The Ketzin Test Site (former CO 2 Sink-project)
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1 The Ketzin Test Site (former CO 2 Sink-project) - Experiences and results gained during 32 months of operation - Axel Liebscher & Ketzin Team
2 The Ketzin Test Site ~ 25 km west of Berlin located in the North German Basin only active national storage project
3 The Ketzin Test Site SE flank of Roskow-Ketzin double anticline reservoir: saline aquifer fluviatile arcosic sandstones Upper Triassic Stuttgart Formation porosity ~ 26% permeability ~ 100 md (variable) depth: m Roskow-Ketzin double anticline cap-rock: shales Upper Triassic Weser Formation porosity ~ 8 % permeability ~ µd
4 The Ketzin Test Site comparably low pressure and density
5 The Ketzin Test Site top anticline observation well Ktzi 202 injection well Ktzi 201 injection pipeline observation well Ktzi 200 injection facility 1 injection and 2 observation wells at distances of 50 and 112 m
6 The Ketzin Test Site start of injection: June 30 th, 2008 CO 2 quality: 99,9 % food-grade 2 CO 2 -tanks each with 50 t CO 2 (liquid, - 18 o C/19 bar) injection conditions ~ 35 o C/62 bar 1 electrical heater, 300 kw, ambient air-heater injection rates: 24 to 77 t/day CO 2 arrival at Ktzi 200: July 15 th, 2008 after 530 t CO 2 (as expected) CO 2 arrival at Ktzi 202: March 22 nd, 2009 after 11,200 t CO 2 (notably late based on pre-injection models)
7 Injection operation actual mass of injected CO 2 : ~ 45,000 t (permitted maximum: 100,000 t) injection runs safe and stable
8 Monitoring - overview active seismic methods surface-surface: 3-D, 2-D star surface-downhole: VSP/MSP cross-hole geoelectric methods surface-downhole cross-hole different methods with different spatial resolution also: passive seismic, surface monitoring, fluid sampling, logging, DTS
9 Geophysical monitoring geoelectric 1. Repeat 07/2008, 600 t 2. Repeat 11/2008, 4,500 t 3. Repeat 04/2009, 13,700 t 4. Repeat 03/2011, ~ 45,000 t seismic 1. Repeat 3D, 2D, VSP 10/2009, ~ 22,000 t 2. Repeat 2D, VSP 02/2011, ~ 43,000 t
10 3D time-lapse seismic monitoring Top Stuttgart Form. CO 2 Signatur prominent anhydrite layer time-lapse amplitude analysis shows clear CO 2 signature around injector
11 resistivity ratio Geoelectric monitoring surface-downhole measurements change of resistivity (repeat/baseline) with time at 635 m depth 2 nd repeat November 2008; 4,500 t CO 2 3 rd repeat April 2009; 13,700 t CO 2 Ktzi 202 Ktzi Ktzi 201 Ktzi 200 Ktzi 201 Ktzi m 100 m (after Kießling & Rücker, 2010)
12 Geoelectric monitoring surface-downhole measurements change of resistivity (repeat/baseline > 3) with time and depth November 2008; 4,500 t CO 2 April 2009; 13,700 t CO 2 (after Kießling & Rücker, 2010) first inversion results improved analysis may change picture a little
13 Comparing geoelectric and seismic results Geoelectric April 2009; 13,700 t CO 2 injected Seismic Autumn 2009; ~ 24,000 CO 2 injected Ktzi 202 Ktzi 202 WNW WNW Ktzi 201 Ktzi 200 Ktzi 201 Ktzi m 100 m results for both methods are consistent data suggest preferred WNW extension of CO 2 plume
14 Comparing seismic and modelling 3D repeat 3D repeat and modeling undetected volume? Eclipse model seismic and model do not match improved geological model neede: work in progress
15 Future tasks and projects - continue injection (presumably until 2012/2013) - move to impure CO 2 - continue monitoring (e.g., 2 nd 3D repeat) - install and perform additional monitoring techniques (InSAR, CSMT) - drill shallow (~ 450 m) observation well in first aquifer above cap-rock (planned for summer 2011) - drill fourth deep (~ 700 m) well for monitoring and core recovery (planned for summer/autumn 2012) - after end of injection study smart abandonment techniques and materials
16 P-T-r conditions in observation well Ktzi 200 notably lower wellhead pressure in Ktzi 200 compared to Ktzi 201 stable conditions in Ktzi 200 since breakthrough of CO 2
17 P-T-r conditions in observation well Ktzi 200 pressure gradient gives effective density at each depth temperature allows calculate CO 2 phase diagram with depth
18 P-T conditions in observation well
19 P-T conditions in observation well
20 P-T conditions in observation well
21 P-T conditions in observation well
22 P-T conditions in observation well
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