelf A. Lofitsky, Keller Russia, A. Lofitskay, GAZPROM VNIIGAZ

176694 Real Options as the Instrument for Offshore Fields Development Project Management under IFRS Conditions A. Talipova, Gubkin Russian State University of Oil and Gas

176690 The System Approach to the Development of Multilayer Offshore Fields A. Lubnin, E. Yudin, I. Afanasyev, G. Fedorchenko, Zarubezhneft

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: HARD-TO-RECOVER RESERVES

176709 Optimization of Experimental Field Operations Technology- Multiple Cyclic Steam Treatment - on the Base of Thermohydrodynamic Modeling of the Drill out South Zone of Permian-Carboniferous deposit of Usinsk field

E. Taraskin, LUKOIL-Engineering PechorNIPIneft Branch Office in Ukhta

176703Pilot Tests of New IOR Technologies for Heavy Oil Pools

L. Altunina, V. Kuvshinov, Institute of Oil Chemistry SB RAS; M. Chertenkov, LUKOIL-Engineering; S. Ursegov, LUKOIL-Engineering PechorNIPIneft

176707 Possibility of Kerogen Decomposition Using Termo-Gas-Wave Stimulation in Bazhenov Formation

M. Kravchenko, N. Dmitriev, A. Muradov, N. Dieva, Gubkin Russian State University of Oil and Gas

176716 Optimization of Cyclic Steam Stimulation (CSS) under Geomechanics-dependent Permeability C. Temizel, AERA ENERGY

176710 Microseismic Monitoring of Multistage Hydraulic Fracturing in Complex Reservoirs of the Volgo-Urals Region of Russia

A. Mitin, A. Rubtsova, Weatherford; A. Konopelko, V. Sukovaty, Gazprom neft Orenburg

176719 Integration of Field Geochemical Data (Advanced Cutting Characterization) and Wireline Data Interpretation in Study of Domanic Formation of Volgo-Ural Region

E. Derengovsky, R. Rogov, Schlumberger

176705 Characteristics of Bazhenov and Abalak Formation’s Carbonate Rocks and its Petroleum Potential

N. Balushkina, A. Yurchenko, G. Kalmykov, R. Khamidullin, Lomonosov MSU

176715 Taking Marginal Reservoir into Reality: a Case Study in Economically Developing a Low Resistivity Deep Thin Pay Resource, Tarim Basin West China

X. Lin, Schlumberger

176713 Modern Geosteering Technologies as the Enhanced Efficiency Method of Reserve Development in Marginal Zones. Bottom Water-Drive Reservoir of Vikulov Suite at Kamenny License Area,Krasnoleninskoye Field

V. Kiselev, K. Zaboev, Halliburton

176717 "Well Productivity Dependence on Curvature of Multi-stage Hydraulic Fractures G. Paderin, M. Mityaev, N. Dubinya, Gazpromneft STC

176712 Stimulation of Unconventional Reservoirs using Graded Proppant Injection A. Badalyan, A. Keshavarz, R. Johnson, P. Bedrikovetsky, The University of Adelaide, Australian School of Petroleum

176711 Assessment of Visco-Heterogeneity of Heavy Oil by NMR Core Analysis T. Abdullin, K. Musin, R. Khisamov, R. Dinmukhamedov, STC Tatneft

Programme correct as of May 13 2015. All author names, companies and paper titles are listed as submitted to SPE.

22 23

TECHNICAL PROGRAMME 26–28 OCTOBER

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: WELL CONSTRUCTION – DRILLING AND COMPLETION

176529 Application of Innovative High Density Non-Aqueous Fluids Technology in the Efficient Development and Production of Ultra-Deep Complicated Formations in the Tian Mountain Front Block

L. Li, CNPC Drilling Research Institute

176523 Developing High Esistant Cement Systems for High-Pressure, High-Temperature Applications

S. Tabatabaee Moradi, N. Nikolaev, National Mineral Resources University

176515 Extended Reach Drilling Solutions for 16-in. Versus 17 ½-in. Hole Size R. Kasumov, A. Sandy, Schlumberger; A. Shmakov, Sakhalin Energy

176533 A Cross Link Polymer Sealant for Curing Severe Lost Circulation Events in Fractured Limestone Formations A. Soliman, Baker Hughes

176525 New Russian Completion Technologies for Van-Yoganskoe Oil Rim Field Development

M. Kuvakina, Varieganneftegaz; O. Zhuravlev, WORMHOLES; M. Nukhaev, Siberian Federal University

176520 Coil Tubing Fracturing: an Innovative Approach in the Indian Scenario A. Sachan, Rajiv Gandhi Institute of Petroleum Technology

176534 Application of a Pressure Sensor for Optimization the Wiring Bore Hole and Improvement Accident-Free Work Onshore and Offshore

A. Shakirova, Ufa State Petroleum Technological University; A. Agliullin, Promtechmash

176532 Innovative Solutions for Directional Surveying and Wellbore Positioning in Arctic S. Hussain, Schlumberger

176511 The World's First Application of "Premium-port" Technology to Conduct Zonal Stimulation, and the Ability to Control Well Injectivity Profile on a Unique Offshore Field in Arctic

A. Koloda, Gazprom Neft Self; I. Bulygin, I. Mukhametshin, A. Ksenofontova, S. Shestov, Schlumberger

176530 Solutions for Improving Drilling Efficiency in Extreme Geological Conditions of Timano-Pechora Region K. Kamatov, Baker Hughes; G. Buslaev, USTU

176531 Alternative Cement Slurry for Medium Gas Migration Risk in Low Temperature Environment A. Masmoud, P. Florez, Schlumberger

176526 Viscosifier to Suspend Micro Silica in Mix Fluid A. Burkenya, M. Popov, Schlumberger

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: OIL AND GAS PRODUCTION – EQUIPMENT AND TECHNOLOGIES

176675 Investigation of Effect of Suspended Solids in Extracted Fluid on Pump Performance and Development of Means for Catching Them A. Isaev, V. Malykhin, A. Sharifullin, R. Takhautdinov, Sheshmaoil

176673 An Aproach to Artificial Lift Technology Applicabilty Maps Building R. Khabibullin, Gazpromneft STC; V. Krasnov, Rosneft

176672 Experience of Use of Technologies which Allow to Prevent Perturbations in the Producing Wells of Bashneft-Dobycha

A. Karpov, A. Mikhailov, BashNIPIneft; S. Zdolnik, Bashneft; R. Kulmurzin, Bashneft-Dobycha

176670 Selection of Artificial Lift Strategy in Conceptual Design of Oil Field A. Alferov, A. Lutfurakhmanov, K. Litvinenko, BashNIPIneft; S. Zdolnik, Bashneft

176679 Problems of Joint Oil Treatment IV and Other Horizons Anastasievsko-Troitsky Field F. Kargalov, Rosneft-Krasnodarneftegaz

176674 Modeling of Hydrodynamic Conditions in a Well Bottomhole Zone for Testing the Encapsulated Corrosion-and-Scale Inhibitor A. Faresov, Neftechim Technologies

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: FIELD DEVELOPMENT MONITORING AND CONTROL

176573 The Influence of Reagents on Abutting Operating Procedure Applied during Oil Field Development

A. Gabdrakhmanov, I. Guskova, A. Rybakov, Almetyevsk State Oil Institute

176565 Reservoir Pressure Maintenance Optimizing and Production Enhancement Based on Well Testing and Production Logging N. Morozovsky, R. Rybakov, Gazpromneft STC

176567 Improving of Approach of Determination of Oil Saturation through Casing from Logs in the Fields of LUKOIL-Perm

A. Gabnasyrov, A. Shilov, Yu. Ustinova, A. Nekrasov, LUKOIL-Engineering PermNIPIneft

176568 Spatiotemporal Analysis of Microseismic Emission in the Course of Performance of Multi-stage Hydraulic Fracturing I. Nugmanov, E. Nugmanova, S. Mikhailov, A. Golubev, Sigma

176574 Iron Precipitation in Calcite, Dolomite and Sandstone Cores A. Rady, H. Nasr-El-Din, Texas A&M University

176571 Geophysical Monitoring of the Multilayer Reservoir with Flooding and Induced Fractures Growth in the Injection Wells

A. Davletbaev, A. Zorin, T. Usmanov, RN-UfaNIPIneft; G. Fursov, A. Slabetsky, E. Nazargalin, RN-Yugansknefetegaz; A. Valiullin, M. Valiullin, I. Tikhonov, PKF GIS Nefteservice

176570 Development of Methodology for Determining the Lateral and Vertical Extension of Technogenic Fractures based on Production and Common Well Log Data for One of the Fields in Western Siberia

A. Semenov, E. Makarova, Roxar Services; I. Ishmuratov, Negusneft; P. Komova, Russian State Social University

176572 Proactive Block-Factor Analysis of Oil Field Development E. Kozhevnikov, M. Naugolnov, Gazpromneft STC

Programme correct as of May 13 2015. All author names, companies and paper titles are listed as submitted to SPE.

TECHNICAL PROGRAMME 26–28 OCTOBER

Programme correct as of May 13 2015. All author names, companies and paper titles are listed as submitted to SPE.

176576 WAG Optimization Algorithm Based on the Reaction of Producing Wells K. Kazakov, LUKOIL-Engineering, K. Bravichev, Gubkin Russian State University of Oil and Gas

176569 East Siberian Field Waterflood Management D. Burdakov, M. Tuzovskiy, D. Wolcott, Irkusk Oil Company

176577 Fracturing Considerations in Mid-Permeability Gas Condensate Formations K. Butula, A. Yudin, V. Chernyak, I. Magdeev, Schlumberger; M. Samoilov, Rosneft

176575 Effective Water-Injection Measurement in Deepwater Operation Using Field Tested Tool E. Udofia, Shell Nigeria E & P

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: R&D AND INNOVATIONS FOR HYDROCARBON EXPLORATION AND PRODUCTION

176546 Analysis of Nuclear Well-logging Tool Response Sensitivities Using Monte Carlo Modeling B. Banzarov, N. Velker, A. Vinokurov, N. Simonov, Baker Hughes

176558 Quality Estimation of Underbalanced Drilling using Pressure Transient Analysis

V. Iktisanov, STC Tatneft; N. Ibragimov, Tatneft; N. Musabirova, TatNIPIneft

176547 Catalytic Aquathermolysis of Heavy Oil with Oil Soluble Catalyst Precursors: Changes in Properties of Heavy Oil and Formation of Magnetic Nanoparticles

A. Galukhin, A. Erokhin, D. Nurgaliev, Kazan Federal University

176542 Cased Hole Production Testing with Extended Spacing Wireline Formation Testers V. Goitia Antezana, Repsol; P. Weinheber, M. Charupa, Schlumberger

176556 TAD Modeling for Modern Completion Technologies O. Koltypin, S. Rekov, Rosneft; M. Nukhaev, Siberian Federal University, A. Shadsky, O. Zhuravlev, WORMHOLES

176539 Development and Field Testing of the Downhole Multi-Purpose Thrusting Device for Drilling of Deep Vertical and Directional Wells G. Buslaev, Ukhta State Technical University

176557 Deviation from Planned Well Path through Accumulated Cutting Bed in High-Angle and Horizontal Wells - a Case Study in One Western-Siberian Oilfield

Y. Naseri, Gubkin Russian State University of Oil and Gas

176554 Particular Risks in the R&D System: Their Identification and Leverage for the Purposes of Efficient Management I. Nenasheva, FLEB

176544 Opportunities for Implementing Cold Water for Fracturing Services in Western Siberia

D. Mikhaylov, D. Vernigora, O. Olennikova, A. Gromovenko, A. Mathur, Schlumberger

176549 Mathematical Modeling of Crack Proliferation at Pumping of Hydrofracture Liquid with Proppant into the Formation

D. Kashapov, S. Urmancheev, Institute of Mechanics of Ufa Scientific Center RAS

176548 Fines-Migration-Assisted Oil and Gas Recovery A. Zeinijahromi, P. Bedrikovetsky, The University of Adelaide, Australian School of Petroleum

176550 Development of Microbial Preparation for Enhanced Oil Recovery A. Shestakov, E. Bykonya, N. Shabalin, Lomonosov MSU, Biological faculty

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: STATIC, DYNAMIC AND GEOMECHANICAL MODELING. SOFTWARE

176620 Applied Uncertainty Analysis to Mitigate Subsurface Risks at Planning and Implementation Stages of the UV1 Sidetrack Drilling Campaign for One of the Fields in Western Siberia

A. Semenov, Roxar Services; I. Ishmuratov Negusneft

176618 Modeling Gas re-Solution in BlackOil models V. Zubov, Gubkin Russian State University of Oil and Gas; I. Indrupsky, IOGP RAS

176818 Simulation of Well Trajectory while Drilling by the TBS Method V. Tikhonov, O. Bukashkina, N. Abaltusov, Weatherford

176621 Management of Initial Data Uncertainties in 3D Reservoir Simulation R. Sadykov, A. Mikhaylov, Halliburton

176616 Specifity and Practical Effect of Geological Modeling of Coastal-Marine Deposits

O. Afanasyev, A. Konoplev, Roxar Services; R. Zianberdin, A. Nugaeva, Bashneft-Dobycha

176623 Risks and Uncertainties Estimation of Filtration Model as a Way to Make Optimal Decisions E. Sazonov, A. Nugaeva, Bashneft-Dobycha

176617 Modern Approach to Reservoir Modeling for Mitigating Risks Associated with Geomechanical Effects throughout the Lifecycle to the Field D. Shakhov, Schlumberger

176615 An Optimization Algorithm for the Calculation of Phase Equilibrium for Thermo- and Hydrodynamic Modeling

A. Shevchenko, I. Tsybulin, Yu. Skalko, Laboratory of Fluid Dynamics and Seismic Acoustics of MPTI

176625 History Matching of the SGI (Sour Gas Injection) Monitoring Model for the Tengiz Field with Local Grid Refinement in Sour Gas Injection Area A. Shantayev, Tengizchevroil

176626 Sequence Stratigraphic Analysis and Lithofacies Modeling of CSR Field V. Yalalova, I. Volnov, A. Ermilov, LUKOIL Uzbekistan Operating Company

176619 Record Senomanian ERD Wells at Yamal D. Zadvornov, Yu. Petrakov, A. Sobolev, V. Pavlov, A. Truba, Schlumberger; A. Gulov, Investgeoservice

176627 Creating of Multivariant Geological and Statistical Model as a Solution for Assessing the Quality of Reserves

B. Belozerov, A. Sitnikov, R. Glozhik, A. Muzychenko, M. Vasilyev, Gazpromneft STC

22 23

TECHNICAL PROGRAMME 26–28 OCTOBER

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: WELL CONSTRUCTION – DRILLING AND COMPLETION

176529 Application of Innovative High Density Non-Aqueous Fluids Technology in the Efficient Development and Production of Ultra-Deep Complicated Formations in the Tian Mountain Front Block

L. Li, CNPC Drilling Research Institute

176523 Developing High Esistant Cement Systems for High-Pressure, High-Temperature Applications

S. Tabatabaee Moradi, N. Nikolaev, National Mineral Resources University

176515 Extended Reach Drilling Solutions for 16-in. Versus 17 ½-in. Hole Size R. Kasumov, A. Sandy, Schlumberger; A. Shmakov, Sakhalin Energy

176533 A Cross Link Polymer Sealant for Curing Severe Lost Circulation Events in Fractured Limestone Formations A. Soliman, Baker Hughes

176525 New Russian Completion Technologies for Van-Yoganskoe Oil Rim Field Development

M. Kuvakina, Varieganneftegaz; O. Zhuravlev, WORMHOLES; M. Nukhaev, Siberian Federal University

176520 Coil Tubing Fracturing: an Innovative Approach in the Indian Scenario A. Sachan, Rajiv Gandhi Institute of Petroleum Technology

176534 Application of a Pressure Sensor for Optimization the Wiring Bore Hole and Improvement Accident-Free Work Onshore and Offshore

A. Shakirova, Ufa State Petroleum Technological University; A. Agliullin, Promtechmash

176532 Innovative Solutions for Directional Surveying and Wellbore Positioning in Arctic S. Hussain, Schlumberger

176511 The World's First Application of "Premium-port" Technology to Conduct Zonal Stimulation, and the Ability to Control Well Injectivity Profile on a Unique Offshore Field in Arctic

A. Koloda, Gazprom Neft Self; I. Bulygin, I. Mukhametshin, A. Ksenofontova, S. Shestov, Schlumberger

176530 Solutions for Improving Drilling Efficiency in Extreme Geological Conditions of Timano-Pechora Region K. Kamatov, Baker Hughes; G. Buslaev, USTU

176531 Alternative Cement Slurry for Medium Gas Migration Risk in Low Temperature Environment A. Masmoud, P. Florez, Schlumberger

176526 Viscosifier to Suspend Micro Silica in Mix Fluid A. Burkenya, M. Popov, Schlumberger

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: OIL AND GAS PRODUCTION – EQUIPMENT AND TECHNOLOGIES

176675 Investigation of Effect of Suspended Solids in Extracted Fluid on Pump Performance and Development of Means for Catching Them A. Isaev, V. Malykhin, A. Sharifullin, R. Takhautdinov, Sheshmaoil

176673 An Aproach to Artificial Lift Technology Applicabilty Maps Building R. Khabibullin, Gazpromneft STC; V. Krasnov, Rosneft

176672 Experience of Use of Technologies which Allow to Prevent Perturbations in the Producing Wells of Bashneft-Dobycha

A. Karpov, A. Mikhailov, BashNIPIneft; S. Zdolnik, Bashneft; R. Kulmurzin, Bashneft-Dobycha

176670 Selection of Artificial Lift Strategy in Conceptual Design of Oil Field A. Alferov, A. Lutfurakhmanov, K. Litvinenko, BashNIPIneft; S. Zdolnik, Bashneft

176679 Problems of Joint Oil Treatment IV and Other Horizons Anastasievsko-Troitsky Field F. Kargalov, Rosneft-Krasnodarneftegaz

176674 Modeling of Hydrodynamic Conditions in a Well Bottomhole Zone for Testing the Encapsulated Corrosion-and-Scale Inhibitor A. Faresov, Neftechim Technologies

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: FIELD DEVELOPMENT MONITORING AND CONTROL

176573 The Influence of Reagents on Abutting Operating Procedure Applied during Oil Field Development

A. Gabdrakhmanov, I. Guskova, A. Rybakov, Almetyevsk State Oil Institute

176565 Reservoir Pressure Maintenance Optimizing and Production Enhancement Based on Well Testing and Production Logging N. Morozovsky, R. Rybakov, Gazpromneft STC

176567 Improving of Approach of Determination of Oil Saturation through Casing from Logs in the Fields of LUKOIL-Perm

A. Gabnasyrov, A. Shilov, Yu. Ustinova, A. Nekrasov, LUKOIL-Engineering PermNIPIneft

176568 Spatiotemporal Analysis of Microseismic Emission in the Course of Performance of Multi-stage Hydraulic Fracturing I. Nugmanov, E. Nugmanova, S. Mikhailov, A. Golubev, Sigma

176574 Iron Precipitation in Calcite, Dolomite and Sandstone Cores A. Rady, H. Nasr-El-Din, Texas A&M University

176571 Geophysical Monitoring of the Multilayer Reservoir with Flooding and Induced Fractures Growth in the Injection Wells

A. Davletbaev, A. Zorin, T. Usmanov, RN-UfaNIPIneft; G. Fursov, A. Slabetsky, E. Nazargalin, RN-Yugansknefetegaz; A. Valiullin, M. Valiullin, I. Tikhonov, PKF GIS Nefteservice

176570 Development of Methodology for Determining the Lateral and Vertical Extension of Technogenic Fractures based on Production and Common Well Log Data for One of the Fields in Western Siberia

A. Semenov, E. Makarova, Roxar Services; I. Ishmuratov, Negusneft; P. Komova, Russian State Social University

176572 Proactive Block-Factor Analysis of Oil Field Development E. Kozhevnikov, M. Naugolnov, Gazpromneft STC

Programme correct as of May 13 2015. All author names, companies and paper titles are listed as submitted to SPE.

TECHNICAL PROGRAMME 26–28 OCTOBER

Programme correct as of May 13 2015. All author names, companies and paper titles are listed as submitted to SPE.

176576 WAG Optimization Algorithm Based on the Reaction of Producing Wells K. Kazakov, LUKOIL-Engineering, K. Bravichev, Gubkin Russian State University of Oil and Gas

176569 East Siberian Field Waterflood Management D. Burdakov, M. Tuzovskiy, D. Wolcott, Irkusk Oil Company

176577 Fracturing Considerations in Mid-Permeability Gas Condensate Formations K. Butula, A. Yudin, V. Chernyak, I. Magdeev, Schlumberger; M. Samoilov, Rosneft

176575 Effective Water-Injection Measurement in Deepwater Operation Using Field Tested Tool E. Udofia, Shell Nigeria E & P

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: R&D AND INNOVATIONS FOR HYDROCARBON EXPLORATION AND PRODUCTION

176546 Analysis of Nuclear Well-logging Tool Response Sensitivities Using Monte Carlo Modeling B. Banzarov, N. Velker, A. Vinokurov, N. Simonov, Baker Hughes

176558 Quality Estimation of Underbalanced Drilling using Pressure Transient Analysis

V. Iktisanov, STC Tatneft; N. Ibragimov, Tatneft; N. Musabirova, TatNIPIneft

176547 Catalytic Aquathermolysis of Heavy Oil with Oil Soluble Catalyst Precursors: Changes in Properties of Heavy Oil and Formation of Magnetic Nanoparticles

A. Galukhin, A. Erokhin, D. Nurgaliev, Kazan Federal University

176542 Cased Hole Production Testing with Extended Spacing Wireline Formation Testers V. Goitia Antezana, Repsol; P. Weinheber, M. Charupa, Schlumberger

176556 TAD Modeling for Modern Completion Technologies O. Koltypin, S. Rekov, Rosneft; M. Nukhaev, Siberian Federal University, A. Shadsky, O. Zhuravlev, WORMHOLES

176539 Development and Field Testing of the Downhole Multi-Purpose Thrusting Device for Drilling of Deep Vertical and Directional Wells G. Buslaev, Ukhta State Technical University

176557 Deviation from Planned Well Path through Accumulated Cutting Bed in High-Angle and Horizontal Wells - a Case Study in One Western-Siberian Oilfield

Y. Naseri, Gubkin Russian State University of Oil and Gas

176554 Particular Risks in the R&D System: Their Identification and Leverage for the Purposes of Efficient Management I. Nenasheva, FLEB

176544 Opportunities for Implementing Cold Water for Fracturing Services in Western Siberia

D. Mikhaylov, D. Vernigora, O. Olennikova, A. Gromovenko, A. Mathur, Schlumberger

176549 Mathematical Modeling of Crack Proliferation at Pumping of Hydrofracture Liquid with Proppant into the Formation

D. Kashapov, S. Urmancheev, Institute of Mechanics of Ufa Scientific Center RAS

176548 Fines-Migration-Assisted Oil and Gas Recovery A. Zeinijahromi, P. Bedrikovetsky, The University of Adelaide, Australian School of Petroleum

176550 Development of Microbial Preparation for Enhanced Oil Recovery A. Shestakov, E. Bykonya, N. Shabalin, Lomonosov MSU, Biological faculty

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: STATIC, DYNAMIC AND GEOMECHANICAL MODELING. SOFTWARE

176620 Applied Uncertainty Analysis to Mitigate Subsurface Risks at Planning and Implementation Stages of the UV1 Sidetrack Drilling Campaign for One of the Fields in Western Siberia

A. Semenov, Roxar Services; I. Ishmuratov Negusneft

176618 Modeling Gas re-Solution in BlackOil models V. Zubov, Gubkin Russian State University of Oil and Gas; I. Indrupsky, IOGP RAS

176818 Simulation of Well Trajectory while Drilling by the TBS Method V. Tikhonov, O. Bukashkina, N. Abaltusov, Weatherford

176621 Management of Initial Data Uncertainties in 3D Reservoir Simulation R. Sadykov, A. Mikhaylov, Halliburton

176616 Specifity and Practical Effect of Geological Modeling of Coastal-Marine Deposits

O. Afanasyev, A. Konoplev, Roxar Services; R. Zianberdin, A. Nugaeva, Bashneft-Dobycha

176623 Risks and Uncertainties Estimation of Filtration Model as a Way to Make Optimal Decisions E. Sazonov, A. Nugaeva, Bashneft-Dobycha

176617 Modern Approach to Reservoir Modeling for Mitigating Risks Associated with Geomechanical Effects throughout the Lifecycle to the Field D. Shakhov, Schlumberger

176615 An Optimization Algorithm for the Calculation of Phase Equilibrium for Thermo- and Hydrodynamic Modeling

A. Shevchenko, I. Tsybulin, Yu. Skalko, Laboratory of Fluid Dynamics and Seismic Acoustics of MPTI

176625 History Matching of the SGI (Sour Gas Injection) Monitoring Model for the Tengiz Field with Local Grid Refinement in Sour Gas Injection Area A. Shantayev, Tengizchevroil

176626 Sequence Stratigraphic Analysis and Lithofacies Modeling of CSR Field V. Yalalova, I. Volnov, A. Ermilov, LUKOIL Uzbekistan Operating Company

176619 Record Senomanian ERD Wells at Yamal D. Zadvornov, Yu. Petrakov, A. Sobolev, V. Pavlov, A. Truba, Schlumberger; A. Gulov, Investgeoservice

176627 Creating of Multivariant Geological and Statistical Model as a Solution for Assessing the Quality of Reserves

B. Belozerov, A. Sitnikov, R. Glozhik, A. Muzychenko, M. Vasilyev, Gazpromneft STC

24 25

TECHNICAL PROGRAMME 26–28 OCTOBER

Programme correct as of May 13 2015. All author names, companies and paper titles are listed as submitted to SPE.

176624 Complexing 3D Seismic Survey Data and Results of Special Well Logging Methods in Geological Model of Kuyumbinskoe OGC Field N. Zhuykova, E. Yanevits, E. Savinov, Gazpomneft STC

176622 A by-Passed Discovery in pre-Jurassic Section of Western Siberia: Creating a Geological Model

A. Bakulin, RITEK; I. Khromova, K. Kunin, LUKOIL; D. Kascheev, Schlumberger

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: NEW OPPORTUNITIES FOR BROWNFIELDS

176727 Systematic Approach to the Application of Chemical EOR in JSC Rosneft A. Zakharyan, R. Musin, M. Cimic, Rosneft; T. Ismagilov, I. Ganiev, RN-UfaNIPIneft

176728 Combined Conformance Treatment with Mobility Control Improve Oil Sweep Efficiency in Non-Cross Flow Heterogeneous Reservoirs

A. Imqam, B. Bai, Missouri University of Science and Technology; M. Delshad, The University of Texas at Austin

176723 Enzymatic Generation of Oil Displacing Compositions under Conditions of Low Temperature Viscous Oil Reservoirs L. Altunina, L. Svarovskaya, Institute of Oil Chemistry SB RAS

176729 Physical and Chemical Processes in Oil Fields Developed under Carbonated Waterflooding

S. Zakirov, E. Zakirov, A. Barenbaum, D. Klimov, IOGP RAS; V. Serebryakov, LLC Galadigma

176730 Some Methods for the Automation of the Flooding Optimization and Selection of Candidate Wells for Workover

V. Syrtlanov, E. Kovaleva, A. Zhirov, N. Mezhnova, O. Petrashov, Baker Hughes

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: AN INTEGRATED APPROACH TO GAS AND GAS-CONDENSATE FIELD DEVELOPMENT

176586 Optimising Spacing of Horizontal Wells in Gas and Gas-Condensate Reservoirs A. Benson Lamidi, National Mineral Resources University

176587 Multistage Hydraulic Fracture Modelling in Tight Gas-Condensate Formations A. Moiseenko, V. Gorobets, V. Soloviev, ARCTICGAZ

176583 Adaptive Approach to Integrated Modeling of Development and Exploitation of Group of Gas-Condensate Fields with a Single Production Gathering and Processing System

P. Vinogradov, E. Sadreev, E. Nugumanov, E. Sergeev, BashNIPIneft

176588 Unified Method for the Gas Condensate Field Model History Matching and Prognosis Calculations T. Turbina, Yu. Filippova, NOVATEK STC

176585 Production Increase through Changing Completion Mindset for Achimov Tight Gas-Condensate Formation of Urengoyskoye Field S. Vereschagin, A. Konchenko, Schlumberger

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: FORMATION EVALUATION

176597 Absolute and Relative Permeabilities from Well Logs in Tight Reservoirs T. Elkewidy, The American University in Cairo

176592 Determining Methods of Static Mechanical Properties of Poorly Consolidated Sand-Rocks (by the Example of the Yuzhno-Russkoye Field)

M. Markin, M. Lushev, Halliburton; I. Dubnitsky, V. Vorobyev, Severneftegazprom

176605 Diagnostics of Nearfields of Gas Wells by a Set of Neutron Methods for Different Depths

A. Lysenkov, E. Sudnichnikova, L. Borisova, NPP "VNIIGIS"; V. Danilenko, NPF GITAS; S. Egurtsov, Yu. Ivanov, A. Zubarev, IOGT

176596 Alalysis of Black Oil Correlations for PVT Properties Estimation R. Khabibullin, A. Odegov, M. Khasanov, A. Brusilovsky, Gazpromneft STC; V. Krasnov, Rosneft

176601 Special Treatment of Thermo-Hydrodynamic Well Studies in Massive Fractured Reservoirs of Crystalline Basements A. Fomkin, V. Shtyrlin, VNIIneft; V. Plynin, Zarubezhneft

176600 The application of X-ray Micro Computed Tomography (Micro-CT) of Core Sample for Estimation of Physicochemical Treatment Efficiency

M. Orlov, P. Roschin, I. Struchkov, V. Litvin, National Mineral Resources University

176594 Using Small Size Samples for Rock Mechanics Studies N. Andrianov, V. Abashkin, Schlumberger; A. Olyunin, T. Shevchuk, Gazpromneft-Angara

176595 Prediction of Gas Rates from Different Layers by Temperature Distributions in Wells: Application to Unconventional Fields

Z. You, P. Bedrikovetsky, The University of Adelaide, Australian School of Petroleum

176603 Dielectric Permittivity Dispersion Measurement at Downhole Conditions A. Bondarenko, V. Dorovsky, Baker Hughes

176591 Tight Gas Achimov Formation Evaluation and Sampling with WL Logging Tools: Advanced Approaches and Technologies S. Novikov, M. Charupa, P. Weinheber, Schlumberger

176599 Qualitative Assessment of Petrophysical Model Uncertainty of Thin Layered Reservoirs in the Western Siberian Terrigenous Deposits I. Oshnyakov, A. Malshakov, TNNC

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: SMART FIELD. TECHNOLOGY CHALLENGES.

176640 Flow Regime Prediction Using Fuzzy Logic and Modification in Beggs and Brill Multiphase Correlation

M. Rammay, King Fahd University of Petroleum and Minerals; S. Alnuaim, Saudi Aramco

176641 Theoretical Basics of Mathematical Modeling of the Gas Lift Process in the Well-Reservoir System

F. Aliev, Research and Development Institute of Applied Mathematics; M. Dzhamalbekov, SOCAR

176642 Optimal Closed-Loop Management of Field Development E. Zakhirov, S. Zakhirov, I. Indrupsky, O. Lyubimova, D. Anikeev, I. Shiryaev, M. Baganova, IOGP RAS ENERGY DEVELOPMENT

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www.rosneft.ru

24 25

TECHNICAL PROGRAMME 26–28 OCTOBER

Programme correct as of May 13 2015. All author names, companies and paper titles are listed as submitted to SPE.

176624 Complexing 3D Seismic Survey Data and Results of Special Well Logging Methods in Geological Model of Kuyumbinskoe OGC Field N. Zhuykova, E. Yanevits, E. Savinov, Gazpomneft STC

176622 A by-Passed Discovery in pre-Jurassic Section of Western Siberia: Creating a Geological Model

A. Bakulin, RITEK; I. Khromova, K. Kunin, LUKOIL; D. Kascheev, Schlumberger

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: NEW OPPORTUNITIES FOR BROWNFIELDS

176727 Systematic Approach to the Application of Chemical EOR in JSC Rosneft A. Zakharyan, R. Musin, M. Cimic, Rosneft; T. Ismagilov, I. Ganiev, RN-UfaNIPIneft

176728 Combined Conformance Treatment with Mobility Control Improve Oil Sweep Efficiency in Non-Cross Flow Heterogeneous Reservoirs

A. Imqam, B. Bai, Missouri University of Science and Technology; M. Delshad, The University of Texas at Austin

176723 Enzymatic Generation of Oil Displacing Compositions under Conditions of Low Temperature Viscous Oil Reservoirs L. Altunina, L. Svarovskaya, Institute of Oil Chemistry SB RAS

176729 Physical and Chemical Processes in Oil Fields Developed under Carbonated Waterflooding

S. Zakirov, E. Zakirov, A. Barenbaum, D. Klimov, IOGP RAS; V. Serebryakov, LLC Galadigma

176730 Some Methods for the Automation of the Flooding Optimization and Selection of Candidate Wells for Workover

V. Syrtlanov, E. Kovaleva, A. Zhirov, N. Mezhnova, O. Petrashov, Baker Hughes

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: AN INTEGRATED APPROACH TO GAS AND GAS-CONDENSATE FIELD DEVELOPMENT

176586 Optimising Spacing of Horizontal Wells in Gas and Gas-Condensate Reservoirs A. Benson Lamidi, National Mineral Resources University

176587 Multistage Hydraulic Fracture Modelling in Tight Gas-Condensate Formations A. Moiseenko, V. Gorobets, V. Soloviev, ARCTICGAZ

176583 Adaptive Approach to Integrated Modeling of Development and Exploitation of Group of Gas-Condensate Fields with a Single Production Gathering and Processing System

P. Vinogradov, E. Sadreev, E. Nugumanov, E. Sergeev, BashNIPIneft

176588 Unified Method for the Gas Condensate Field Model History Matching and Prognosis Calculations T. Turbina, Yu. Filippova, NOVATEK STC

176585 Production Increase through Changing Completion Mindset for Achimov Tight Gas-Condensate Formation of Urengoyskoye Field S. Vereschagin, A. Konchenko, Schlumberger

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: FORMATION EVALUATION

176597 Absolute and Relative Permeabilities from Well Logs in Tight Reservoirs T. Elkewidy, The American University in Cairo

176592 Determining Methods of Static Mechanical Properties of Poorly Consolidated Sand-Rocks (by the Example of the Yuzhno-Russkoye Field)

M. Markin, M. Lushev, Halliburton; I. Dubnitsky, V. Vorobyev, Severneftegazprom

176605 Diagnostics of Nearfields of Gas Wells by a Set of Neutron Methods for Different Depths

A. Lysenkov, E. Sudnichnikova, L. Borisova, NPP "VNIIGIS"; V. Danilenko, NPF GITAS; S. Egurtsov, Yu. Ivanov, A. Zubarev, IOGT

176596 Alalysis of Black Oil Correlations for PVT Properties Estimation R. Khabibullin, A. Odegov, M. Khasanov, A. Brusilovsky, Gazpromneft STC; V. Krasnov, Rosneft

176601 Special Treatment of Thermo-Hydrodynamic Well Studies in Massive Fractured Reservoirs of Crystalline Basements A. Fomkin, V. Shtyrlin, VNIIneft; V. Plynin, Zarubezhneft

176600 The application of X-ray Micro Computed Tomography (Micro-CT) of Core Sample for Estimation of Physicochemical Treatment Efficiency

M. Orlov, P. Roschin, I. Struchkov, V. Litvin, National Mineral Resources University

176594 Using Small Size Samples for Rock Mechanics Studies N. Andrianov, V. Abashkin, Schlumberger; A. Olyunin, T. Shevchuk, Gazpromneft-Angara

176595 Prediction of Gas Rates from Different Layers by Temperature Distributions in Wells: Application to Unconventional Fields

Z. You, P. Bedrikovetsky, The University of Adelaide, Australian School of Petroleum

176603 Dielectric Permittivity Dispersion Measurement at Downhole Conditions A. Bondarenko, V. Dorovsky, Baker Hughes

176591 Tight Gas Achimov Formation Evaluation and Sampling with WL Logging Tools: Advanced Approaches and Technologies S. Novikov, M. Charupa, P. Weinheber, Schlumberger

176599 Qualitative Assessment of Petrophysical Model Uncertainty of Thin Layered Reservoirs in the Western Siberian Terrigenous Deposits I. Oshnyakov, A. Malshakov, TNNC

KNOWLEDGE SHARING ePOSTER PRESENTATIONS: SMART FIELD. TECHNOLOGY CHALLENGES.

176640 Flow Regime Prediction Using Fuzzy Logic and Modification in Beggs and Brill Multiphase Correlation

M. Rammay, King Fahd University of Petroleum and Minerals; S. Alnuaim, Saudi Aramco

176641 Theoretical Basics of Mathematical Modeling of the Gas Lift Process in the Well-Reservoir System

F. Aliev, Research and Development Institute of Applied Mathematics; M. Dzhamalbekov, SOCAR

176642 Optimal Closed-Loop Management of Field Development E. Zakhirov, S. Zakhirov, I. Indrupsky, O. Lyubimova, D. Anikeev, I. Shiryaev, M. Baganova, IOGP RAS ENERGY DEVELOPMENT

ÝÍÅÐÃÈß ÐÀÇÂÈÒÈß

www.rosneft.ru

ADVANCED COST-EFFECTIVE WATERFLOODINGS 29–30 OCTOBER 2015, MOSCOW

GEOCHEMICAL ANALYSIS DURING EXPLORATION AND FIELD DEVELOPMENT 29 OCTOBER 2015, MOSCOW

COURSE OUTLINE

COURSE OUTLINE

TARGETS

Reservoir Engineering Challenges of Waterflooding

1.1. Reservoir physics (capillary phenomena, relative permeability, capillary pressure)1.2. Mathematical model for waterflooding. Black-oil model. 3-D reservoir simulation. Analytical prediction of 1-D waterflood. EXERCISE: input data for waterflood reservoir simulation1.3. Upscaling. Fractional flow in heterogeneous reservoirs EXERCISE: recovery factor calculations.

1.1. Targets, tasks, and methods of geochemical analysis.1.2. Development of a geological assignment for geochemical analysis.

2.1. Capillary phenomena and wettability alteration during Low-Sal flooding2.2. Physics of fines mobilisation, migration and permeability damage. Laboratory study2.3. Reservoir simulation of low salinity and smart fines-assisted waterflooding. 2.4. Analytical models for low salinity fines-assisted waterflooding. EXERCISES: comparison of normal and low salinity waterflooding; optimisation of injected water composition.2.5. Routine laboratory studies of normal and smart waterflooding. Advanced coreflood tests. EXERCISES: calculations fractional flow and relative permeability from lab data for different ion compositions2.6. Application of smart waterflood in sandstone and carbonate reservoirs

2.1. The role of geochemistry in oil and gas potential evaluation.2.2. Basin modeling 2.2.1. Types of basin modeling at different stages of geological prospecting works. 2.2.2. Example of 3D basin modeling of one of the Western Siberia regions. 2.3. Shale oil 2.3.1. Application of geochemistry – the only way to correctly determine place, volume, and time of shale oil generation. 2.3.2. Work experience with TOTAL, LUKOIL, STATOIL, and other organizations.2.4. Shelf geochemistry 2.4.1 Particularities of geochemical works on a shelf during geological prospecting works. 2.4.2 Work results for various territories.

3.1. Injectivity decline in waterflood projects: deep bed filtration; external cake formation; cake erosion. Mathematical modelling. 3.2. Laboratory studies of injectivity. Field cases. Taking advantage of injectivity damage in horizontal wells for improved sweep efficiency3.3. Effects of fines migration on injection and production wells3.4. Water production control and conformance enhancement using low-salinity water3.5. Two on-shore field cases of normal and smart waterflooding (Brazil, Russia): well behaviour, production history, reservoir studies

3.1. Geochemistry for specification of reservoir geology, monitoring, and reservoir management.3.2. Typical examples

Prospective of the cost-effective improvements of waterflooding in sandstone and carbonate oilfields

INTRODUCTION

Basic waterfloodingGeneral

information

Low salinity, smart and fines-assisted waterflooding

Regional geochemistry

Injection and production wells

Reservoir geochemistry

SUMMARY

Practice

REGISTRATION IS OPEN: For more details and registration please contact us at RussianReg@spe.org.

REGISTRATION IS OPEN: For more details and registration please contact us at RussianReg@spe.org.

INSTRUCTORPAVEL BEDRIKOVETSKY

INSTRUCTORIVAN GONCHAROV

Pavel Bedrikovetsky is professor of petroleum engineering at the University of Adelaide. He is the author of a seminal book on reservoir engineering along with over 200 published papers in international journals and SPE. His research covers waterflood, formation damage, EOR, and unconventional energy. He holds MSc in applied mathematics, PhD in fluid mechanics, and DSc in reservoir engineering, each from Moscow Gubkin Oil-Gas University.

Bedrikovetsky was a visiting professor at Delft University of Technology and Imperial College of Science and Technology from 1991 to 1994. He boasts 40 years of industrial experience in Russia, Europe, Brazil, and Australia. He served as section chairman, short course instructor, and program committee member for numerous SPE conferences. Bedrikovetsky also served as 2008–2009 SPE Distinguished Lecturer.

Course instructor Ivan Vasilyevich Goncharov is a doctor of geological and mineralogical sciences and candidate of chemical sciences (thesis on abiogenic petroleum synthesis). He worked at the Institute of Oil Chemistry of SB RAS (Tomsk), West Siberian Research and Development Geological Prospecting Petroleum Institute (ZapsibNIGNI) (Tyumen), Algeria (SОNATRAC). He has more than 40 years of working experience in the domain of geochemical surveys. For 20 years, he has been a permanent participant of international geochemical congresses (IMOG). His main work has been on the issue of formation of oil and gas reservoirs in the Western Siberia. Some of his work has been dedicated to the issue of geochemical surveys in the Eastern Siberia, Sakhalin, Precaspian basin, West Kuban basin, Volga-Ural basin, Algerian Sahara, Black Sea and Arctic Shelves. Currently he is a geochemical laboratory manager with NK Rosneft (Tomsk) and professor at Tomsk Polytechnical University. Some large-scale projects are currently being developed under his supervision by Russian and western companies (NK Rosneft OJSC, LUKOIL, Gazprom Neft, ExxonMobil, Statoil, Total, etc.), including the Universitetskaya-1 well (Pobeda field) in the Kara Sea.

SPECIAL INSTRUCTIONS: PARTICIPANTS MUST BRING A LAPTOP

TRAINING COURSESTRAINING COURSES

2726

• To justify and provide a reasonable roadmap of modern geochemical analysis, and to provide a set of methods and procedures for its implementation.• To give examples of practical solutions to geochemical challenges for various regions of Russia.

Geochemical surveys constitute an integral part of performance of geological prospecting works. In particular, the surveys enable us to determine oil source rocks and to give a quantitative assessment of their ability to generate various hydrocarbon fluids. Obtained information serves as a basis for building a 3D model of a sedimentation basin and its thermal evolution.

At the well drilling and completion stage, the information obtained from the analysis of a bore core and the sludge of liquid and gaseous fluids allows us to determine producing formations and to identify inter-reservoir overflows.

At the field development stage, information on the composition of fluids at the molecular, nuclear, and isotope levels allows us to detect composition irregularity within the reservoir and to suggest the presence of hydro-dynamically isolated zones, and to monitor production of reserves.

The course is intended for geologists and geophysicists who plan geological prospecting works and perform a comprehensive interpretation of geological information, as well as for field geologists and exploitation specialists.

SPECIAL INSTRUCTIONS: PARTICIPANTS MUST BRING A LAPTOP

ADVANCED COST-EFFECTIVE WATERFLOODINGS 29–30 OCTOBER 2015, MOSCOW

GEOCHEMICAL ANALYSIS DURING EXPLORATION AND FIELD DEVELOPMENT 29 OCTOBER 2015, MOSCOW

COURSE OUTLINE

COURSE OUTLINE

TARGETS

Reservoir Engineering Challenges of Waterflooding

1.1. Reservoir physics (capillary phenomena, relative permeability, capillary pressure)1.2. Mathematical model for waterflooding. Black-oil model. 3-D reservoir simulation. Analytical prediction of 1-D waterflood. EXERCISE: input data for waterflood reservoir simulation1.3. Upscaling. Fractional flow in heterogeneous reservoirs EXERCISE: recovery factor calculations.

1.1. Targets, tasks, and methods of geochemical analysis.1.2. Development of a geological assignment for geochemical analysis.

2.1. Capillary phenomena and wettability alteration during Low-Sal flooding2.2. Physics of fines mobilisation, migration and permeability damage. Laboratory study2.3. Reservoir simulation of low salinity and smart fines-assisted waterflooding. 2.4. Analytical models for low salinity fines-assisted waterflooding. EXERCISES: comparison of normal and low salinity waterflooding; optimisation of injected water composition.2.5. Routine laboratory studies of normal and smart waterflooding. Advanced coreflood tests. EXERCISES: calculations fractional flow and relative permeability from lab data for different ion compositions2.6. Application of smart waterflood in sandstone and carbonate reservoirs

2.1. The role of geochemistry in oil and gas potential evaluation.2.2. Basin modeling 2.2.1. Types of basin modeling at different stages of geological prospecting works. 2.2.2. Example of 3D basin modeling of one of the Western Siberia regions. 2.3. Shale oil 2.3.1. Application of geochemistry – the only way to correctly determine place, volume, and time of shale oil generation. 2.3.2. Work experience with TOTAL, LUKOIL, STATOIL, and other organizations.2.4. Shelf geochemistry 2.4.1 Particularities of geochemical works on a shelf during geological prospecting works. 2.4.2 Work results for various territories.

3.1. Injectivity decline in waterflood projects: deep bed filtration; external cake formation; cake erosion. Mathematical modelling. 3.2. Laboratory studies of injectivity. Field cases. Taking advantage of injectivity damage in horizontal wells for improved sweep efficiency3.3. Effects of fines migration on injection and production wells3.4. Water production control and conformance enhancement using low-salinity water3.5. Two on-shore field cases of normal and smart waterflooding (Brazil, Russia): well behaviour, production history, reservoir studies

3.1. Geochemistry for specification of reservoir geology, monitoring, and reservoir management.3.2. Typical examples

Prospective of the cost-effective improvements of waterflooding in sandstone and carbonate oilfields

INTRODUCTION

Basic waterfloodingGeneral

information

Low salinity, smart and fines-assisted waterflooding

Regional geochemistry

Injection and production wells

Reservoir geochemistry

SUMMARY

Practice

REGISTRATION IS OPEN: For more details and registration please contact us at RussianReg@spe.org.

REGISTRATION IS OPEN: For more details and registration please contact us at RussianReg@spe.org.

INSTRUCTORPAVEL BEDRIKOVETSKY

INSTRUCTORIVAN GONCHAROV

Pavel Bedrikovetsky is professor of petroleum engineering at the University of Adelaide. He is the author of a seminal book on reservoir engineering along with over 200 published papers in international journals and SPE. His research covers waterflood, formation damage, EOR, and unconventional energy. He holds MSc in applied mathematics, PhD in fluid mechanics, and DSc in reservoir engineering, each from Moscow Gubkin Oil-Gas University.

Bedrikovetsky was a visiting professor at Delft University of Technology and Imperial College of Science and Technology from 1991 to 1994. He boasts 40 years of industrial experience in Russia, Europe, Brazil, and Australia. He served as section chairman, short course instructor, and program committee member for numerous SPE conferences. Bedrikovetsky also served as 2008–2009 SPE Distinguished Lecturer.

Course instructor Ivan Vasilyevich Goncharov is a doctor of geological and mineralogical sciences and candidate of chemical sciences (thesis on abiogenic petroleum synthesis). He worked at the Institute of Oil Chemistry of SB RAS (Tomsk), West Siberian Research and Development Geological Prospecting Petroleum Institute (ZapsibNIGNI) (Tyumen), Algeria (SОNATRAC). He has more than 40 years of working experience in the domain of geochemical surveys. For 20 years, he has been a permanent participant of international geochemical congresses (IMOG). His main work has been on the issue of formation of oil and gas reservoirs in the Western Siberia. Some of his work has been dedicated to the issue of geochemical surveys in the Eastern Siberia, Sakhalin, Precaspian basin, West Kuban basin, Volga-Ural basin, Algerian Sahara, Black Sea and Arctic Shelves. Currently he is a geochemical laboratory manager with NK Rosneft (Tomsk) and professor at Tomsk Polytechnical University. Some large-scale projects are currently being developed under his supervision by Russian and western companies (NK Rosneft OJSC, LUKOIL, Gazprom Neft, ExxonMobil, Statoil, Total, etc.), including the Universitetskaya-1 well (Pobeda field) in the Kara Sea.

SPECIAL INSTRUCTIONS: PARTICIPANTS MUST BRING A LAPTOP

TRAINING COURSESTRAINING COURSES

2726

• To justify and provide a reasonable roadmap of modern geochemical analysis, and to provide a set of methods and procedures for its implementation.• To give examples of practical solutions to geochemical challenges for various regions of Russia.

Geochemical surveys constitute an integral part of performance of geological prospecting works. In particular, the surveys enable us to determine oil source rocks and to give a quantitative assessment of their ability to generate various hydrocarbon fluids. Obtained information serves as a basis for building a 3D model of a sedimentation basin and its thermal evolution.

At the well drilling and completion stage, the information obtained from the analysis of a bore core and the sludge of liquid and gaseous fluids allows us to determine producing formations and to identify inter-reservoir overflows.

At the field development stage, information on the composition of fluids at the molecular, nuclear, and isotope levels allows us to detect composition irregularity within the reservoir and to suggest the presence of hydro-dynamically isolated zones, and to monitor production of reserves.

The course is intended for geologists and geophysicists who plan geological prospecting works and perform a comprehensive interpretation of geological information, as well as for field geologists and exploitation specialists.

SPECIAL INSTRUCTIONS: PARTICIPANTS MUST BRING A LAPTOP

29

GEOMECHANICS FUNDAMENTALS

29–31 OCTOBER 2015, MOSCOW

This course provides understanding of necessary geomechanics basics and its applications in the oil and gas industry. This course covers the origin of earth’s stress and pore pressure in reservoir rocks, techniques and methods of assessment using well’s data; it gives good understanding of elastic and strength (mechanical) properties of the rocks, with an introduction to the basics of experimental rock mechanics. The course also examines the main approaches of construction of Mechanical Earth Model (MEM) and the further application of these models to solve the most important issues of exploration and development of oil and gas fields. The course deals with examples of wellbore stability, modeling and forecasting abnormally high formation pressures, deals with fracturing stimulation optimization and sanding issues; also there would be covered issues of geomechanics application to unconventional, and fractured shale oil and gas.

COURSE OUTLINE

1.1. Introduction to geomechanics and applicaton in the oil and gas industry1.2. Generation of stresses and tectonics inside the Earth, evaluation methods and techniques1.3. Modeling techniques and methods of calculating natural stresses1.4. Pore pressure generation, evaluation methods and techniques 1.5. Modeling techniques and methods of calculating pore pressure

DAY 1Introduction to Geomechanics

DAY 2Rock Mechanics and Mechanical Earth Modeling

DAY 3Calculations based on Mechanical Earth Model and its Applications

2.1. Introduction to Rock Mechanics2.2. Core testing for geomechanical modeling2.3. The methods of calculation and simulation of existing approaches elastic and strength properties2.4. The philosophy of MEM construction2.5. Input data and quality control 2.6. 3D MEM construction. Geomechanics during the life of the field.

3.1. Borehole wall geomechanics. Wellbore stability modeling and well construction optimization3.2. Fracture design optimization3.3. Sanding analysis and preventions3.4. Geomechanics of unconventional reservoirs3.5. Wrap up

INSTRUCTORNIKOLAY SMIRNOV

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. Currently he is working as a technical director of PetroGM company.

REGISTRATION IS OPEN: For more details and registration please contact us at RussianReg@spe.org.

TRAINING COURSES REGISTRATION INFORMATION

Attend the conference on one, or all three days of the event, and see technical and plenary presentations from Russian and international industry experts, sharing their experiences, innovations and thought-leadership.

REGISTRATION TYPE PACKAGE INCLUDES PRICE, RUR, incl. VAT (18%)

3 Day Delegate (SPE Member) • Access to all 3 days of conference sessions• Conference Proceedings• Luncheons, coffee-breaks• Invitation to the Reception

29500

3 Day Delegate (non SPE Member) 34220

1 Day Delegate (SPE Member)Please select day when registering

• Access to all 1 day of the conference (please select day when registering)

• Conference Proceedings• Luncheon, coffee-breaks• Invitation to the Reception on 26 October

18880

1 Day Delegate (non SPE Member) Please select day when registering 23600

Author/Programme Committee member• Access to all 3 days of conference sessions• Conference Proceedings• Luncheons, coffee-breaks• Invitation to the Reception

17700

Professor of Russian Universities/Ph.D. student/Specialists of State Research Institutes (Student/ Professor card will be required onsite)

5900

DAY TOPICAL LUNCHEON PRICE, RUR, incl. VAT (18%)

26 OCTOBER TOPIC: Exploration Efficiency and Incentive SchemePRESENTED BY: Dmitry Bogdanov, Executive director, GeoKIN 1770

27 OCTOBERTOPIC: Clay-Fines-Migration-Assisted Low-Salinity Oil and Gas Recovery: a Formation Damage May Enhance Recovery and ProductionPRESENTED BY: Pavel Bedrikovetsky, Professor, University of Adelaide

1770

DAY TRAINING COURSE

PRICE, RUR, incl. VAT (18%)

SPE member non SPE Member

29 OCTOBER TOPIC: Organic Geochemistry of Hydrocarbon Source RocksINSTRUCTOR: Ivan Goncharov, TomskNIPIneft 16520 18880

29–30OCTOBER

TOPIC: Advanced Cost-Effective WaterfloodingsINSTRUCTOR: Pavel Bedrikovetsky, University of Adelaide

28320 30680

29–31OCTOBER

TOPIC: Geomechanics FundamentalsINSTRUCTOR: Nikolay Smirnov, Petro GM

40120 42480

TOPICAL LUNCHEONSA unique opportunity to socialise with your fellow industry professionals and hear leading experts discussing specialist topics whilst you dine. Simply select the Topical Lunch you wish to attend whilst registering for the event.

TRAINING COURSESTo register for training course please mark appropriate field while registering for the conference.

HOW TO REGISTERTo register for the SPE Russian Petroleum Technology Conference please fill in the registration form at http://www.spe.org/events/rpc/2015/en/registration.php 28

SPECIAL INSTRUCTIONS: PARTICIPANTS MUST BRING A LAPTOP

29

GEOMECHANICS FUNDAMENTALS

29–31 OCTOBER 2015, MOSCOW

This course provides understanding of necessary geomechanics basics and its applications in the oil and gas industry. This course covers the origin of earth’s stress and pore pressure in reservoir rocks, techniques and methods of assessment using well’s data; it gives good understanding of elastic and strength (mechanical) properties of the rocks, with an introduction to the basics of experimental rock mechanics. The course also examines the main approaches of construction of Mechanical Earth Model (MEM) and the further application of these models to solve the most important issues of exploration and development of oil and gas fields. The course deals with examples of wellbore stability, modeling and forecasting abnormally high formation pressures, deals with fracturing stimulation optimization and sanding issues; also there would be covered issues of geomechanics application to unconventional, and fractured shale oil and gas.

COURSE OUTLINE

1.1. Introduction to geomechanics and applicaton in the oil and gas industry1.2. Generation of stresses and tectonics inside the Earth, evaluation methods and techniques1.3. Modeling techniques and methods of calculating natural stresses1.4. Pore pressure generation, evaluation methods and techniques 1.5. Modeling techniques and methods of calculating pore pressure

DAY 1Introduction to Geomechanics

DAY 2Rock Mechanics and Mechanical Earth Modeling

DAY 3Calculations based on Mechanical Earth Model and its Applications

2.1. Introduction to Rock Mechanics2.2. Core testing for geomechanical modeling2.3. The methods of calculation and simulation of existing approaches elastic and strength properties2.4. The philosophy of MEM construction2.5. Input data and quality control 2.6. 3D MEM construction. Geomechanics during the life of the field.

3.1. Borehole wall geomechanics. Wellbore stability modeling and well construction optimization3.2. Fracture design optimization3.3. Sanding analysis and preventions3.4. Geomechanics of unconventional reservoirs3.5. Wrap up

INSTRUCTORNIKOLAY SMIRNOV

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. Currently he is working as a technical director of PetroGM company.

REGISTRATION IS OPEN: For more details and registration please contact us at RussianReg@spe.org.

TRAINING COURSES REGISTRATION INFORMATION

Attend the conference on one, or all three days of the event, and see technical and plenary presentations from Russian and international industry experts, sharing their experiences, innovations and thought-leadership.

REGISTRATION TYPE PACKAGE INCLUDES PRICE, RUR, incl. VAT (18%)

3 Day Delegate (SPE Member) • Access to all 3 days of conference sessions• Conference Proceedings• Luncheons, coffee-breaks• Invitation to the Reception

29500

3 Day Delegate (non SPE Member) 34220

1 Day Delegate (SPE Member)Please select day when registering

• Access to all 1 day of the conference (please select day when registering)

• Conference Proceedings• Luncheon, coffee-breaks• Invitation to the Reception on 26 October

18880

1 Day Delegate (non SPE Member) Please select day when registering 23600

Author/Programme Committee member• Access to all 3 days of conference sessions• Conference Proceedings• Luncheons, coffee-breaks• Invitation to the Reception

17700

Professor of Russian Universities/Ph.D. student/Specialists of State Research Institutes (Student/ Professor card will be required onsite)

5900

DAY TOPICAL LUNCHEON PRICE, RUR, incl. VAT (18%)

26 OCTOBER TOPIC: Exploration Efficiency and Incentive SchemePRESENTED BY: Dmitry Bogdanov, Executive director, GeoKIN 1770

27 OCTOBERTOPIC: Clay-Fines-Migration-Assisted Low-Salinity Oil and Gas Recovery: a Formation Damage May Enhance Recovery and ProductionPRESENTED BY: Pavel Bedrikovetsky, Professor, University of Adelaide

1770

DAY TRAINING COURSE

PRICE, RUR, incl. VAT (18%)

SPE member non SPE Member

29 OCTOBER TOPIC: Geochemical analysis during exploration and field developmentINSTRUCTOR: Ivan Goncharov, TomskNIPIneft 16520 18880

29–30OCTOBER

TOPIC: Advanced Cost-Effective WaterfloodingsINSTRUCTOR: Pavel Bedrikovetsky, University of Adelaide

28320 30680

29–31OCTOBER

TOPIC: Geomechanics FundamentalsINSTRUCTOR: Nikolay Smirnov, Petro GM

40120 42480

TOPICAL LUNCHEONSA unique opportunity to socialise with your fellow industry professionals and hear leading experts discussing specialist topics whilst you dine. Simply select the Topical Lunch you wish to attend whilst registering for the event.

TRAINING COURSESTo register for training course please mark appropriate field while registering for the conference.

HOW TO REGISTERTo register for the SPE Russian Petroleum Technology Conference please fill in the registration form at http://www.spe.org/events/rpc/2015/en/registration.php 28

SPECIAL INSTRUCTIONS: PARTICIPANTS MUST BRING A LAPTOP

30 31

TERMS AND CONDITIONS TRAVEL AND ACCOMMODATION

• Preliminary registration and full payment are required to attend SPE Russian Petroleum Technology Conference. • For cancellations received before 6 October 2015, a refund of 80% will be paid.• For cancellations received on and after 6 October 2015, no refunds will be paid.• No refunds will be paid if participant does not attend the conference.• Substitutions are accepted until 15 October 2015. To substitute another delegate, please email us at RussianReg@spe.org

with the following information: your name, email address, telephone number, and the name of the person to be substituted. • Cancellations must be submitted in written to RussianReg@spe.org

VENUE InfoSpace1-y Zachatyevskiy pereulok 4Moscow, Russia, 119034Metro station Kropotkinskaya, Park Kultury

InfoSpace is located in Moscow’s historic center, one kilometre from the Kremlin, 300 metres from the Cathedral of Christ the Savior, and 50 metres from the seafront Prechistenskaya.

TRAVEL—GETTING TO MOSCOW There are three international airports in and around Moscow

• SHEREMETYEVO: is located north of the city and can be reached by taxi in approximately one hour.

• DOMODEDOVO: is about 22 km south of the city. A taxi ride into town takes approximately one hour and 30 minutes.

• VNUKOVO: is located 10 km southwest of Moscow. A taxi will take about one hour to the city centre.

SUBWAYInfoSpace is within walking distance from the metro station Kropotkinskaya and Park Kultury (red line “Sokolnicheskaya”). The walk takes about 15 minutes.

ATTENTION: Aeroexpress trains are also readily available from each city airport. The journey takes approximately 35–45 minutes, and you will arrive at Belorussky Terminal (from Sheremetyevo), Paveletsky Terminal (from Domodedovo), or Kievsky Terminal (from Vnukovo): www.aeroexpress.ru

Reisebuero Welt Company is the official travel and accommodation agency for the SPE Russian Petroleum Technology Conference.

HOTELS AND TRANSFER CAN BE BOOKED AT:

http://www.spe.org/events/rpc/2015/

If you have any questions regarding hotels and transfer, please contact Julia Egorova at tjn@msk.welt.ru, or by telephone at +7.495.933.78.78, ext. 173.

HOTELS

All prices include breakfast and VAT (18%).

KEBUR PALACE ****

Standard RoomRUB 6,600 / 7,950 per night for single / double

HOLIDAY INN SOKOLNIKI **** Standard Room25–26.10 – RUB 4,400 / 4,800 per night for single / double26–28.10 – RUB 5,800 / 6,450 per night for single / double

BAGRATION ***

1 Category RoomRUB 5,480 / 6,280 per night for single / double

HILTON MOSCOW LENINGRADSKAYA *****

Hilton Guest Room25–26.10 – RUB 3,950 / 3,950 per night for single / double26–28.10 – RUB 8,450 / 8,980 per night for single / double

Prices are valid until 24 September 2015.

100% payment is required on booking. For more information, including the hotel cancellation policy, please visit http://www.spe.org/events/rpc/2015/

APPLYING FOR A VISA

We strongly advise you to apply for your visa by 1 September 2015 to ensure it is processed in time. Reisebuero Welt Company will provide visa support with full payment for accommodation booked through them. Visa support will not be provided for accommodation not booked through Reisebuero Welt Company. Please contact your hotel or accommodation agency directly.

For more information, please visit http://www.spe.org/events/rpc/2015/.

30 31

TERMS AND CONDITIONS TRAVEL AND ACCOMMODATION

• Preliminary registration and full payment are required to attend SPE Russian Petroleum Technology Conference. • For cancellations received before 6 October 2015, a refund of 80% will be paid.• For cancellations received on and after 6 October 2015, no refunds will be paid.• No refunds will be paid if participant does not attend the conference.• Substitutions are accepted until 15 October 2015. To substitute another delegate, please email us at RussianReg@spe.org

with the following information: your name, email address, telephone number, and the name of the person to be substituted. • Cancellations must be submitted in written to RussianReg@spe.org

VENUE InfoSpace1-y Zachatyevskiy pereulok 4Moscow, Russia, 119034Metro station Kropotkinskaya, Park Kultury

InfoSpace is located in Moscow’s historic center, one kilometre from the Kremlin, 300 metres from the Cathedral of Christ the Savior, and 50 metres from the seafront Prechistenskaya.

TRAVEL—GETTING TO MOSCOW There are three international airports in and around Moscow

• SHEREMETYEVO: is located north of the city and can be reached by taxi in approximately one hour.

• DOMODEDOVO: is about 22 km south of the city. A taxi ride into town takes approximately one hour and 30 minutes.

• VNUKOVO: is located 10 km southwest of Moscow. A taxi will take about one hour to the city centre.

SUBWAYInfoSpace is within walking distance from the metro station Kropotkinskaya and Park Kultury (red line “Sokolnicheskaya”). The walk takes about 15 minutes.

ATTENTION: Aeroexpress trains are also readily available from each city airport. The journey takes approximately 35–45 minutes, and you will arrive at Belorussky Terminal (from Sheremetyevo), Paveletsky Terminal (from Domodedovo), or Kievsky Terminal (from Vnukovo): www.aeroexpress.ru

Reisebuero Welt Company is the official travel and accommodation agency for the SPE Russian Petroleum Technology Conference.

HOTELS AND TRANSFER CAN BE BOOKED AT:

http://www.spe.org/events/rpc/2015/

If you have any questions regarding hotels and transfer, please contact Julia Egorova at tjn@msk.welt.ru, or by telephone at +7.495.933.78.78, ext. 173.

HOTELS

All prices include breakfast and VAT (18%).

KEBUR PALACE ****

Standard RoomRUB 6,600 / 7,950 per night for single / double

HOLIDAY INN SOKOLNIKI **** Standard Room25–26.10 – RUB 4,400 / 4,800 per night for single / double26–28.10 – RUB 5,800 / 6,450 per night for single / double

BAGRATION ***

1 Category RoomRUB 5,480 / 6,280 per night for single / double

HILTON MOSCOW LENINGRADSKAYA *****

Hilton Guest Room25–26.10 – RUB 3,950 / 3,950 per night for single / double26–28.10 – RUB 8,450 / 8,980 per night for single / double

Prices are valid until 24 September 2015.

100% payment is required on booking. For more information, including the hotel cancellation policy, please visit http://www.spe.org/events/rpc/2015/

APPLYING FOR A VISA

We strongly advise you to apply for your visa by 1 September 2015 to ensure it is processed in time. Reisebuero Welt Company will provide visa support with full payment for accommodation booked through them. Visa support will not be provided for accommodation not booked through Reisebuero Welt Company. Please contact your hotel or accommodation agency directly.

For more information, please visit http://www.spe.org/events/rpc/2015/.

32

SUPPORTING MEDIA AND ASSOCIATIONS

ФО

НД

СО

ДЕЙ

СТВ

ИЯ СЕВЕРНЫМ И АРКТИЧЕСКИМ ТЕРРИ

ТОРИ

ЯМ World ils

НОВАЦИИНефть.Газ.

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32

SUPPORTING MEDIA AND ASSOCIATIONS

ФО

НД

СО

ДЕЙ

СТВ

ИЯ СЕВЕРНЫМ И АРКТИЧЕСКИМ ТЕРРИ

ТОРИ

ЯМ World ils

НОВАЦИИНефть.Газ.

научно�технический журнал