UKCCSRC Webinar series;...independent research organisations 72 Nationalities 3500 Customers 2000...
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UKCCSRC Webinar series; The Norwegian CCS Research Centre considering the plans for a full- scale CCS chain Mona J. Mølnvik, SINTEF Energy with contributions from Grethe Tangen, SINTEF Industry, and Amy Brunsvold, SINTEF Energy 2020-06-12
Transcript of UKCCSRC Webinar series;...independent research organisations 72 Nationalities 3500 Customers 2000...
UKCCSRC Webinar series; The Norwegian CCS Research Centre considering the plans for a full-
scale CCS chainMona J. Mølnvik, SINTEF Energy with contributions from Grethe Tangen, SINTEF Industry, and Amy Brunsvold, SINTEF Energy
2020-06-12
SINTEF is one of Europe’s largest independent research organisations
72Nationalities
3500Customers
2000Employees
NOK 3.3 billionRevenues
NOK 410 MILLInternational sales
3
KPN/KSP-projects: MACH-2, ReHeat2H2, FRISK, Tophole, EM4CO2, Porepack, ImpreCCS, uniCQue, Well Integity, HyMemCOPI, SINTERCAP, CAMPS, Caprock Properties, BIGCLC phase I-III, BIGCLC III, CO2MIX, CO2
Dynamics
EU-projects: CCUS projects network, ECCSELERATE, IMPACTS9, CEMCAP, ELEGANCY, CHEERS, PreACT, Align, Gateway, IMPACTS, ECCSEL, ECCO, Dynamis, ENCAP, DECARBIT, EERA, CCS Pilot, CCS Phase, COACH,
SUCCESS, CCUS Projects Netwokr, HiPerCap, AC2OCEM, PrISMa
Research centre (FME/SFI/PetroCentre): NCCS, BIGCCS, BIGCO2, CO2SIP, NORDICCS, Negative CO2 (Bio-CLC), LowEmission
SIP, Blue Sky and researcher projectsCHOICE, NanoDrop, 3D multifluid flow, Inject, DiHI-Tech, Oxy-fun
Strategic project portfolio
Industry projects: Preem, SOLVit, DeFacto, COMPLETE, BIGH2 phase I-III, CO2FieldLAB, OXYGT, CO2ITIS, CO2DataShare, Storskala Sentrallager, CEPONG, CapeWaste (BioCCS), INSPIRE, DOPCC, Pd-membran, NAS,
AeroSolve, HIPREC, RECAP, COMEMOFF
Industry relevance
Research agenda in Norway, EU and
beyond
Grand challenges in society
Frontier research and world-leading research
infrastructure
Climate change, Paris agreement, EU SET plan,CSLF, Nordic ministry council, Climate agreement, Norwegian full-scale CCS project, TCM
The SINTEF –NTNU strategic CCS platform
NCCS will enable a fast-track for full-scale CCS by industry-driven, science-based innovation addressing the
major barriers for CCS deployment identified within demonstration and industry projects.
NCCS Vision
Accelerating CCS deployment
Major barriers to CCS deployment
Technically feasible
https://www.edie.net/news/6/No-technical-barriers-for-large-scale--low-cost-UK-CCS-deployment--report-finds/
https://ccsnorway.com/wp-content/uploads/sites/6/2019/09/feasibilitystudy_fullscale_ccs_norway_2016.pdf
Reduce the cost of CCS
Derisk CCS
Scale up CCS
Overcoming barriers to CCS deployment –through R&D
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Brunsvold et. al., Clean Energy 2020
Users''
users
university
research institutes
associated partners
vendors
2018 2019 2020 2021 2022
Quantification of fault-related leakage risk (FRISK)
Accelerating CSEM technology for efficient and quantitative CO2 monitoring (EM4CO2)
Towards clean and stable hydrogen reheat combustion in gas turbines (ReHeat2H2)
NCCS Premium Projects
Tophole monitoring of permanently plugged wells (Tophole)
Membrane-Assisted CO2 capture through liquefaction for clean H2 production (MACH-2)
Competence building projects funded by RCN and NCCS industry partners
Preventing loss of near-well permeability in CO2 injection wells (POREPAC)
Impact of CO2 impurities and additives in CCS (IMPRECCS)
ENERGIX programme
PETROMAKS2 programme
Task 8
Task 10
Task 9
Task 12
Task 5
Task 12
Tasks 3/4
ECCSEL infrastructure and NCCS R&D
Forced annular combustor
CO2 liquefaction facility
Solvent degradation
CO2depressurization facility
Membrane testing
VLE facility
17 PhD. Students and Post-doctoral Fellows so far
TCCS-10 17.-19. June 2019
THE NORWEGIANCCS DEMONSTRATION PROJECT
Ship transport from capture to storageterminal – pipeline to offshore storagecomplex Cement production
400 000 tonnes CO₂ per annum
Waste-to-energy400 000 tonnesCO₂ per annum
https://northernlightsccs.com/en/about
NCCS and relevance for the Norwegian Full-scale project (for illustration)
Adapted from illustrations found on :
mj
Stamp
Potential Impact and Value Creation ofCCS-related R&D
https://blog.sintef.com/sintefenergy/ccs/the-impact-of-nccs-research-innovations/#comments
https://www.sintef.no/projectweb/nccs/annual-report-2019/
Summary of cases
Case ASolvent loss reduction
Main impact:Reduced OPEX and improved
safety in operation and operational environment
Case DCO2 fiscal metering
Main impact:Validated fiscal meters for CO2
with improved accuracy for correct financial settlements
along the chain.
Case CHydrogen-firing of gas turbines
Main impact:Novel technology for
combustion of 100% H2 in gas turbines, allowing large-scale
emission free power generation at high efficiency (>60%).
Case BIncreased storage capacity with
improved fault models
Main impact:Reduced uncertainty resulting in
improved safety for storage sites and increased storage
capacity
© Cleon Teunissen
Overview of the expected impactsof the selected NCCS cases
*EU's TRL-scale 0-9, EU Horizon 2020 TRL definiton: https://publications.europa.eu/s/iDQK
Communication around CCS is critical
Start now
It's safe
It provides value
R&D will make it even better
In the public media
Podcast: lørn.tech #108
There is no one-size-fits-all for internalcommunication
NCCS Webinar Series
Newsletters – externaland internal
NCCS Management
Simon Roussanaly
Solrun Vevelstad
JonathanPolfus
David Berstad
AndreaGruber
Marie Bysveen
Svend-TollakMunkejord
Sigurd Løvseth
Elin Skurtveit
Pierre Cerasi
Alv-ArneGrimstad
Peder Eliasson
