Blar i SINTEF Proceedings på emneord "CCS"

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    • CCS in the European Energy Transition to Climate Neutrality 

      Reigstad, A.; Straus, G.J.; Wolfgang, O.; Ouassou, J. A.; Seck, G.S.; Hache, E.; Villavicencio, M. (SINTEF Proceedings;7, Chapter; Peer reviewed; Conference object, 2021)
      The transition of the European energy system to reach climate neutrality by 2050 will require a development and deployment of technologies capable of decarbonizing the energy system in an unprecedented scale. Increased ...

    • Challenges and Opportunities of Achieving European Co2 Transportation and Storage Specifications for Carbon Capture in the Iron and Steel Industry 

      Porter, R.T.J.; Barnett, J.; Cobden, E.; De Coninck, H.; Mahgerefteh, H.; Manzolini, G.; Martynov, F.; Ruggeri, F.; Spallina, V. (SINTEF Proceedings;7, Chapter; Peer reviewed; Conference object, 2021)
      The application of CCS in the iron and steel industry faces particular challenges for achieving European CO2 transportation and storage in meeting CO2 stream impurity limit specifications due to the unique and diverse ...

    • Description of the Work and Preliminary Results of the Ac2ocem Project in Facilitating Carbon Capture Technology in the Cement Industry Using Oxyfuel Combustion 

      Kroumian, Cynthia; Fleiger, Kristina; Veckenstedt, Ines; Voldsund, Mari; Cavalett, Otávio; Roussanaly, Simon; Maier, Joerg; Hoenig, Volker; Peloriadi, Konstantina; Scheffknecht, Günter (SINTEF Proceedings;7, Chapter; Peer reviewed; Conference object, 2021)
      The Paris agreement compels CO2 intensive industries, such as the cement industry to significantly decrease the CO2 emissions. The source of the CO2 emissions from the cement industry is related to the calcination and the ...

    • Enabling CCS via Fiscal Metering 

      Løvseth, Sigurd W.; Arellano, Yessica; Deng, Han; Finotti, Francesco; Jukes, Edward; Bottino, Gérard (SINTEF Proceedings;7, Chapter; Peer reviewed; Conference object, 2021)
      Carbon Capture and Storage (CCS) will have to turn into a massive industry in order to play a significant role in the mitigation of anthropogenic climate change. The EU Emissions Trading Scheme (ETS) directive establishes ...

    • From National to International Focus – Results and Impacts from the Norwegian National Rd&D Programme for CCS (Climit) 

      Stangeland, Aage; Slagtern, Åse; Rønneberg, Ragnhild; Eide, Lars Ingolf; Melaaen, Ingrid Sørum (SINTEF Proceedings;7, Chapter; Peer reviewed; Conference object, 2021)
      The Norwegian national program for RD&D within CCS (CLIMIT) changed focus towards more international collaboration in 2017. The program has since then allocated approximately 20 percent of the available budget for international ...

    • Industrial CO2 Capture Projects: Status, Lessons Learned and Needs for Progressing Towards Full-Scale Implementation 

      Reyes-Lúa, Adriana; Jordal, Kristin (SINTEF Proceedings;7, Chapter; Peer reviewed; Conference object, 2021)
      Existing CO2 capture projects are accumulating experience of adapting generalized results to individual projects, which will be extremely valuable for accelerating emerging CCS projects. Through knowledge-sharing, the CCUS ...

    • Integrating Co2-Absorbtion to a Batch-Wise Production Process – A Case Study on a Smelter Plant in Northern Sweden 

      Fahrman, Elin; Normann, Fredrik; Harvey, Simon; Eliasson, Åsa (SINTEF Proceedings;7, Chapter; Peer reviewed; Conference object, 2021)
      This work presents results from an investigation of integration of carbon capture with a batch-wise operating process conducted through a case study on a large smelter plant located in northern Sweden with annual CO2 ...

    • Material Integrity Aspects of CCS: An Overview for Co2 Transport and Storage 

      Millet, Cécile; Mallick, Dwaipayan; Néel, Guillaume; Faramarzi, Leila; Amoli, Ali Meschi (SINTEF Proceedings;7, Chapter; Peer reviewed; Conference object, 2021)

    • Potential impact of the Preem CCS project 

      Adriana, Reyes-Lúa; Gardarsdottir, Stefania Osk; Biermann, Max; Lundqvist, Karin; Harvey, Simon (SINTEF Proceedings;7, Chapter; Peer reviewed; Conference object, 2021)
      The ongoing Preem CCS project investigates opportunities for CO2 capture from the Preem refineries in Lysekil and Gothenburg, Sweden, with focus on the Lysekil refinery. The consortium members of this Norwegian-Swedish ...

    • Routing Deployment of CC(U)S in the Baltic Sea Region 

      Ivandic, Monika; Shogenova, Alla; Karimi, Farid; Wójcicki, Adam; Shogenov, Kazbulat (SINTEF Proceedings;7, Chapter; Peer reviewed; Conference object, 2021)
      Much potential exists in the Baltic Sea region (BSR) regarding CC(U)S and at least on the research side, there has been a steady stream of activities over the years. Potential storage sites are localized in the Baltic ...

    • Screening Microorganisms for Remediation of Wells via Carbonate Precipitation 

      Barnett, Megan J.; Gregory, Simon P.; Ougier-Simonin, Audrey (SINTEF Proceedings;7, Chapter; Peer reviewed; Conference object, 2021)
      Borehole infrastructure in near end-of-life oil and gas reservoirs can potentially be reused for CCS operations when repurposing fields for use as CO2 storage reservoirs. The integrity of such wells may not be sufficient ...

    • Synthesis Properties of Feco3: Understanding the Underground Reactive Rock 

      Neerup, Randi; Løge, Isaac A.; Fosbøl, Philip L. (SINTEF Proceedings;7, Chapter; Peer reviewed; Conference object, 2021)
      Combatting anthropogenic CO2 emissions is one of the humanities considerable challenges, and carbon capture and storage (CCS) technologies are one of the tools that has been proposed for this. FeCO3 is attracting attention ...

    • Tomakomai Ccs Demonstration Project - Achievements and Future Outlook 

      Sawada, Yoshihiro; Tanaka, Jiro; Tanase, Daiji; Sasaki, Takashi; Suzuki, Chiyoko (SINTEF Proceedings;7, Chapter; Peer reviewed; Conference object, 2021)
      The Tomakomai CCS Demonstration Project is being conducted over a nine-year period from JFY* 2012 to 2020. The original plan comprised a four years construction, three years CO2 injection and two years post-injection ...