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1 Aarlien, Rune.
First presentations of keynote speakers – TCCS-10.
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2 Aarlien, Rune.
Join our IEAGHG CCS Summer School 2018 in Trondheim.
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3 Aarlien, Rune.
NCCS Consortium Agreement and contract signed.
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4 Aarlien, Rune.
NCCS Consortium Days 2017: Lessons learned from the Norwegian Full-Scale Project, CCS legal requirements, hydrogen and more….
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5 Aarlien, Rune.
NCCS Technical Advisory Committee.
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6 Aarlien, Rune.
NCCS webinar on innovation in FMEs.
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7 Aarlien, Rune.
NCCS Webinars – Innovation in FMEs.
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8 Aarlien, Rune.
Nominations open for the SINTEF and NTNU CCS-award.
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9 Aarlien, Rune.
Second presentations of keynote speakers – TCCS-10.
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10 Aarlien, Rune.
Third presentations of keynote speakers – TCCS-10.
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11 Braathen, Alvar; Mølnvik, Mona J.; Tjåland, Egil.
Kick-off for the Paris Climate Agreement and a new CCS research centre.
ENERGISINT NTNU UiO Untitled
 
12 Brunsvold, Amy.
First NCCS Board Meeting.
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13 Brunsvold, Amy.
NCCS and Fortum Oslo Varme work towards clean district heating through CCS technology.
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14 Brunsvold, Amy.
NCCS hosted the 12th Annual IEAGHG CCS Summer School.
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15 Brunsvold, Amy.
NCCS Hosted the 12th Annual IEAGHG CCS Summer School (June 2018).
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16 Brunsvold, Amy.
NCCS launches Mobility Program.
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17 Brunsvold, Amy.
NCCS represented at CCS Forum 2018.
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18 Brunsvold, Amy.
Two new students to NCCS Task 9.
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19 Brunsvold, Amy.
We welcome two new students to NCCS Task 1.
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20 Brunsvold, Amy.
Work-shop: How should we communicate CCS?.
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21 Buvik, Vanja.
Finding the perfect solvent to capture CO2.
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22 Buvik, Vanja.
Oxidative degradation in CO2 capture and NCCS mobility fund.
NTNU Untitled
 
23 Bysveen, Marie.
Climate summit: COP23 in one day!.
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24 Bysveen, Marie.
Klimatoppmøtet: COP23 på ett døgn.
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25 Dupuy, Bastien.
Why quantitative monitoring is important for cost-efficient CO2 storage.
SINTEF Untitled
 
26 Dupuy, Bastien; Romdhane, Mohamed Anouar; Eliasson, Peder.
Why quantitative monitoring is important for cost-efficient CO2 storage?.
SINTEF Untitled
 
27 Gran, Inge Røinaas.
ECCSEL opening: To succeed, we must work across borders This speech was delivered at the opening of ECCSEL, 12. June 2017.
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28 Grimstad, Alv-Arne.
Tailor-made molecules for increased CO2-EOR efficiency.
SINTEF Untitled
 
29 Gruber, Andrea.
“L’ingegnere” for Ferrari is coming to Trondheim on May 11th to visit SINTEF and NTNU.
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30 Lavrov, Alexandre.
Increasing CO2 storage safety through stochastic simulation of well cementing.
SINTEF Untitled
 
31 Lund, Halvor.
Eight tons on the roof – watch the lifting on video.
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32 Lundquist, Astrid B.
NCCS – Norwegian CCS Research Centre Kick-off 4 November 2016.
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33 Lundquist, Astrid B.
CCS NCCS – Norwegian CCS Research Centre Kick-off 4 November 2016.
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34 Lundquist, Astrid B.
PhD to Gabriel Guerrero Haredia on Novel hybrid membranes for post-combustion CO2 capture.
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35 Lundquist, Astrid B.
www.nccs.no.
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36 Løvseth, Sigurd Weidemann.
Fiscal metering – the need for traceability.
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37 Løvseth, Sigurd Weidemann.
ImpreCCS - Impact of CO2 impurities and additives in CCS.
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38 Løvseth, Sigurd Weidemann.
ImpreCCS – Konsekvenser av urenheter og tilsetninger i CO2 ved CCS.
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39 Løvseth, Sigurd Weidemann.
ImpreCCS: Lower CCS cost and risk through better CO2 viscosity and thermal conductivity knowledge.
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40 Løvseth, Sigurd Weidemann.
New phase equilibrium data improves thermodynamic tools for efficient, robust and safe CCS.
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41 Løvseth, Sigurd Weidemann; Brunsvold, Amy.
Thermal Conductivity in CCS – new measurement data in unchartered territory.
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42 Munkejord, Svend Tollak.
Bikes, gravel and CO2 flow out of equilibrium.
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43 Munkejord, Svend Tollak.
ELEGANCY – accelerating CCS deployment by combining CCS and hydrogen.
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44 Munkejord, Svend Tollak.
ISO-standardene for CO2-rørtransport og -lagring er lansert – Rammene er klare – hva venter vi på?.
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45 Munkejord, Svend Tollak.
Launch of the ISO standards for CO2 pipeline transport and storage. The framework is now in place, so what are we waiting for?.
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46 Munkejord, Svend Tollak; Gjennestad, Magnus Aashammer; Gruber, Andrea; Lervåg, Karl Yngve; Ervik, Åsmund; Hammer, Morten.
New method enabling the ‘direct numerical simulation’ of three-phase flow of carbon dioxide.
ENERGISINT NTNU Untitled
 
47 Mølnvik, Mona J..
Arendalsuka: Forskning virker og er viktig for rask implementering av CCS i full skala.
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48 Mølnvik, Mona J..
CO2-håndtering kommer: Det er ikke dyrt med klimatiltak i dag.
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49 Mølnvik, Mona J..
Future Business Models for CCS: Hydrogen from natural gas.
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50 Mølnvik, Mona J..
https://blog.sintef.com/sintefenergy/ccs/hydrogen-from-natural-gas/.
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