CO2 capture technologies - Ready for full-scale demonstration...Outline CCS in Norway Gassnova SF...
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POWERED BY GASSNOVA AND THE RESEARCH COUNCIL OF NORWAY CO 2 capture technologies Ready for full-scale demonstration Svein Bekken – Berlin June 6 2018
Transcript of CO2 capture technologies - Ready for full-scale demonstration...Outline CCS in Norway Gassnova SF...
POWERED BY GASSNOVA AND THE RESEARCH COUNCIL OF NORWAY
CO2 capture technologiesReady for full-scale demonstrationSvein Bekken – Berlin June 6 2018
O u t l i n e
◉ CCS in Norway
Gassnova SF
NCCS FME (Norwegian CCS Research Centre)
The CLIMIT program
Technology Centre Mongstad (TCM)
Full Scale CCS Project
◉ Development of cost efficient CO2 capture technologies (examples from CLIMIT development projects)
SOLVit (Aker Solutions)
Fixed Site Carrier Membranes (Air Products)
Moving Bed Carbonate Looping (Fjell Technology Group)
Gassnova SF
• Advise the Ministry of Petroleum and Energy
• Manage the State’s full-scale CCS project
• Contribute to technology development and knowledge-sharing
Norwegian CCS Research Centre (NCCS)
Industry driven innovation for fast track CCS deployment
NCCS will ensure that Norway remains an international leader in CCS
NCCS will ensure that we have CO2storage in the North Sea
NCCS will contribute to the government's ambition to realize a full-scale CCS chain
Budget: 57 M€
Industrial Financing 21
R & D partners 12
Research Council of Norway 24 Duration: 2016 – 2024
NCCS partners
CLIMIT: RD&D funding
Norway is in the forefront of international research and technology development
More than 500 projects
Examples: SOLVit + Monitoring technologies + Next generation technologies
Technological basis for Norwegian full-scaleategy
Annual budget approx. 22 M€
International cooperation
CLIMIT
The national program for research, development and demonstration of technology for CO2 capture, transport and storage
Gassnova
10 M€/Yr - CLIMIT
TCMCLIMIT Demo Invest.
The Research Council of Norway
10 M€/Yr - CLIMIT
NCCS…
Industry
30 M€/Yr - CLIMIT projects
Development of CCS - Technology suppliers
International cooperationACT – Accelerating CCS Technologies
10 countries cooperating
Knowledge sharing
Call in 2016:
8 new projects last year supported by € 36 M from ACT
New call June 2018
Contract signed by RCN and the European Commission for 2016-2021
www.act-ccs.eu
Technology Centre Norway (TCM)Technology Centre Mongstad (TCM)
The world’s largest and most flexible test facilityfor CO2 capture
Since startup in 2012, Aker Solutions, Alstom (Now GE), Cansolv Tech., Carbon Clean Solutions and ION Engineering have been successfully testing their technologies
Two units each of 12MW size, 100,000 tonnesCO2/year capacity
Owners: Gassnova (on behalf of Norwegian State), Equinor, Shell and Total
The Norwegian CCS project
The Norwegian CCS project
X
The Norwegian CCS project
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Norcem HeidelbergCementCement plant
Klemetsrudanlegget ASWaste-to-energy plant
Yara PorsgrunnAmmonia plant
PREEM SwedenRefinery
2016 2018 2020 2022 2024
Concept selection(CO2 capture and transportation)
Full-scale CCS chain in
operationConcept selection
(CO2 storage)
A pre-feasibility study report
A feasibility study report
Final Investment Decision
Value of the Norwegian CCS Project
Long term goal: Contribute to the development of CCS, in order to reach long term climate goals in Norway and EU, cost effectively
CLIMIT project examples
Development of cost efficient CO2 capture technologies
SOLVit R&D Programme
A major R&D programme on CO2 post combustion capture
A major R&D programme on CO2 post combustion capture
Programme divided in 3 phases running from 2008 to 2015
Total budget of 33 M€ of which 13 M€ is funded by CLIMIT
Project is owned by Aker Solutions
SINTEF and NTNU are main research partners
Several industrial partners have been involved in the various phases
■ Develop and demonstrate solvents with reduced energy consumption and lowest possible environmental impact. This was done step-wise and systematic:
SOLVit – main objectives
Lab-bench scale
Lab-pilot scale
Full-heightpilot, Tiller
Real exhaust- MTU- Heilbronn
Theoreticalevaluations
Develop demonstration program to transfer experimental data to cost-effective process and plant design
TCM
SOLVit Phase 1, 2 SOLVit Phase 3
June 12, 2018
Slide 18
June 12, 2018
Slide 19
Fixed Site Carrier Membranes …slowlycrawling up the TRL ladder…
✓1st step (2008): Lab,
diameter 5-7 cm
✓2nd step (2012): Small
bench-pilot,
Flat sheets,0.5 – 2m2
2012-2013 tests with the
small flat sheet pilot in
Portugal (coal fired power
plant),
2014 tests at cement plant,
Norway
2012: starts spinning HF
At NTNU, difficult to make
larger modules
2014: Join forces
with Air Products
using their
commercial
HF modules as
support fibers
Moving Bed Carbonate Looping (‘MBCL’)
«Traditional» CarbonateLooping:
Moving Bed CarbonateLooping:
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CO2 capture
Sorbent + CO2
Sorbent
Gas with
CO2
Gas ”without” CO2
Sorbent regeneration
Fresh
Sorbent
CO2
Spent
Sorbent
Let us do this together
We need to work on R&D&D, demo and full-scale in order to succeed with CCS in Norway and Europe
Demo
Conclusions
Full-scale CCS in Norway by 2024
Extended international cooperation is needed to succeed with CCS
The CLIMIT programme continues to fund CCS technology development to further reduce the cost of CCS
The CLIMIT programme encourages international participation in projects
C o n t a c t i n f o r m a t i o n
Svein Gunnar Bekken
Phone: +47 957 06 101
Email: [email protected]
www.climit.no/en
CLIMIT
