Geology study and opportunities and perspective to storage CO2 in Kaliningrad region and Baltic sea shelf (Russian sector)

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1 Geology study and opportunities and perspective to storage CO2 in Kaliningrad region and Baltic sea shelf (Russian sector) Reporter : Otmas Andrei 23 th May 2013 Finland, Espoo ALL-RUSSIA PETROLEUM RESEARCH EXPLORATION INSTITUTE ()

2 Geological studied of Kaliningrad region and Baltic sea shelf ALL-RUSSIA PETROLEUM RESEARCH EXPLORATION INSTITUTE ()

3 ALL-RUSSIA PETROLEUM RESEARCH EXPLORATION INSTITUTE ()

4 ALL-RUSSIA PETROLEUM RESEARCH EXPLORATION INSTITUTE ()

5 Структурные комплексы: Альпийский ( P - N) 2 Герцинский (D km - P ) 1 1 Каледонский ( - D gr) Є 1 1 Meridional geological section ( by release Vladimir Makarevich, Alexander Otmas 1997) ALL-RUSSIA PETROLEUM RESEARCH EXPLORATION INSTITUTE ()

6 ALL-RUSSIA PETROLEUM RESEARCH EXPLORATION INSTITUTE ()

7 Overview map of Kaliningrad region ALL-RUSSIA PETROLEUM RESEARCH EXPLORATION INSTITUTE ()

8 Drill studied of Kaliningrad region Seismic studied of Kaliningrad region ALL-RUSSIA PETROLEUM RESEARCH EXPLORATION INSTITUTE ()

9 Opportunities and perspective to storage CO2 in Kaliningrad region and Baltic sea shelf ALL-RUSSIA PETROLEUM RESEARCH EXPLORATION INSTITUTE ()

10 Overview map of Kaliningrad region and fund of perspective structures The main parametrs of local strucrure Square sq.m sq.m. ( структуры D6 и D2 ) Amplitude 5-10 m Depth of occurrence m m

11 Приразломные структуры с доминирующим (главным) разломом Приразломные структуры, приуроченные к узлам пересечений разломов а) В С , а) б) в) Алешкинское (а), Северо-Красноборское, Гаевское, Западно-Красноборское, Исаковское, Славское (б), Малиновское, Славинское (в), Ушаковское и др. Северо-Озерская (а), Зайцевское, Красноборское, Армейское и др. ВНК -2078, Структуры, осложненные разрывными нарушениями Структуры, не осложненные разрывной тектоникой а) С 1 б) с 1 Ершовское (а), Ратное, Ладушкинское, Северо-Славинское (б) и др. B Восточно-Горинское - центр. купол (а), Пойменная залежь, Западно-Озерское. а) TYPE OF LOCAL STRUCTURE IN KALININGRAD REGION ( by the example of discovery of deposit) ALL-RUSSIA PETROLEUM RESEARCH EXPLORATION INSTITUTE ()

m. ( структуры D6 и D2 ) Amplitude 5-10 m - 80-90 m Depth of

12 Overview map of Kaliningrad region and fund of perspective structures The main parameters of local structure Square sq.m sq.m. ( структуры D6 и D2 ) Amplitude 5-10 m m Depth of occurrence m m ALL-RUSSIA PETROLEUM RESEARCH EXPLORATION INSTITUTE ()

m 2 (effective), m porosity area, mln m 3 Krasnoborskoe 8 887 16,4 0,14 20,4

13 Volume of poral area in extract objects Deposit Oil-bearing area Oil-contain depth Exposed Volume of poral th. m 2 (effective), m porosity area, mln m 3 Krasnoborskoe ,4 0,14 20,4 Zapadno-Krasnoborskoe ,2 0,14 16,2 Deiminskoe ,3 0,11 4,9 Malinovskoe south part ,2 0,13 2,0 Malinovskoe north part ,6 0,13 8,5 Total: 52,1 90% 87% 92% 95%

Methods and opportunities to storage СО 2

fields Aquiferous deep-seated horizons (>

run out produced) oil fields (completely

middle devonian of depletion (Deiminskaia

14 Methods and opportunities to storage СО 2 in Kaliningrad region In run out oil fields Aquiferous deep-seated horizons (> 800m) regional monoclines (completely In run out produced) oil fields (completely produced) In salt bed (stratum) 10 oil of fields upper have permian the degree complex of depletion about 90% D1 km - 800м In salt bed (stratum) of upper permian complex Э Aquiferous horizons of low devonian (Kemer assise) and middle devonian (Deiminskaia assise) Aquiferous horizons 10 oil fields of low have devonian the degree (Kemer assise) and middle devonian of depletion (Deiminskaia about 90% assise) ALL-RUSSIA PETROLEUM RESEARCH EXPLORATION INSTITUTE ()

15 Expected results from cooperation with 1. Structural maps - top of the main oil-bearing complexes and basement. 2. Tectonical and oil-geological map of the Kaliningrad region and the Baltic Sea shelf (Russian sector). 3. Analysis and summary of well test results, hydrogeological data and oil-gas-water manifestations within the region. 4. Data on permeability, porosity, physical and chemical characteristics of oils and dissolved gases. 5. The data on the morphology of structures. 6. Structural zonation and morphological characteristics of structures on the scale 1: with the aim to identify potentially promising areas for CO 2 storage, determination of the structures that are recommended for the possible storage of CO The data for evaluation of the pore space of potential objects for CO 2 storage and determination of the possible extent of storage. 8. Geological and environmental consequences. 9. Geological and economic evaluation of the possible storage. 10. Alternative uses of CO Additional geological data obtained in the course of work.

16 Thank you for your attention! Contact information:, Liteiny ave. no. 39, St. Petersburg, Russia Tel Otmas Andrei: Tel We open for cooperation ALL-RUSSIA PETROLEUM RESEARCH EXPLORATION INSTITUTE ()

P105 Particularities of Astrakhan Gas Field Deep Structure Resulting from Microseismic Sounding Technique Application

P105 Particularities of Astrakhan Gas Field Deep Structure Resulting from Microseismic Sounding Technique Application A.V. Gorbatikov* (Institute of Physics of the Earth, Rus.Acad.Sci.), M.Y. Stepanova