Cristin


1.	Aarlien, Rune. First presentations of keynote speakers – TCCS-10. ENERGISINT Untitled

2.	Aarlien, Rune. Join our IEAGHG CCS Summer School 2018 in Trondheim. ENERGISINT Untitled

3.	Aarlien, Rune. NCCS Consortium Agreement and contract signed. ENERGISINT Untitled

4.	Aarlien, Rune. NCCS Consortium Days 2017: Lessons learned from the Norwegian Full-Scale Project, CCS legal requirements, hydrogen and more…. ENERGISINT Untitled

5.	Aarlien, Rune. NCCS Technical Advisory Committee. ENERGISINT Untitled

6.	Aarlien, Rune. NCCS webinar on innovation in FMEs. ENERGISINT Untitled

7.	Aarlien, Rune. NCCS Webinars – Innovation in FMEs. ENERGISINT Untitled

8.	Aarlien, Rune. Nominations open for the SINTEF and NTNU CCS-award. ENERGISINT Untitled

9.	Aarlien, Rune. Second presentations of keynote speakers – TCCS-10. ENERGISINT Untitled

10.	Aarlien, Rune. Third presentations of keynote speakers – TCCS-10. ENERGISINT Untitled

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. ENERGISINT Untitled

13.	Brunsvold, Amy. NCCS and Fortum Oslo Varme work towards clean district heating through CCS technology. ENERGISINT Untitled

14.	Brunsvold, Amy. NCCS hosted the 12th Annual IEAGHG CCS Summer School. ENERGISINT Untitled

15.	Brunsvold, Amy. NCCS Hosted the 12th Annual IEAGHG CCS Summer School (June 2018). ENERGISINT Untitled

16.	Brunsvold, Amy. NCCS launches Mobility Program. ENERGISINT Untitled

17.	Brunsvold, Amy. NCCS represented at CCS Forum 2018. ENERGISINT Untitled

18.	Brunsvold, Amy. Two new students to NCCS Task 9. ENERGISINT Untitled

19.	Brunsvold, Amy. We welcome two new students to NCCS Task 1. ENERGISINT Untitled

20.	Brunsvold, Amy. Work-shop: How should we communicate CCS?. ENERGISINT Untitled

21.	Buvik, Vanja. Finding the perfect solvent to capture CO2. NTNU Untitled

22.	Buvik, Vanja. Oxidative degradation in CO2 capture and NCCS mobility fund. NTNU Untitled

23.	Bysveen, Marie. Climate summit: COP23 in one day!. ENERGISINT Untitled

24.	Bysveen, Marie. Klimatoppmøtet: COP23 på ett døgn. ENERGISINT Untitled

25.	Deng, Han; Roussanaly, Simon; Skaugen, Geir. Better understanding of CO2 liquefaction (Towards identifying optimal transport conditions for ship-based CCS). ENERGISINT Untitled

26.	Dupuy, Bastien. Why quantitative monitoring is important for cost-efficient CO2 storage. SINTEF Untitled

27.	Dupuy, Bastien; Romdhane, Mohamed Anouar; Eliasson, Peder. Why quantitative monitoring is important for cost-efficient CO2 storage?. SINTEF Untitled

28.	Gran, Inge Røinaas. ECCSEL opening: To succeed, we must work across borders This speech was delivered at the opening of ECCSEL, 12. June 2017. ENERGISINT Untitled

29.	Grimstad, Alv-Arne. Tailor-made molecules for increased CO2-EOR efficiency. SINTEF Untitled

30.	Gruber, Andrea. “L’ingegnere” for Ferrari is coming to Trondheim on May 11th to visit SINTEF and NTNU. ENERGISINT Untitled

31.	Lavrov, Alexandre. Increasing CO2 storage safety through stochastic simulation of well cementing. SINTEF Untitled

32.	Lund, Halvor. Eight tons on the roof – watch the lifting on video. ENERGISINT Untitled

33.	Lundquist, Astrid B. NCCS – Norwegian CCS Research Centre Kick-off 4 November 2016. ENERGISINT Untitled

34.	Lundquist, Astrid B. CCS NCCS – Norwegian CCS Research Centre Kick-off 4 November 2016. ENERGISINT Untitled

35.	Lundquist, Astrid B. PhD to Gabriel Guerrero Haredia on Novel hybrid membranes for post-combustion CO2 capture. ENERGISINT Untitled

36.	Lundquist, Astrid B. www.nccs.no. ENERGISINT Untitled

37.	Løvseth, Sigurd Weidemann. Fiscal metering – the need for traceability. ENERGISINT Untitled

38.	Løvseth, Sigurd Weidemann. ImpreCCS - Impact of CO2 impurities and additives in CCS. ENERGISINT Untitled

39.	Løvseth, Sigurd Weidemann. ImpreCCS – Konsekvenser av urenheter og tilsetninger i CO2 ved CCS. ENERGISINT Untitled

40.	Løvseth, Sigurd Weidemann. ImpreCCS: Lower CCS cost and risk through better CO2 viscosity and thermal conductivity knowledge. ENERGISINT Untitled

41.	Løvseth, Sigurd Weidemann. New phase equilibrium data improves thermodynamic tools for efficient, robust and safe CCS. ENERGISINT Untitled

42.	Løvseth, Sigurd Weidemann; Brunsvold, Amy. Thermal Conductivity in CCS – new measurement data in unchartered territory. ENERGISINT Untitled

43.	Munkejord, Svend Tollak. Bikes, gravel and CO2 flow out of equilibrium. ENERGISINT Untitled

44.	Munkejord, Svend Tollak. ELEGANCY – accelerating CCS deployment by combining CCS and hydrogen. ENERGISINT Untitled

45.	Munkejord, Svend Tollak. ISO-standardene for CO2-rørtransport og -lagring er lansert – Rammene er klare – hva venter vi på?. ENERGISINT Untitled

46.	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?. ENERGISINT Untitled

47.	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

48.	Mølnvik, Mona J.. Arendalsuka: Forskning virker og er viktig for rask implementering av CCS i full skala. ENERGISINT Untitled

49.	Mølnvik, Mona J.. CO2-håndtering kommer: Det er ikke dyrt med klimatiltak i dag. ENERGISINT Untitled

50.	Mølnvik, Mona J.. Future Business Models for CCS: Hydrogen from natural gas. ENERGISINT Untitled

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