Geoelectric power generation prospects in Lithuania
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1 Geoelectric power generation prospects in Lithuania Saulius Šliaupa Nature research centre Develop Geothermal Electricity in Europe to have a renewable energy mix Workshop Lithuania, Latvia, Estonia, Finland, Sweden, Ukraine 22nd March 2012
2 Tectonic framework of Europe and chronostratigraphy chart of Baltic basin
3 NW Baltic basin Thickness of sedimentary cover SE km 0.5 km NW Gotland Baltic Sea D Lithuania T-J-K-Q C1- P PR3- K-Q SE Geological crosssection PR1-2 C mo S
4 Geological cross-section west-east across Lithuania. Blue layers major aquifers
5 Temperatures (degc) at the base of the sedimentary cover of Baltic basin 100 km Baltic Sea
6 Potential of Cambrian aquifer, well doublet, west Lithuania Site Discharge, l/s Th.power, MW El.power, kw Girkaliai Genčiai Kretinga Nausodis P.Šiūpariai Degliai Pociai Vilkyčiai Sakučiai
7 Geological and geothermal N-S profile of west Lithuania Crystalline basement
8 Palaeoproterozoic igneous and metamorphic rocks Mesoproterozoic granitoids Geological map of crystalline basement of west Lithuania (after G.Motuza, 2005) Structural map of top of crystalline basement
9 Temperature distribution at depth 100 m Temperatures of Cambrian reservoir
10 Comparison of thermogrames of W, C, and E.Lithuania Thermogram of well Vydmantai-1, west Lithuania Correction of thermogram of well Ablinga-2, west Lithuania
11 Heat flow map of Lithuania (mw/m2)
12 Digital geothermal database at LGT 204 deep wells ( m) 401 point thermometer measurements 120 thermal logs
13 Example of geothermal information sorted by major aquifers
14 Lithuanian geothermal website
15 Mesoproterozoic granitoids Heat generation of basement rocks (μw/m 3 ). Geological map of crystalline basement of west Lithuania (after G.Motuza, 2005)
16 Depths of isotherm 150 o C Gravity and magnetic models of ZN intrusion Geothermal modelling of Earth s crust Geothermal model of ZN intrusion
17 Depths of isotherm 150 o C Modelled and measured temperatures
18 Hot granites of Zemaičių Neumiestis intrusion Fractured zone Fractures Non-fractured basement
19
20 4 km Degliai OF Vilkyciai OF Sakuciai OF Gargzdai fault TWT 1525 ms 3d SEISMIC SLICE BELLOW THE BASEMENT
21 Maximum dilatation directions, from GPS data Vertical W-E striking fractured zones are suggested to be prospective in Lithuania based on stress field knowoledge
22 Principle scheme of EGS power sation
23 Principle parameters of EGS power station in west Lithuania Number of wells 3 Depth 4-5 km Injection pump (400 m depth) Production pumps 2 Production temperature 150 o C Injection temperature o C / 20 o C Discharge rate kg/s Binary system ORC cycle effect % Gross power production 3-4 MWe Parasitic power MW Lifetime years
24 Economic assessment of geothermal power station in west Lithuania Calculated price - >47 LT cnt/kw Nr Type Cost, mln. Cost, mln. Lt CAPEX 1 Risk 1,5 5,2 2 Design 0,5 1,7 3 Exploration 0,1 0,3 4 Wells ,8-69,1 5 Studies in wells 0,6 2,1 6 Stimulation 1,2 4,1 7 Production tests 0,2 0,7 8 Pumps 0,4 1,4 9 Pipe lines 0,5 1,7 10 Extra 1,5 5,2 11 Power station 4,4 15,2 Total 25,9-30,9 89,4-106,7 OPEX (30 years) 12 O&M 51,0 174,0 TOTAL 76,9-81,9 263,4-280,7
25 80 l/s 100 l/s 60 l/s Heat and electrical power production Water temperature 150 o C Production rates 100 l/s, 80 l/s, 60 l/s 60 l/s 80 l/s 100 l/s
26 EGS reservoir parameters Parameters Economic target So far achieved Cooling of reservoir (lifetime) 20 years 10 years Temperature o C 270 o C Well spacing 600 m 600 m Impedance 0,1 MPa/(l/s) 0,29 Pa/(l/s) Circulation (production) 75 l/s 26 l/s Water loses 10% 0% Cooling rate 10% in 20 years No data Reservoir volume 300 mln.m 3 No data Total surface area of fractures 10 mln.m 2 No data
27 CONCLUSIONS Abundant geothermal information is available in Lithuania No potential of production of electric power from sedimentary aquifers in Lithuania Prospects are related to crystalline basement (EGS systems) Prospective area is defined in west Lithuania for application of EGS systems; Šilutė town is considered as the first-priority site W-E trending vertical fractured zones are the most prospective targets; presence of fractured zones is proved by drilling Geophysical methods might be effective in exploration of geothermal sites Triplet power station can generate 3.5 MWe (and 35 MWth) in west Lithuania Due to economic reasons the power stations should be located in/close to towns Total potential of electric power production is evaluated as high as MWe
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