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Conference abstract – PCCC8: Modelling CO2 chemical absorption using the CESAR1 solvent

Conference abstract – PCCC8: Modelling CO2 chemical absorption using the CESAR1 solvent

av Solène Fovelle | jun 6, 2025 | Conference Abstracts

Abstract Reducing carbon dioxide (CO2) emissions is a significant global challenge in combating climate change. Chemical absorption using aqueous amine solution is the most mature technology for post-combustion carbon capture [1]. An aqueous blend of 3 M...
Conference abstract – PCCC8: Reboiler duties at ultra-high CO2 capture rates with MEA and  CESAR1

Conference abstract – PCCC8: Reboiler duties at ultra-high CO2 capture rates with MEA and CESAR1

av Solène Fovelle | jun 6, 2025 | Conference Abstracts

Abstract Growing global temperatures and human population lead to a constant increase in energy demand (Smit et al., 2014). Even with the growing energy supply from renewable sources, consumption of fossil fuels is inevitable in the future (Khaleel et al., 2022)....
Conference abstract – PCCC8: How can we manage aerosol emissions in the CO2 capture process  using the CESAR1 Solvent?

Conference abstract – PCCC8: How can we manage aerosol emissions in the CO2 capture process using the CESAR1 Solvent?

av Solène Fovelle | jun 6, 2025 | Conference Abstracts

Abstract Chemical absorption using a blend of 3 M 2-amino-2-methyl-1-propanol (AMP) and 1.5 M piperazine (PZ) has gained attention due to its low energy demand and high degradation resistance. However, solvent emissions remain one of the major challenges to its...
Conference abstract – TCCS-13: “Investigating Aerosol growth and emissions using the CESAR1 solvent”

Conference abstract – TCCS-13: “Investigating Aerosol growth and emissions using the CESAR1 solvent”

av Solène Fovelle | mai 22, 2025 | Conference Abstracts

Abstract CO2 capture using amine-based absorption is the most mature technology to decarbonize carbon intensive industries, Bui et al. (2018). Research has been focused on studying solvents that are stable, environmentally sustainable and energy efficient. The CESAR1...
Conference abstract – TCCS-13: “Breaking the 90 % Barrier: CESAR1 performance in achieving Net-Zero  Goals”

Conference abstract – TCCS-13: “Breaking the 90 % Barrier: CESAR1 performance in achieving Net-Zero Goals”

av Solène Fovelle | mai 22, 2025 | Conference Abstracts

Abstract CO2 capture plays a fundamental role in achieving the climate change goals set by the Paris Agreement 2015. Capturing 90% of the CO2 being emitted from industrial sources is not enough, (Brandl et al., 2021). There is a need to design, optimize and qualify...
Conference abstract – TCCS-13: “Pilot tests for qualification of the CESAR1 solvent for flexible operation”

Conference abstract – TCCS-13: “Pilot tests for qualification of the CESAR1 solvent for flexible operation”

av Solène Fovelle | mai 22, 2025 | Conference Abstracts

Abstract Many large-scale capture plants will need to be operated in a flexible and dynamic manner to cope with varying flow rates and/or CO2 concentration in the flue gas from the host plant. Under such circumstances, careful design of the capture plant is required,...
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Recent Posts

  • Conference abstract – PCCC8: Modelling CO2 chemical absorption using the CESAR1 solvent
  • Conference abstract – PCCC8: Reboiler duties at ultra-high CO2 capture rates with MEA and CESAR1
  • Conference abstract – PCCC8: How can we manage aerosol emissions in the CO2 capture process using the CESAR1 Solvent?
  • Journal Publication – In-Depth Study of CESAR1 Solvent Degradation Under CO₂ Capture Conditions
  • What’s New in AURORA? Discover Our Latest Highlights in Our 4th Newsletter!

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This project has received funding from the European Union’s HORIZON EUROPE research and innovation programme under grant agreement No 101096521.

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