Winners Announced at the Awards Ceremony
that was held as part of the VIII Petersburg International Gas Forum!

103 young

scientists

13 universities

5 Research Centers

16 companies

7 countries

More than 70 experts from Russia, Azerbaijan, United Kingdom, Canada, Germany, Sweden,
Italy, Switzerland, France, Turkey, and Australia participated in the peer review process.

Nominations
Hydrocarbon Exploration and Production

Gas Transportation and Storage

Oil and Gas Processing

Liquefied Natural Gas (LNG)

Electric Power

IT Solutions for Oil and Gas Industry

FIRST PRIZE WINNER

MR. ZHANG CHAO

Country: People’s Republic of China

Nomintaion / Research Area: Liquefied Natural Gas (LNG)

PI Institution: CNOOC Petrochemical Engineering Co., Ltd.

Proposal Title

RESEARCH AND APPLICATION OF UNITED PROCESS: LIGHT HYDROCARBON RECOVERY AND CRYOGENIC POWER GENERATION OF LNG.

Research Summary

An integrated process of light hydrocarbon recovery from LNG and power generation with cold energy is introduced. The process is designed for an LNG station with a capacity of 3,000,000 tons per year in a coastal province in China. Unlike conventional LNG plants which mainly focused on producing purified hydrocarbon products, the proposed process capable of producing high-value light hydrocarbons and generating power with cold energy in one united plant With the application of advanced heat-exchange design on distillation units, the quality of hydrocarbon products is enhanced, while increasing the energy recovery efficiency. The simulation results demonstrated significant yields of ethane (94.16%) and propane (91.36%) with energy consumption substantially reduced. The refined methane at a remarkable purity of 98.99% is recovered in a Rankine circle as the cooling source, where a mixed working fluid is introduced to generate power at high energy efficiency. The mixed working fluid is designed at a perfect ratio to fit with the vaporization of LNG in a gentle process as to increase the energy efficiency. Compared to conventional processes, this technology exhibits excellent performance in products quality with a considerable reduction in investment in equipment purchases and energy consumption.

AWARD: ₽ 1 000 000 in unrestricted funds

SECOND PRIZE WINNER

MR. OLEG N. SYCHEV

Country: Россия

Nomintaion / Research Area: Gas Transportation and Storage

PI Institution: JSC “Severstal Management”

Proposal Title

“DEVELOPMENT AND IMPLEMENTATION OF THE TECHNOLOGY OF THE PLATE MANUFACTURING FOR THE LARGE DIAMETER PIPES MADE OF STEEL WITH GRADE X70 FOR THE CONSTRUCTION OF THE SECTIONS OF THE GAS PIPELINE “POWER OF SIBERIA” IN THE AREAS OF ACTIVE TECTONIC GAULTS”.

Research Summary

A new technology of rolled strip production made from X70 steel grade with thickness up to 40 mm for large diameter pipes used in the “Power of Siberia” pipeline project in the areas of active tectonic faults was designed and developed. A new technology of thermomechanical processing on the Severstal’s heavy plate Mill 5000 was proposed. That, combined with innovative chemical composition of steel and technological operations during reprocessing stage allows to satisfy new customer requirements to finished products, namely to provide an increased level of deformation capacity of rolled products and large diameter pipes, which helps to preserve specified mechanical properties after thermal and thermodeformational impact and to improve pipeline earthquake resistance through increased deformability of pipes in general. Steel microstructure consisting mainly of undercooled austenite diffusionless transformation products, with equal distribution in the ferritic matrix was also analyzed. A new way of retrieving a structure without changing the existing mill equipment and increasing alloying costs was examined. It is based on stopping the finishing stage of rolling in the header of the critical temperature interval and subsequent accelerated water cooling in an spray unit, discontinuing at a temperature below the bottom border of the subcooled pool film boiling interval.

AWARD: ₽ 250 000 in unrestricted funds

MR. GLEB A. DEREVYAGIN

Country: Russia

Nomintaion / Research Area: Gas Transportation and Storage

PI Institution: Limited liability company «Scientific production association «Vympel»

Proposal Title

NEXT-GENERATION SINGLE-LINE GAS METERING STATION.

Research Summary

A newly conceived next-generation single-line gas metering station (GMS) based on a large diameter (DN1400) “Vympel-500” ultrasonic flowmeter with an in situ verification unit has been created and tested. Development of this solution has included: – design and manufacture of a DN1400 PN100 8+8 channel ultrasonic flowmeter; – design and creation of 8-channel reference flowmeters (DN500 and DN1000); calibration of these on high pressure gas test rigs in Russia and Netherlands; – design, manufacture and certification of the test rig “Vympel-80000” for the calibration of large diameter (DN700-DN1400) flowmeters. This test rig generates volumetric flow rates from 800 to 80000 m3/h with an expanded uncertainty of 0.3%. There is no analogous testing rig in Russia or in the rest of the world. Field testing of the prototype single-line gas metering station was performed from June 2015 to November 2017 at the “Donskoye LPUMG” branch of “Gazprom Transgaz Moscow”. The main point of the research work has been the comprehensive investigation of the metrological characteristics of the gas metering station, the reference flowmeters and the calibration test rig. This research demonstrated the metrological traceability of an ultrasonic flowmeter DN1400 to the primary state reference facility by means of a “Vympel-500” reference flowmeter and the “Vympel- 80000” calibration test rig.

AWARD: ₽ 250 000 in unrestricted funds

THIRD PRIZE WINNER

MR. JUNG-GYUN KIM

Country: The Republic of Korea

Nomintaion / Research Area: Hydrocarbon Exploration and Production

PI Institution: Korea Gas Corporation (KOGAS) Research Institute

Proposal Title

EFFECT OF PROPPANT SIZE AND VOLUME ON FRACTURE PERMEABILITY IN HYDRAULICALLY FRACTURED SHALE GAS RESERVOIRS.

Research Summary

This study presents the measurement of fracture permeability with different proppant size and volume in fracture and overburden pressure to investigate changes of fracture permeability by proppant placement in a shale gas reservoir. Based on the experimental results, modified equation for fracture permeability was proposed to involve the effect of proppant embedment in a simulation model. Fracture permeability was experimentally studied by considering the changes in overburden pressure with varying proppant size and volume. Based on the experimental results, we proposed a modified equation for fracture permeability that considers the effect of proppant distribution. Decreasing the proppant volume significantly reduced fracture permeability caused by overburden pressure. In addition, reducing the proppant size increased the overburden pressure, contributing to the decrease in fracture permeability. To quantify the experimental results, a modified expression for calculating fracture permeability based on the proppant size and volume was proposed. The modified equation can be used to evaluate gas production performance in shale gas reservoirs.

AWARD: All-expense Paid Trip to a Scientific Event of His Choice

Other awards included:

  • Golden and silver pins
  • Free one-year subscription to the Gas Industry Journal
  • A free publication at the Gas Industry or Territoria NEFTEGAS Journal
  • “Energy of the Future” book provided by the Global Energy Association

 

JPSC Gazprom

Pavel V. KrylovHead of department

Vladimir V. KliuikoHead of division

Yulia A. SlavinaChief technologist

International Business Congress (IBC)

Ilja B. KotikovskiDeputy Executive Secretary

Detlef WesslingProject Coordinator, IBC

The Gas Industry Journal

Elvin A. AkhadovExecutive Director

Alexandra LazarevaProject manager

Association of Gas and Oil Complex Builders (SRO ASGiNK)

Professor Bogdan V. BudzulyakPresidentDr. Alexander A. ApostolovDirector GeneralDenis V. ProkopovichDeputy Head of GR and TD department

Shell

Sander Stegenga Technical Director of new LNG projects in Russia

Korea Gas Corporation

Dr. Lee Seong-minHead of KOGAS Research Institute

 

Andrey GustoyDeputy CEO, Administrative Affairs

Yokogawa Electric CIS

Gubkin Russian State University of Oil and Gas (RSU)

Alexei S. LopatinНead of the Department of Thermodynamics and Thermal Engines

SAP CIS

Olkhov AlexanderHead of Oil&Gas Department

Innopolis University

Iskander I. BarievVice-Rector for Project, Science and Research Affairs

Kazan (Volga Region) Federal University (KPFU)

Danis K. NourgalievVice rector for science

Skoltech Center for Hydrocarbon Recovery

Alexey N. CheremisinAssociate Director for Experimental Research

The Global Energy Association

Alexandr IgnatovActing president

Maria ZelenyakVice-president for development and projects

Almetyevsk State Oil Institute

Alexei F. IvanovFirst vice-rector

Mitsubishi Corporation (Russia) LLC

Mr. Jun NishizawaSenior Vice President, Division COO, Energy Resources Div. B

Siemens Russia

Nikolay Yu. Rotmistrov Head of LNG business, special projects director

Schlumberger

 

Chaiman of the Jury
Vitaly A. Markelov
PJSC Gazprom
Deputy Chairman of the PJSC Gazprom
Management Committee
Chairman of the IBC Working Committee

Chairman of the Expert Committee
Dr. Bogdan V. Budzulyak
SRO ASGiNK
President of the Association
of Gas and Oil Complex Builders.
Member of the IBC Presiding Committee.

Mr. Uwe H. Fip
Uniper Global Commodities SE
Senior Vice President, member of the IBC Board of Executive Directors, Germany

Dr. Christian Bruch
Linde AG
Member of the Executive Board. Responsible for the Engineering Division

Mr. Thilo Wieland
Wintershall
Member of the Board of

Executive Directors,
Wintershall Holding GMBH.
Exploration & Production in Russia, North Africa
and South America.
Member of the IBC Presiding
Committee.

Dr. Rainer Seele
OMV Aktiengesellschaft AG
CEO, OMV Aktiengesellschaft AG. Member of the IBC Presiding Committee.

Mr. Michele Stangarone
General Electric
President of Nuovo Pignone,
VP of Global Sales & Commercial for TPS BHGE.

Martynov Viktor Georgievich
Gubkin Russian State University of Oil and Gas (RSU)
Rector

Mr. Hirotatsu Fujiwara
Mitsui & Co., Ltd.
Executive Managing Officer,
Chief Operating Officer,
Energy Business Unit II,
Mitsui & Co., Ltd.

Mr. Vladimir Saveliev
Yokogawa Electric CIS
General Director

Dr. Kim Young-Doo
Korea Gas Corporation
Senior Executive Vice President.