CO2 capture, transport and
geological storage programmes
KS CCS Network
8th May, 2014
CIUDEN es.CO2
Centre for technologic...
KS CCS Network
8th May, 2014
es.CO2 - Schematic diagram
15-30 MWth
CFB
BOILER
FUEL
PREPARATION
SYSTEM
SCR
GAS
CLEANING
SYS...
Final Review Meeting
Brussels 13/02/2014
KS CCS Network
8th May, 2014
FUEL PREPARATION
BIOMASS
GASIFIER
PC BOILER
20 MWth
...
Final Review Meeting
Brussels 13/02/2014
KS CCS Network
8th May, 2014
July 2011
First gas
fire CFB boiler
November 2011
1s...
KS CCS Network
8th May, 2014
MORE THAN 2,600
OPERATING
HOURS IN
OXYCOMBUSTION!
MORE
THAN 3,700
OPERATING
HOURS IN TOTAL!
2...
KS CCS Network
8th May, 2014
Technology maturity
at low cost
Less risks
Public perception
FGD Development: a good case stu...
KS CCS Network
8th May, 2014
• European Energy Programme for RecoveryEEPR
• Allocation of
CCS and RES emissions allowances...
Fundación Ciudad de la Energía
CO2 Geological Storage Programme
J. Carlos de Dios
Director of CO2 Geological Storage Progr...
9
WP3 CO2 Storage
Identification, characterization and operation of a Technology Development Plant for
CO2 Geological Stor...
KS CCS Network
8th May, 2014
Transfer of
liabilities
Site Selection &
Characterization
Injection in the
storage rock
Stora...
11
CIUDEN´S TECHNOLOGICAL DEVELOPMENT PLANT
FOR CO2 GEOLOGICAL STORAGE
Site selection, since 2008
 The process involved
t...
12
Baseline, characterization & monitoring at Hontomín TDP
CIUDEN´S TECHNOLOGICAL DEVELOPMENT PLANT
FOR CO2 GEOLOGICAL STO...
13
Baseline, characterization & monitoring at Hontomín TDP
 This installation is
highly instrumented with
a wide range of...
14
 Knowledge of the groundwater state before
the CO2 injection.
 Hydrogeological characterization of the
aquifer and se...
KS CCS Network
8th May, 2014
TECHNOLOGICAL DEVELOPMENT PLANT OF HONTOMÍN
H-A Well
H-I Well
Gas Plant
Water Plant
Pools
16
PROCESS DIAGRAM OF THE TDP OF HONTOMÍN
17
WELL DRILLING
0
50
100
150
200
250
300
350
400
450
500
550
600
650
700
750
800
850
900
950
1000
1050
1100
1150
1200
125...
18
PETROLOGICAL AND PETROPHYSICAL CHARACTERIZATION OF
RESERVOIR AND SEAL FORMATIONS
Composition
Mechanical properties
Poro...
19
COMPLETION AND INSTRUMENTATION OF HI & HA WELLS
20
INJECTIVITY AND CONNECTIVITY TESTS
 Determination of hydraulic parameters (permeability, injectivity, etc.).
 Determi...
RISK ASSESSMENT
To develop a risk probabilistic assessment model related to deep geological CO2
Storage in saline carbonat...
22
The works developed in this project have allowed to create a trustworthy
relationship with key stakeholders as with the...
23
Drilling phase finished, operative last quarter 2013
This installation will be devoted to real scale experiments in dee...
KS CCS Network
8th May, 2014
HONTOMÍN TDP
KS CCS Network
8th May, 2014
Thanks for the attention
J. Carlos de Dios
CO2 Geological Storage Programme
Tel.+34 987 456 3...
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CO2 capture, transport and geological storage programmes

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Presentation by CIUDEN at The European CCS Demonstration Project Network event in Ponferrada, Spain.

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CO2 capture, transport and geological storage programmes

  1. 1. CO2 capture, transport and geological storage programmes KS CCS Network 8th May, 2014 CIUDEN es.CO2 Centre for technological development
  2. 2. KS CCS Network 8th May, 2014 es.CO2 - Schematic diagram 15-30 MWth CFB BOILER FUEL PREPARATION SYSTEM SCR GAS CLEANING SYSTEM Compression and Separation Unit MIX AND PREHEATING SYSTEM 20 MWth PC BOILER Air FGR1 O2 Storage and Vaporisation FGR2 FGDBag Filter STACK CO2 ExpanderBiomass C y c l o n Torch GASIFIER PC SILO MIXERS Gas Clean up Preheating train CO2 TRANSPORT TEST RIG CO2
  3. 3. Final Review Meeting Brussels 13/02/2014 KS CCS Network 8th May, 2014 FUEL PREPARATION BIOMASS GASIFIER PC BOILER 20 MWth CFB BOILER 30 MWth TECHNICAL BUILDINGS AND CONTROL ROOM FLUEGAS CLEANING FLUE GAS RECIRCULATION AND MIXING CO2 COMPRESSION & PURIFICATION UNIT CO2 EXPERIMENTAL TRANSPORT RIG INDUSTRIAL SITE 65.000 m2 BUILDINGS • Technical: 3.500 m2 • Industrial: 1.300 m2 es.CO2 – Aerial view
  4. 4. Final Review Meeting Brussels 13/02/2014 KS CCS Network 8th May, 2014 July 2011 First gas fire CFB boiler November 2011 1st phase completed: CO2 capture in oxycombustion October 2012 Completed CO2 capture in oxycombustion June 2011 Works completed for: •Balance of the plant •Auxiliary power •Cyclone and bag filter •Ash evacuation system August 2011 First coal fire CFB boiler September 2011 First oxycombustion CFB boiler September 2012 CPU ready for testing 4 Milestones
  5. 5. KS CCS Network 8th May, 2014 MORE THAN 2,600 OPERATING HOURS IN OXYCOMBUSTION! MORE THAN 3,700 OPERATING HOURS IN TOTAL! 2011 2012 2013 Lessons learned  Oxycombustion in CFB demonstrated at this scale  Integration of oxycombustion and CO2 capture demonstrated  Complete automation of air to oxy mode and vv. transitions achieved  Adequate operational conditions identified  Dramatic reduction of specific emissions  Important design data for scale-up collected
  6. 6. KS CCS Network 8th May, 2014 Technology maturity at low cost Less risks Public perception FGD Development: a good case study for CCS technologies at utility scale? Ref: Rubin, et al. GHGT-8 proceedings, 2006 Lessons learned
  7. 7. KS CCS Network 8th May, 2014 • European Energy Programme for RecoveryEEPR • Allocation of CCS and RES emissions allowances NER-300 • CCS European Industrial InitiativeCCS EII • Horizon 2020 Relevant funding mechanism (EC) CCS support initiatives
  8. 8. Fundación Ciudad de la Energía CO2 Geological Storage Programme J. Carlos de Dios Director of CO2 Geological Storage Programme KS Event CCS Network May 8th, 2014
  9. 9. 9 WP3 CO2 Storage Identification, characterization and operation of a Technology Development Plant for CO2 Geological Storage Activities committed in the project include: • Site Selection • Site Characterization • Design and construction of the TDP • Modelling of CO2 injection strategies and their behaviour • CO2 Monitoring Strategies • Long term Risk Assessment • Cost reduction actions identification TDP in operation : December 2013 Final Conclusions Study : October 2014
  10. 10. KS CCS Network 8th May, 2014 Transfer of liabilities Site Selection & Characterization Injection in the storage rock Storage Engineering Injection Monitoring Monitoring Commercial CO2 Storage Pre-operational Operational Post- operational Transfer to the state CIUDEN´S OBJECTIVES RELATED TO GEOLOGICAL STORAGE OF CO2  To demonstrate its feasibility and security.  To develop methodologies and technologies.  To facilitate technical criteria for the Regulating Authority.  To promote education. Real-scale Technological Development Plant is required
  11. 11. 11 CIUDEN´S TECHNOLOGICAL DEVELOPMENT PLANT FOR CO2 GEOLOGICAL STORAGE Site selection, since 2008  The process involved the study of data at national level. The screening works led to the election of Hontomin, based on its structure, properties, availability of previous data, being also compared with other options in the same basin on a risk assessment basis.
  12. 12. 12 Baseline, characterization & monitoring at Hontomín TDP CIUDEN´S TECHNOLOGICAL DEVELOPMENT PLANT FOR CO2 GEOLOGICAL STORAGE Micro-seismic network of 30 stations 446400 446500 446600 446700 446800 446900 447000 447100 47145004714600471470047148004714900 Este Norte 2 4 4 4 4 4 6 6 6 6 6 8 8 8 8 8 8 8 8 10 10 10 10 10 10 10 10 12 12 12 12 12 12 12 12 12 14 14 14 14 14 14 14 16 16 Gas Flow Displacement measurement from satellite High resolution 3D Seismics
  13. 13. 13 Baseline, characterization & monitoring at Hontomín TDP  This installation is highly instrumented with a wide range of monitoring technologies, which will allow to track the changes once in operation.  These data is also essential to validate risk assessment activities, increasing knowledge in safe CO2 storage. CIUDEN´S TECHNOLOGICAL DEVELOPMENT PLANT FOR CO2 GEOLOGICAL STORAGE
  14. 14. 14  Knowledge of the groundwater state before the CO2 injection.  Hydrogeological characterization of the aquifer and seal formations.  Identification of geological structures which allow the CO2 to migrate upwards.  Hydrogeological and hydrochemical monitoring of the CO2 migration. HYDROGEOLOGICAL CHARACTERIZATION
  15. 15. KS CCS Network 8th May, 2014 TECHNOLOGICAL DEVELOPMENT PLANT OF HONTOMÍN H-A Well H-I Well Gas Plant Water Plant Pools
  16. 16. 16 PROCESS DIAGRAM OF THE TDP OF HONTOMÍN
  17. 17. 17 WELL DRILLING 0 50 100 150 200 250 300 350 400 450 500 550 600 650 700 750 800 850 900 950 1000 1050 1100 1150 1200 1250 1300 1350 1400 1450 1500 1550 1600 1650 0 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 100 105 110 115 120 125 130 135 140 H-A: Curva Profundidad vs. Tiempo Días Profundidad(m) Prognosis Actual 216,60mCasing133/8" 20m Casing20" 593,92mCasing 95/8" Perforación121/4"aRotaciónC.I. Perforación81/2"a RotaciónC.D. RegistroCBL/VDLCasing 9 5/8" 1281-489,6m 7"Liner Testigo-1:1313- 1320 m Testigo-2:1320- 1323,8 m Testigo-3:1343 - 1350 m Testigo-10:1515 - 1522 m Testigo-11:1522 - 1528,8 m Testigo-12:1528,8 - 1531 m 16/08/2013 Perforación6"a RotaciónC.D. Perforación171/2"aPercusión Perforación171/2"aRotaciónC. I. Testigo-4:1401 - 1405 m Testigo-5:1405 - 1412 m Testigo-6:1442 - 1449 m Testigo-7:1449 - 1450,26 m Testigo-8:1457 - 1463 m (Rec.0%) Testigo-9:1464 - 1464,12 m TD:1580m MD WOlogging: 4 días Logging: 3 días Desplazar lodo: 1 día Producciónagua: 5 días Testsinyección: 6días TP&A and rig down: 3 días 23/03/2013
  18. 18. 18 PETROLOGICAL AND PETROPHYSICAL CHARACTERIZATION OF RESERVOIR AND SEAL FORMATIONS Composition Mechanical properties Porosity and pore size distribution 0,000 0,500 1,000 1,500 2,000 2,500 3,000 3,500 4,000 4,500 K 1/Pm Permeability
  19. 19. 19 COMPLETION AND INSTRUMENTATION OF HI & HA WELLS
  20. 20. 20 INJECTIVITY AND CONNECTIVITY TESTS  Determination of hydraulic parameters (permeability, injectivity, etc.).  Determination of connectivity between HI and HA wells. Well Tests Summary - Hontomin H-A Test Bottom Packer Bottom Packer Total H Total net H P @ depth P/hydr T Formation mMD mMD m m bar mMD °C Production #1 296 111,7 1281 0,872163 37,8 All Injection #1 1530 unset - TD = 1580 50 ? - 1530 - 46,5 Dolomias de sopeña + anhidritas Injection #2 1501 1529,8 28,8 8 141,2 1501 0,941 45,8 Dolomias de sopeña Injection #3 1472 1500,8 28,8 5 138,6 1472 0,942 44,8 calizas inf sopeña Injection #4 1439,1 1467,9 28,8 15 135,4 1439,1 0,941 43,9 calizas sup sopeña Injection #5 1414,2 unset - TD = 1580 165,8 28 132,7 1414,2 0,938 43,3 All Injection #5B 1414,2 unset - TD = 1580 165,8 28 132,5 1414,2 0,937 43,3 All In red: doubtful values Test Model Remarks DP WH Rate Dt K.h K S K outside zone l/hr hr mD.m mD for radial comp model Production #1 Rate drops down to 1/4 within 24hr 50 ? 200 > 24 Injection #1 unconclusive tests 23 - - - - - Injection #2 Possible Double F (weak) Inj with N2 at WH 53 17,34 0,52 0,18 0,0225 -1 Injection #3 Possible Double F (weak) Inj with N2 at WH 48 47,8 1,03 1,43 0,286 -0,4 Injection #4 Possible Double F (weak) Inj with N2 at WH 41,6 9,42 1,09 0,95 0,063192 9,8 Injection #5 Radial comp Inj with Solexpert small pump 12,5 90 4,00 8,83 0,316 2,11 # 3 mD @ 12m ? Injection #5B Radial comp Inj with Rig pump 42 600 2,00 24,23042 0,866 1 # 3-5mD @ 20m ? no packer / whole OH section = 1284 - 1580 1E-4 1E-3 0.01 0.1 1 10 Time [hr] 1 10 100 Pressure[psi] 119 119.5 Pressure[bara] 0 20 40 Time [hr] -250 -125 Liquidrate[m3/D]
  21. 21. RISK ASSESSMENT To develop a risk probabilistic assessment model related to deep geological CO2 Storage in saline carbonate aquifers, proved with results from experimental activities at real scale in Hontomin TDP Resultado Riesgo de fuga en el primario Resultado Riesgo de fuga en el secundario Resultado Riesgo de fuga Resultado Capacidad de dispersión edáfica Análisis de Sensibilidad Falla del primario Tectónica Alcance de la pluma de CO2 en el primario Formación sello del primario Escape estructural en el primario Pozo del primario Función matemática Falla del secundario Formación sello del secundario Alcance de la pluma de CO2 en el secundario Escape estructural en el secundario Pozo del secundario Función matemática Capacidad de dispersión edáfica Función matemática  ( ) ( ) ( ) ( ) i i i P B A P A P A B P B  ( ) ( ) ( ) ( ) i i i P B A P A P A B P B  ( ) ( ) ( ) ( ) i i i P B A P A P A B P B
  22. 22. 22 The works developed in this project have allowed to create a trustworthy relationship with key stakeholders as with the local community. PUBLIC ENGAGEMENT
  23. 23. 23 Drilling phase finished, operative last quarter 2013 This installation will be devoted to real scale experiments in deep porous rock formations to test and develop new technologies in storage engineering, CO2 injection strategies and safe operation. • Current site capacity threshold by Law: 100,000 t. • On-shore deep saline aquifer storage. (administrative requirement Spanish Law 40/2010 CO2 Geological Storage) • Cost reduction Action with the use of Light Drilling Equipment (up to 60%). • Safe operation including well integrity and leakage prediction techniques. • CO2 injection strategies: liquid, supercritical and gas. CURRENT STATUS OF THE TDP OF HONTOMÍN
  24. 24. KS CCS Network 8th May, 2014 HONTOMÍN TDP
  25. 25. KS CCS Network 8th May, 2014 Thanks for the attention J. Carlos de Dios CO2 Geological Storage Programme Tel.+34 987 456 323 Mobile +34-639 110 760 jc.dedios@ciuden.es Technological Development Plant for CO2 Storage www.ciuden.es

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