UGSs of Gazprom new demands and new achievements Nikita E. Barsuk Department of gas transportation, underground storage and utilization Directorate of underground gas storage JSC GAZPROM 6th Gas Centre Task Force on Supply, Infrastructure and Markets, Paris, April 25 2012
UGS of Gazprom in Russia
Main characteristics of Gazprom UGS «Gazprom» UGS system includes 21 underground gas storage entities and 25 underground storages. 17 UGS created in depleted gas fields and 8 in aquifers. Volume of working gas, blncm. 66,3 Gas injection in UGS in 2011, blncm. Gas withdrawal from UGS in 2011-2012, blncm. 48,2 43,2
UGS under development Underconstruction: Bednodemyanovskoye UGS facility (aquifer). working gas capacity will be equal to 5.0 billion cm. Drilling of wells is underway. Volgogradskoe UGS in salty rocks 0,82 billion cm. Kaliningradskoe UGS in salty rocks 0,26 billion cm. Under designing: Shatrovskoye (Kurgan Oblast) - 1,0 billion cm. Novomoskovskoye (Tula Oblast) 0,34 billion cm. and Arbuzovskoye (Republic of Tatarstan) - 0.5-0.6 billion cm.
UGS Bednodemyanovskoye Beginning of construction
Development of maximum daily withdrawal capacity at the Gazprom UGS in Russia Today «Gazprom» is looking for increasing of maximum daily gas withdrawal capacity of UGS in Russian Federation. To support this activity the Billion-Programme was developed and signed for further gradual fulfillment. It is expected that desired maximum level of withdrawal for 1000 mln.c.m. per day at the beginning of withdrawal expected to be achieved after 2020.
million cm/day млн.куб.м/сутки Plan for development of maximum daily withdrawal capacity at the Gazprom UGS in Russia (at the beginning of withdrawal season) 1200 1000 801 872 880 915 940 966 978 986 994 1001 1009 1016 1051 800 648 671 728 600 400 200 0 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 2023 2024 2025 2030
billion cm млрд.куб.м Plan for development of working gas volume 90 80 70 77 79 81 83 84 85 86 86 86 86 86 87 73 70 65 66 60 50 40 30 20 10 0 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 2023 2024 2025 2030
million cm/day млн.куб.м/сутки Gas withdrawal during abnormal cold season 2011-2012 650 Мах = 26,3 mln cm/day 600 550 Maximum daily rate withdrawal capacity = 638,7 mln cm/day Summarized daily rate withdrawal capacity = 655,0 mln cm/day Total withdrawal 9,5 bln cm 500 450 J a n u a r y 20.янв 21.янв 22.янв 23.янв 24.янв 25.янв 26.янв Fact withdrawal season 2010/2011 Fact withdrawal season 2011/2012 Факт сезона 2010/2011 года Факт сезона 2011/2012 года Расчетная максимальная производительность Plan according to developed capacities соответствующая уровню обустройства ПХГ 27.янв 28.янв 29.янв 30.янв 31.янв 01.фев 02.фев 03.фев 04.фев 05.фев 06.фев F e b r u a r y 07.фев 08.фев 09.фев 10.фев 11.фев Maximum daily rate withdrawal from Russian UGS in 2011/2012 equal to 33,7% of russian gas demand. 12.фев 13.фев 14.фев 15.фев 16.фев 17.фев 18.фев
million cm/day млн.куб.м/сутки Gas withdrawal in 2011-2012 from Belorussian UGS 10 9 8 7 6 5 4 3 2 1 0 20.янв 21.янв 22.янв Osipovicheskoe Осиповичское Прибугское Pribugskoe Мозырьское Mozyrskoe 23.янв 24.янв 25.янв 26.янв 27.янв 28.янв 29.янв 30.янв 31.янв 01.фев 02.фев 03.фев 04.фев 05.фев 06.фев 07.фев 08.фев 09.фев 10.фев 11.фев 12.фев 13.фев 14.фев 15.фев 16.фев 17.фев 18.фев
Main characteristics of Gazprom UGS expected in 2012-2013 season (Increase to 2011/12) - Volume of working gas, bln cm. 66,282 (+ 1,03) - Maximum daily withdrawal capacity, mln cm/day 671,1 (+ 23,4) - Average daily withdrawal capacity in December-February, mln cm/day 535,9 (+ 13,8) 11
Gazprom storage capacities in Europe Working Volume bln m 3 Withdrawal daily rate mln m 3 /day Rehden 0,5 10 VNG 0,1 2 Katharina 0,05 1 Haidach 1,9 19 Banatski Dvor 0,23 2,5 UGS UK 0,23 1,2 Total 3,01 35,7
Haidach UGS
Katharina UGS (salty rocks)
Bergermeer UGS
Banataski Dvor UGS
Plan for development of Gazprom daily withdrawal capacity in Europe UK VNG
Plan for development of Gazprom active volume in Europe UK VNG
Gas export to Turkey by Blue Stream, mln c m/day
Conclusions: 1. The requirements emerging in the gas market due to commercial specifics and environmental regulations call for the need to develop new approaches to designing and construction of up-to-date UGS facilities that will fully meet the flexibility requirements and respond to the changing market conditions. 2. A comprehensive approach to process parameters of UGS facilities creates the need to establish UGS complexes with different UGS. Different in designing, construction and operation. Comprised by the group of storages having a considerable working gas capacity (storages in depleted fields or aquifers) to smooth out seasonal fluctuations and the group of storages with a high daily deliverability that will also permit daily or hourly balancing. 3. The new functions of the gas supply infrastructure including UGS facilities require both technological and commercial innovations, changes in the energy and environmental legislation.
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Major Gas Production Regions 9 % 2 % 2008 8% 16% % 35% 2030 Nadym-Pur-Taz, Tomsk Region Ob and Taz Bay Yamal Other regions of Russia Arctic shelf 12% Eastern Siberia and the Far East 22% 7% 89 % Arctic shelf Yamal Nadym-Pur-Taz Far East Sea of Okhotsk shelf Eastern Siberia
Yamal 28 fields discovered on the Yamal Peninsula including 26 onshore and 2 offshore: - Gas reserves (АВС 1 +С 2 ) 15.3 trln m 3 - Projected gas production 115 bln m 3 /yr and up to 140 bln m 3 /yr in the long term
Arctic Shelf Pilot project Shtokman field development: - Discovered in 1988 - Located in the central part of the Russian sector in the Barents Sea - Sea depth in the field area: 320-340 m - С 1 +С 2 gas reserves 3.8 trln m 3