Monitoring CCS and CCUS projects for GHG regulatory compliance , Pamela Tomski, Global CCS Institute
1. Monitoring CCS / CCUS Projects for
Greenhouse Gas (GHG) Regulatory Compliance
Pamela Tomski
Senior Advisor, Policy & Regulatory – The Americas
Global CCS Institute
Advanced Workshop for CO2 Storage
August 26-27, 2014
DF IPN ESIA Ticomán Auditorium
SUPPORTED BY:
2. Outline
• Why monitor for greenhouse gas (GHG) regulatory
compliance?
• U.S. GHG reporting
• U.S. Underground Injection Control Program (UIC)
• CCS / CCUS in carbon markets – credits and offsets
• International Standards Organization (ISO) process
for CCS / CCUS
SUPPORTED BY:
3. Monitoring for Regulatory Compliance
From a regulatory perspective, monitoring plans and
monitoring is necessary to:
• Ensure safe, effective, and acceptable CO2 control
• Secure injection well permits
• Confirm / refine CO2 storage modeling predictions
• Verify safe and effective CO2 storage
• Support accounting and verification for credits / offsets
• Promote public confidence
SUPPORTED BY:
4. U.S. Greenhouse Gas (GHG) Reporting
• Requires annual GHG
reporting
• Includes geologic storage –
saline and EOR
• Data is reported to inform
future policy decisions related
to GHGs and CCS
• Information is reported via e-
GGRT (public, web-based
system)
SUPPORTED BY:
US EPA: http://www.epa.gov/ghgreporting/index.html
6. CO2 Injection Sites Reporting Under Subpart UU
US EPA: http://www.epa.gov/ghgreporting/reporters/subpart/uu.html
SUPPORTED BY:
7. Subpart RR –Geologic Storage
• Subpart RR - well(s) that injects
CO2 for long-term storage
• Reports mass balance: (1)
stored CO2 and (2) CO2 emitted
to atmosphere
• CO2 EOR facilities are not
required to report unless:
- Operator “opts-in” to RR
- Facility holds Class VI
(geologic storage) permit
CO2 received
CO2 injected
CO2 produced
CO2 emitted from
surface leaks
CO2 emitted from
equipment leaks
CO2 source (if known)
MRV Plan
US EPA: http://www.epa.gov/ghgreporting/reporters/subpart/rr.html
SUPPORTED BY:
8. Monitoring Reporting and Verification (MRV)
Plan – Major Elements
1. Identify maximum monitoring area (MMA) and
active monitoring areas (AMA)
2. Identify potential CO2 surface leakage pathways
(EOR focus on wells)
3. Provide a strategy for CO2 leakage detection /
quantification
4. Undertake “baseline” measurements (pre-injection
conditions)
5. Site-specific variables for the mass balance
equation CO2
SUPPORTED BY:
US EPA Class VI Well Project Plan Development Guidance:
http://water.epa.gov/type/groundwater/uic/class6/upload/epa816r11017.pdf
9. Underground Injection Control (UIC) Program
• UIC rules are to protect
underground sources of
drinking water
• Class II – EOR (reports
GHGs under Subpart UU)
• Class II – EOR-storage is
allowed but must “opt-in”
to Subpart RR
• Class VI – Geologic
Storage (reports under
Subpart RR)
US EPA: http://water.epa.gov/type/groundwater/uic/wells_sequestration.cfm
SUPPORTED BY:
11. Class II – VI Transition
• EOR owner or operator with Class II (EOR) permit must
obtain a Class VI (Geologic Storage) permit when both:
(1) the primary purpose of CO2 injection changes
from the recovery of oil to long-term storage, and
(2) that change increases risk to underground
sources of drinking water
• Even if stakeholders agree CO2-EOR should receive
storage credit while remaining within EOR regulatory
framework (Class II), there is no consensus on what MVR
or other standards would be appropriate for verification
SUPPORTED BY:
US EPA Transitioning Class II to Class VI Wells – Guidance:
http://water.epa.gov/type/groundwater/uic/class6/upload/epa816p13004.pdf
12. Regulatory Gaps and Issues
• Like most jurisdictions, the U.S. does not have a comprehensive,
integrated CCS / CCUS regulatory framework
• GHG reporting rules compliment – but are not integrated with -
UIC rules
• Transition from Class II – Class VI is currently not workable
according to EOR operators
• Only EPA can determine site closure, which is unacceptable for mineral
owners who must wind down activities following EOR
• 50-year post-closure monitoring and long-term liability problematic
• There are no standards governing MRV Plans or timelines for EPA
approval
• Many open questions such as – Will purchasers of CO2 from power
plants be expected / required to report under Subpart RR?
SUPPORTED BY:
13. CCS / CCUS in carbon markets – credits and
offsets
• Credits can generate income to offset the cost of CCS /
CCUS (current carbon prices too low to make a
meaningful difference and policy action is needed)
• CCS / CCUS accounting methodologies are still under
development but are considered in some markets:
• Kyoto Protocol Clean Development Mechanism (CDM)
• European Union Emission Trading System (EU ETS)
• Alberta Offset System quantification protocols for EOR
• American Carbon Registry (ACR) – California
• Emerging market linkages (e.g. California / Alberta)
offers potential for Mexico and CCUS projects
SUPPORTED BY:
14. American Carbon Registry (ACR)
• 1st U.S. voluntary carbon registry –
39.5 MMT CO2 since 1996
• Develops and approves carbon
accounting protocols and verifies
projects
• Approved offset registry under
California’s Cap-and-Trade Program
• Five registered CCS projects
including EOR
SUPPORTED BY:
Winrock, 2013
15. ACR Methodology for CCS / CCUS
• Methodology for CCS-EOR / CCUS
developed by Blue Strategies is
currently undergoing peer review
• Ongoing discussions on
methodology for saline storage
• Methodologies are consistent with
industry best practices, EPA
reporting requirements and the
C2ES report Greenhouse Gas
Accounting Framework for Carbon
Capture and Storage Projects (Feb
2012)
http://www.c2es.org/publications/greenhouse-gas-accounting-framework-carbon-capture-and-
storage-projects
SUPPORTED BY:
16. Some key issues and questions
• Project boundary
• Leakage – how long do you
monitor post-injection? How
do you assure permanence?
• Crediting Period – 10 years
or longer to recover
investment
• Eligibility – can ACR be used
to comply with new EPA
proposed rules for power
plants? Class II vs Class VI?
* MRV – should requirements be prescribed or developed on
project basis? Can methodology evolve to incorporate MRV
improvements?
SUPPORTED BY:
17. Standards
• The International Organization for Standards (ISO)
develops and publishes standards
• Developed by a panel with technical committees made
up of experts (e.g. industry, consumer associations,
academia, NGOs, government) from all over the world
• The ISO process is not legislative – it draws on industry
best practices and influences them
• Various jurisdictions often reference ISO standards and
incorporate them into regulatory developments
SUPPORTED BY:
19. ISO TC 265 for CCS / CCUS - Participating
Countries
Australia Malaysia
Canada Netherlands
China Norway
France South Africa
Germany Spain
India Sweden
Italy Switzerland
Japan United Kingdom
Korea United States (ANSI)
SUPPORTED BY:
Voting
Members
Guaranteed
International
Expert
Participation
on all WGs
Steve Carpenter (ARI), 2014
21. ISO TC 265-Working Group 6 – CO2-EOR
US Chair, Norway support
• Low-pressure subsurface oil
field operating environments
• Reservoir and pore space
management
• Manage known lateral
stratigraphic traps in the target
formation
• Coordination with WGs1-5
SUPPORTED BY:
14 US Members
1 - Norway
5 - Canada
2 – China
2 - Japan
2 - IEA
26 Total Members
Expected:
France
UK
Liaisons
Steve Carpenter (ARI), 2014
22. ISO TC 265-Working Group 4 – Quantification &
Verification
China Chair, France support
• Project boundary and leakage
• CO2 quantification
• Monitoring and reporting
• Third party verification
• Life Cycle Analysis
SUPPORTED BY:
Steve Carpenter (ARI), 2014
23. Thank You! Questions?
Pamela Tomski
Senior Advisor, Policy & Regulatory – The Americas
Global CCS Institute
Washington, DC
Pamela.Tomski@globalccsinstitute.com
Tel: 202 390 8896
SUPPORTED BY: